C08SLe0011M12.1 GAATTCAATTATATCAAAAGTATTATAAATGATTTAAAATAATGTAATTTTACAAGCTTT TGAGGAAGATGATATATATGTATGCTACTTCATCCCTATCTTATTAAGGTGAAGAGACTT TTTATAATATATAAACTTTCGACTCAAATAAAACATGTTCAAAACACAAATATTTAAGTT ATAGAAACACCATAAAGAACAAGCTATGTATTAAAAATAATTAAGAAAATAAAATAGCAA CGGTGAAATGTACGACAATAGGTAACTAAGGGTAAATTTGAAGAATAAGACGATTAAAGA GTAATGAAAATAATATTAACAGAGGAACTAAACAATACTCGACTAATTTTTATGTTTTAT CCTAATTTAAGATGATATAATTAAAAAGAAACTGTGATTAAAACCAATCACTAATTGACA CGTTTCGATATTTCAGATAAGTATTCAGTTTGATGACGTGTCAATCATCTAGATCGAGAC AGGTGTCAAGTAGGTCCCACCTATCTCCATTTGCTGAGTTGTTTAAAATATGACCAAGTC TATCAAATACTGCCAAAAAAAAACTTTTTGTAATTGTCATGCTGTGTTAATTAATTGGAC CCCACACATCATAATCATTTTATTTTTCTTTTAAAAAATAATATTTGAAATTAATAATAT TAGAGACGTGTGGATATGTTAAATTCTTTTTTAGTTGACAATACGACTTTTATGACTGGC GACAACTCAAAGTTTAGGAAGAAGTTAGTATACAACTTTAAAGATTGAACTTAAAGTGAA AAAGAAATTTATATTGACAATATAACTAAAATTCGTCAAATTTAATTCACGAATTTATTT TTACAAGCAACTTTGTAGAGCTAATAAAGAAAGGAGGAAGGGAACGATTAAAATTTAAAT CATACTTATTTTGTGAAAGGTTTTTGTTTGTATCACTGAACAACACTTCTTCTGTATTTT TTTTACCTGATACAATTTTTAAAAAAGTAATAAAAAAAATTAAAATATTTGATTTTAAAT TAAAAATATGTGGCTTATATTGAAATATAATTTAATATGACATGGGAAAGTCTAATTTTG TCATTTTAAACAGATTATAAAAAAATTGAAATAAAAAGAGTATTATAATTATGTGATTGA CCTTTTTTTCTAATTTGGTCATATAAATTCAATTTTTAATTTTTCTTTCTCATTTTTTTT GACCAAGCAAACTAATTGGGAGTCAATTTCAGTCATTATTATAGCCATAACCTCTAATTG GATAAATAATTACTGCTTTCAATTAATGGAATTAGAGAAAATGAAAGGCAAATAATACCA AGTCAAATTTTATGATGAAAAAGGTTGGACTATTTAGACAATTTGATAGAAATAGTTGAG TCGTGTATTTTATAAACTTCTAAAAATAATTTTTTCACAAATAAAAAAATTGTGAGACTT AATCCATCAAAATACTACATATATAAGTTTATTACATATATACACTAATGTCATGTTAAA ATAAAAGATCTATTTATGAGTTTAGTTCGAGAAATTTCAATAAGTCATTAATAAGTTCTG TCATTAAATATAAACAAAAATAATCTCGTTTTAGCATGGTCAAAAGTTCGAGATTACTCC TTATGGGATCTTAATCAGATGTGTTTGGATTCGAATCTTGCTTTTTATCTACATTTAAAA GTCTGGACTCCAACCCATCACATTACACCAGTTATGCACCCATAACTTCCTAGCAACTTT ATTACTAAGTAAATAAACATTTTAATGATTATCTTATTTTCTAATATATAGTATCTTTTT TCTATAATAAACCTTACGCTACGTGAATTTGAAATGCTAAACACAAGGGGAAACAATATC TTCTCATCTACATAATTATTCATTACATAAATAATATCTTCCACTATAATATCCTCATAA TAAGTAAGATATTTTAACCAAACAATCTCAAAAGTGAACAAAAGAAAATCAAAGAATGTG AAATAGAGGGCCTAAAGAGTACGGTTTTGTATTGACTTTTTAGGTTGATAAGTTAGGTGT ATATCACATGCAAAAGCTATTTTGGGCCGTTGATACATGGAATGGGCCCATTTACTACAC GGGTCTTGTCTTCTAAAGGCCCCATCATCAATTTTCACCTTTATATATTTAATGTTATTT AAGGTCCCACAAATTTTAATTTCAAACTTTTTCCATGATTAACACCATTCACGTCTAGCA AAATTTGTTAGCGTGATGGATCGAGAGTTCTGTTGAGACGAATGAGATTTTTCTACTCGT AATTAGAAGTTTTGTGTATGAATTTATGTAATAGGGAAATTTTTGACAAAACACATTTAG TAATGAACAAGAACAAGATTCTTCTACTGTAACTAGAGATTTTAGATTCGAGTTGAGAAT GTTTTTTTTAGTAAAAAATAGTTTTTTTATATGATTATGAGCAAATTTAAATTAGTCAGA GCGTGGAAAAAATCTTTAAAACTTTAAAAGCAATTATGGAATTAGTTTTTTTAACAAATA CACTACACTTAAATCTCAAATCAAAACATAGATGAAAGAAAAATTAGGTAGTCTATTTTT AGCTCCATTATAGAGCAAATTTTTAGCATTAGGTATTGTTGATATTTGTTTGGGTAATAT TATACGTGTAATTAGTAATGAATGGTTTCAAATTGAAGCCCTATATTTGAAATAAATCTT TTTCAAATTCTGCGTAAACGTAAAATATGAGTATTACTTTTTTTTATTTCACTTCAAAGA TGAAGCATAACAATTAAATAAACTAATAGTAATAAAATTGGATGAATGGTACTTTTTTTG ACTTTTGTTGCATAATATAATGATGCATTTCATTTCATATACCATGCTCCAAGTTTGGTG GAATTTTGAGATTTAAAAAGTGTTTTAGCATATGACTTGTCTTTTCCTTTTATTAGTAAG AGGCAACTAATTTCAAAGTTGCTTTTTGATATAGTGATTTTTCCAAATTTAGTTAAACAT GCATGACAAGTTAGAGCTGGAAAAATTATAATATTAGAACAAAAAGAGATACTTATAACT TCAACCATCAAAATCAATTAGTTATAATTAGTTTTAAATTCCAATCTCTAAATCATTTTT ATTAATATTTTAAAATTTTAATCTTAACAATCAGGTGTTTCTACTGATATATTCGAATTT TACTAGTCTACTGTTCTTTTTCTTATCATACACGCTCGAAATCTAAACTAATTCTCAAAT TCCTATGCGTAAAATTAGGACGGAAATAAGGTGCAAACTTCTAATCATATTAAACCCTAT CCCATTACCTACCTACCTTCCATGCCTTGCACTATTCACTAGCTTATGCCAACCTAAAAT ATATTTTTTCAATAAATAAGTAAATTTTACAACAAAAGATTAAAGGTTTTAAATGAAACA AAAAAAAAGGAAAAAAAGCAAACTTCTGCCAAAAAAATAGGAAGATAGAAATAAATGAAT AAGTGAAGACGTGGCACAAAAAATTAAATGGAAGAAAGCTGTAAGTTGAAAGTTGAAACT AGAAGCAAAAGGCTATCCTTCTCTCTCTTCTTGTTTTAATCGTAATTCCATTTTCAGTGT TCATATTAGAATTCGATTAATTTATATTTTTGTTATAAAAAACTTATATAAGAGGAAAGT ACTCGTTAAAAAGATTTTTTTTATATATTCAGAACTCGTATTTGAAATCTTTAATTAAAA ATAAAGAAATTTTTATGACTATATCAATCTCACGATAATCCTGATTGGTAAAGAGTCTTT ATCTCTCAACCGTATTGAATGCTATATAATAAATTCATAAAGTTGCTTTTTGATTTCTCG GCAATTAAGTTAAGTCGATAGAGAGTGACCACTCTTTTTGTGTTTTTAGGTCCACACGGT AATTGCCTTTGCCCAAGTCAAAATTACCCTTTCCACAGTGTGAACCCATCCCAAAACCAA CCAACCAACCACCCCAACAAGTAAAATTATACCCCCTTTATATTGTTAAAACACTTTTTT TGAGGTTTAAACACTTTTTTTGAGGTTTAGAAAGTTGAAATTCGTAATCTAGTAAAACGT TAATTCGCTTTTTATTTAAATTTAATTGTATTTTTCCTTCTTTTAATAACTTAAAAGAAT GCAATAGCGAAAATATATGTACAAGGAAGATTATCGATTGTATATCTATTGATCAAGTGT TAAAAAGAATGGAGCTAAAGGTTAAAAGAAGTTTATAAGGTTAAATTTTGTTTACGTTTA TATAGTAGATGATGACTTTCTTGGTAAAAATCTTGTCGCAATTATTGGAAGGAAGCATAT TCAACTAAAACAAAAAAAATCACCTTAACCTAGTATTGGTTGATGAAGGCATGTAGTTCG AACACTAAATTGAACGTATGATCAAGACTACATTATATAAATCAAAATTTAAAAAAAAAA CGTTTTTCTTGAAAGTTGCTCTACCAGAAACAACCTTCTACCAAAAAAAAAAATAGGGGT GAAGATTATCGTACACCTCATGCTCTCTCAACCACACTTGTGAGAGATACGTTGTTGTTT GATTAATATTGCACTAAAACCTTATGTTATGTTTCCACTTTATTACTATCTCAGAGTCTT CCCAACACTCCCACCGGGGTGGAGCTATCATCAACAAAAAATTATTGTACATTGAATTCT CTGAACTTGTTCGTGTGTTTACTTCTTAATACTATGAACGTCTTCATGAAAATCTCTTCA TCCCACCACACCCCCAAACACACACAAAAATAGAAACAGTTCAAGTAAATTGATCAGTTC ACTTTAAACAAAACATGGAACCACTTTACTGACACTTACTGCAAGGGTAATATAGAAATA GATTGCCTAGAGGACTTGGTAGATAAGAGTAAAAAGTTGAATCATAAATGCCAACTTTTA AAATAGAAGAAAAAAAAAGTTATGGGACCTTAACATTAAGCACAAAAGATCCTTTTCTCA ACAGTTATAAATACAAGCAAAAGAGGATAACAAAAACACAAGTGACATCAAACTCAAAAA AAAAAAACAAATCTTTCTCCAATTGTCCCTTCTTTTTTTTTTAGCCCTCTAAAGTTTTCG CAATTAGAAACAAAATTAAGTTTTTCAAACTGTCTATAACTCACTAAAGGCCTCGGGTTT CTTCATTGATCCTCTTTTTTTCTCTGGATCAGTAAAAAAAAGGGGCAATTCCTCTGTTTT ACTCTGTTTTCCTGAACTCTGTTCTCTCATTTTATGAAGTTATTATAAATGGACAGAATT CAAGAAAACAACTCTATGTCTAGTATATTTGATGAGGGTGCTCAAATTCGATCTTCATTA TCTCAACTAATTCTAACAAGTAGTACAAACACATTCGATACAATTTTTTCTCATTGTCAA GAAAATAACCAAATGAGTAATAGTCCTGTTTTTGAGCCTTTAGGTACTTCAGTCTACCTC AGACAAAGAGATTTGCTACAAAAATTCTGTCAAGAAAACATAGCAAATATCTCAATACCA ACAACTTCGAAAACAATCCCTTTTCGAAACTCTTTGTATACACAAAGTTATAAGCTTCCA GAGAAGAAAAAACTATACAGGGGAGTCAGACAGAGGCATTGGGGAAAATGGGTTGCTGAG ATAAGACTTCCACAGAATAGAATGAGAGTTTGGTTAGGTACTTATGAAACTGCTGAAGCT GCTGCTTATGCTTATGATAGAGCAGCTTATAAGCTTCGTGGCGAATATGCAAGATTGAAT TTTCCTAATGTTCGCGATCCGAGTAAGTTGGGATTTGGAGATGGAGAGAAAATGAATGCT GTGAAGAATGCAGTGGATGCTAAGATTCAAGCTATTTGTCAGAGGGTGAAAAGGGAGAAA GCTAAAAAGGCTGCAAAGAAAAAGAGTGAGAATGAGAGTAAAGTTAAAGAAACTATGGAT TCATCATCTTCTACTACTACTACTACTATGATTTCACCGAGTGTTTCTGAAGATGGATTA TGGAGAAGTGAGGATTCAACTTGTTCTGTTTTTGGTGATTGCTTGAAGGATCCATTGATG GAGTCTGAGTTTGATAGTTGTTCACTTGCAAGAATGCCTTCTTTTGATCCTGAATTGATA TGGGAAGTTCTTGCTAATTAGGGTGCGACTAAGTCCAAGACGAGCAAAGCCATCATGGTT AATTAGGAGTTGTTGCTATTGGGATTTAGTTGGTACCAATTTTATGTTGTGGGAAAATGT AAATGGTTAATTTTGAAGATTTAGCTATATCTATCTTATGACTAGTACTATTAAGCAGTG ATGAATGTCTTATGTGTTTTTCTTATGGGATGAATGGACATATTTGAGCTCTATTTACTC CCAAGTATATGTATCAAATATGTTGGGGTTTTGTTATTTGTAATTATATTAGTGATGTTT TAAACCAGTTTGTAGTTTAGCATCTACTTGTTTCAAATTTTATATTGGGATGGTGGTGTG AGTAGGGAGAGTATAAGGGAGGAAAAGAACTTCCTGCAAACAAAACTAAGCTACAACCTA TATAAATTGATGATTATTTGGTCAAATCTTGGATTCTATCTGCTTAAACAACCGACTGTC TATCAGAAACAACCTGTCAACCGTCTCAAGGATGGGAGTAAAGTTTGTCGTACAATCAAT CTTTTTCAGACTTTACTTATGGGATTATACGGAATTTGTTGTAGTAGATTTGGTTTTCAT CTTGGATTGTTAAGTGAGAAACAGCAGAAAGAAAATGTTGAGGGAAATAAGGTGTGAAAA GGAATAGTGCCACATATCCAAGATTGCCCATACCGTGTAATGTGTGATCCACAAAGTTAG TTGACTATTTGAAGGTTGAGAAGGCCACATGTGAACCTCAGAGCTCACTGCCAAGTCACT GTGGTCCACCTGATTCTTCAACTCTCACCTACATTCTCTTTTTTTGGTTTTAAAGCGATG GCTATGTCTTGATCGGTTTATGCACATCTCAATTAATTTCATCAGATGCCTACATGAGCT ATATCTCCATAACTTAAGCATAGATGAAATTATAAAAAGAAAAAAGAACTAAGAGCATCT CACATTAAGGGTATAATGATGAGTTCAAAAATTAAATAATTTTCAAATTATAGAGAAAAA GTATGATATATGGAATGAATCTCACATCTATCAATCCACTCTTTGAGCTAGCTTTCAGGG TGTGAACTAAGCACAAGACCTAATCTATCATAGTATCAAATTCCAACCCGATCTGATGTA GGCCCTTGGATGAGAACGATGAGGTGCCCGAATCAATTGAAAGAGGTGGAAATACCTCGA TTCATGAATAGGGACGGACCCACATGGAGTCCGTTAAGTGCTCGAACACCCATTAAATTC GCTATGGAATATATATCTATGTAGAAATTAAGAGATATTTATATAAAATTAACATACAAC ACCCAATGAATAAATGATCTAATTGGCCCAATGGCTCTTGGGTGGTGCTTAGGACTTTCT TAGTCTTGTTGAACAAGAGTTCAAATCTCATTATTAACATGTATTTTTTATATTTTCACT CGGCTACTTTCAGAGCACCCACAGCCTTAAAATCCAAGTTTGGAGGTTCCTTATTCCTTT AAGCAAGCTTTTGGAGTGTGAGTTCAATCCAAAGTCTAATCATAGTGGACATAATTCATT TAAAAGATAATGCTATGCCTATTTCTCTGACTAAGGTTAGGTTTGTCAAGAAATTCGAAT AAATAAAATGAAATGGTCCCAGAAACTGGTGTGAATAAAAATGGTAGAGTAAAGATCAAA GCAGGCGATGGTGATGTCTCAGTAATGCTTGCCTGACAACTTTAGAACCGTAGCAATACA AACAACTAAGATCCACTTATTGTCTCACAAACCACAAATACACAATAGTCAACAAAATCT TCTGAGTTTTTAATAATGTTACTTTGAAGTTTTGAACCAGTTATAAGCTCCTTTTATTAC TTCATTAAATGAACAAAAACTTATCATTATAGATTCTTGGAACACAACGTTGTAATCAAA GCTAATCTAGGTTTTTATCAAAATTTGTCAACTGCAAGGAAAATTTGATTGCCAAGGCTG TAGTCTCAAGAGGGCATGTACAAATTACTCCCCATAACATTAAGTAGTACAAGCTTCTTT TTTTCAAATGGAAATATTATAAACTAACAATATAGGGAGAGCATGTTACAAGTTTTATCA ATCAACTAGGCAATAAATTAACAAACCAAGGACAACAGAGACTTGACGCATAATTACAAT CACATGCAGGGTCGTAAATAACATCACATGTATATAGGAGATTTTATAAGAACACTACCA GCTAATTGAGTTCCTTGACTGCTGAACTTTCGCATTATAAGATGTCTCTATTTCCTCCTG CATGGTTATGAGTTGCATCAGTCAGAGGGTGGATCCACGATTCAAGTTCTATGAATTCAA TCCGTAAAAGTCGTAAAGCATTGCACTAGTTATGAATTCATATATACTATATGTTGCAAA TTTAGTGATCTTTTACACATTCTCCTGGCATCAGTTTCCTAACCTATGAGTTTAAGTTTA AAACATTGATGCCAGTTACAAAATAAACACATGGTTAAAACATATTTTAGATGACCAAAT TTCTGATGAGTACGATAAGCCACTATTAAAAGGACAGGCATGGCAAGGATGCCTCCTGGA AACAGCTAGTCTCATACAGAAGTCAAAAGTTCTAGCATGGCAAAAGAAATACAAGGATGA TTTGTTTGAAGTAGTTGAGATGTACCTTGCAAGACTTTAACAGAGGTTGCAAGAAGGATT CCCTAAAGTATCTAACACAATCTCCAAGAGAGGTTCCATCCCATTCTGTCATAAATTTAT TCATCAAAAAGTAAAAAACATAAATTTAAGATCAGCTAGACTAGAGAAAGAACAAAGAAA TACATTGCAATAGTGAGAGACAATAAGAAGGCATTTGGACATGAATTGAGTGATTTGAAA AACAGCAATACTTGAAAGACTTAAATTGAAAAAATATATTTGGTAGTAGAAGTTGTATTA AGACATGTATTGCACTTGAAAAAATGTTGAAGTTTTCTGAAAGAAAACATTTTTTACTTG AAAAACTGGTTGACACAATGTATAACCAAACAGGTTTTTGAAAAATAAAAACTTGAAGAA AGCAAAAATGTAATGTCCAAATGGGACCTAATTAAAGGAACACGAGAGTTAATTGTCTTG TTAGAGTGAAGTTCATAAGTTATGCTAGCTGAACTATTACTAGCTTTAGCTTAATGAAAT ATCATTTAAGAACCTCAAGTAAATTATTCATTGCCATTTTTGATACTTGATCGAAAGAAA AACATCAAGAAAATAATTAGAAAAATACAAGTAAAAAGATGCAGAGAAATTCAGCATACC ATTATCCCCTTCTCCTTTAAAGCCTCCAGTATTAAGTTCCCCAAGAAGCTGCAACACAGT CAAATCAGTGTCAACAAAAGGGAAAAGAGTAACTATCTCGAATAAGAAGTCTCCACGTAA TTATGATTGCTCGATAATATATTGTCAATCTTACAAGTACTGGGGTGAAAAAAGCATGGT ACTGAATTACTGATAATGGTTAACTTATCCCACAGGTGGACAAGTCATGTTGTAACTGAT GATGGATAGGATCACTAACAGAAGTCAGTCATATTCAGAAGTATCACTAGAAACAGGAAT AGAATAATAGTGTGGTCTTGAGTACACGGAATAGGAATTCCTTTAATCAGGTTCAGTATC ATTTTGCTCTTAAGAATTACAATCAGCCTTGACTAATTGAACATTGGAGAAAACACCAAT CAGGCGAGACAGCGAAGGAGCAGTTGGATTACGAGGAAACCATTTGCTTCTGAATCGAAT ATTTGGTAACATGGGAACAGACAAGTTTAACTAATTTGATTTTGAAAAATTCAGTTTGAT GATAAATACATATTTCTATAGTCTCCTAGACATTACAAAATATAATTTTACCTCTCACAA GTAACAGATAAAACAAGAACCTTCAACCAATTAAAATCAAACCAATTATATCTTGAAAGT GCTAAAGGCAAACTCTTCGAGGATTATTCACCTGGGAAAGGATTGGAACAGCAGATGGAT TAAATTCCTCACAGTTCTTGGGATTAATGGGAACACAAACCCGGCCTGACAAAAAGAACA GTAAGTTCTTTTAAAATATGCAGACAATAGATGAAATCATATCCAGTCAGATAAGGAGTT GTAATAATTCAAGTATCTTTGTCTTTCAAGTGCTTTAATGTCAAGCATGCAAGGGGCAAA CCTGTTTTGGGGTGCACACAGAAAGGAGCCTTTAATAAATGATTCATGTGTTTTGAGACC TGAGACGTCAAAAATGCAAATCCCGTTGAAATTTATGCATACATGTAAGGGATATAATCA AGTCATATTGTATTTGTTGCTCTCCACTCCATATAAGTAGAACTGAGGCTCCAAATAGGT TGGAAATGGGAAATAGGCAAACCTCCATATCAAGCCTTGGATAGGTAAAAGTAAACACAA TTTCCTCGATGCATCTACGAAGACCTTGGCCCTGAAAATGGAAGATGGAACCATCGGTAA TGGAAACTGAAGGCACTTGTTTCAAATTTGTCATATAAGCAATCACGTGGAAAGCCCCAA GCAGATATTAGAAGAAACTACAAGCAGATATTAGAAGAAACTACAAGAAAAGCAAGAAAT ACAGCACATCTATTAGCTAATTTATTAAAAATATCATAATTCACTCAATTTGCAAAAGAA TAGATTTTGAGTTCTGGAGCAATGACACACAATACAAGAATCTCAATGAACTCAAGACTA ATAATTAAGCCAAACTCGATTCATGCGATTAAATTGACAGTTAAAAACTTTGATTTCCAG AGTGCAAGTCAATATAAGATTGCTACCTTCTGTTTATTGGACTGCAATAGATTTTTTAGT TGATCCCACCGGGCAACATTAATTTCCTCTCTTGAGCGTTTGTTAGACAACCATCTTCCC CTAAGCTCAGATGTAACAGCTGCAAAATTCCTCAACATCACTAAAAACTCAATAAGATGA AAATGATTTAGAAGAAGTAATGAAAGGTAAACTTGCATACACTCATCAGGTATCATTTCC AGAATCTTCTCAAACCTTTCCTCGTTCAAGAACAAATTTTGACTTGATAACAGTCTTTTT TCAAAGTAATCTTTCAAGACCTCAGTATGCGATCTCCTGCAGAGGTAGAAATTGACTAAG AATACAACCTAAACCTAAACAAAGAGAAAAAAAAATGGATAGAACCTTACACGAGGAAAG GATGAAGTGCAGGACCCACTAGAGAAACTTTTTTACTGCTATTCTCATTGCCCTGAAATG TAAACACAATACGTTTCTGTTAGAACCTCAAGTTATCATAATTTCCATAGAAAACATGTA AAGTATCTCTAAGTACCTTGTAGACACGAAAATAATCAACAATTGCAGCCCTCTGTTCAT TGTTCAACCTGATTATGATGTTGAATATAAGAACATTATGAACATAGTAGAAAAGTAATA CAATGACTATATCAGTAAATAAAATAAACAGCAATCACAGAGTACACATCTAGAGCAGTA CCTTCTCGCTTTTCCATCACAAACCCAACAATGGACACCACGTCTACCACTGTATACCCA TAGGATGTGGCTGAACCCAAAGTCATCTGTGGAACAACAAAATGAGAGTGTGTGCAACAT ACATTTGCAGAAGTTCCAAAGGTCAAAATGTTTCTGGGGAAAAACAGCAGTTTGTTTTTC ATGTCATAAAGACTATACCTCTGAGAGCAGTATCAATGACCTTGATAGCAATTGTCATCA GCGGCCAGCACTCTAAACAAACATCAGCTCCTGAACAGCAATATCTGGCATCATCATAGT CTGATATATCCTGCAGTATGATATGTATGTGACTTCTTTCAGCTGCAACATGAATTGGCA TATTTTCCACAGTAACATTAATATTTTCAATCTCAATGACTTACAATATCAAAAACTAGC TCCTTCTCAACAGGCGTGAAAATATTGTCACCGCCTTGTGAATATGCGTGCCTTTTTGAA GGCTGCAGCACAGAAAGATAGCAATTAGAAGTTATATAAACGGTGAAAATATATCTATCC TACTGAAACAACTTACTGACTCACTAACACAAACCTGTCTACCCCGCAAAGAAAGGACAC AGAGAAATTGGGGTACCTTCAGCTAAGGGGAGGCATCAAAATGTGAAACCATATGATTAA CTCAACGTATAGCCATTATGCGTGTTTCAGCTAAAAAGAAACTTCTTTTTTTCTTTTGAA GTGACTTAACAAGCAGACAGTATAAAAACACATATAAGAACCTCTCAATACACATAAAAG CAACAAATGTAGCAAATTAACTGTAAATAGCTTTTACCCGAATCCTCTTGTTCATAGAGG CAAAAATAGAGAAAACACAAGGGGAACAGAAGAATGATTTTCTCAATTCATTTTTTTCAG ATAGATAAGAATAATTTGGTATTTATACACGAGAGATATCCTCAGAAAATGTTACACAAT ATTCTACACTAAATGTAGTATCAAGAATATCTCTTGCATAATTATCATAGCGAGAATTTC TTAATGTATATCCTACAAGATATTCTACAATTTGTCCATCACGCTAACACATAAACTTAA CTTAAGTTCTAATGCAGGGAGAACGACAGTAGCAGAGATCTTACATCTACGCTGTAGACA GGTCCAATATCTATTTTGAAAGGACACTTCTCTTTGATAGCATTTTCCAGCTCAGATACA GAATTAAACGATTGAAATCGCAAGTAAATATCATTATCCAATGTGAAAGAAAACTCCCTT CGACCAAAGTATGAGTGATCACAACCTGGATGCTTTCCATCTGGAGAACCCACAATAGTA GTGTTACAAAAGAAATGTGAAATGAGAAATTGCATATCAAGGAACTGCTTTTACCGTTGC CATAAGACAGCCACTTGAACATATCAACATAAGGGAAAATCTTTCCTGCAAACAGAGAAG AGTTGGCTTGAGATATCAATCCATAAATGGTTTTCGAGATTAAATTAAAAATTACTGATG TGTGACAGAATTTTTTCTTAGAGGATGAGGGATCGAGGAAGGCAAAAAATTGCCCCCGCA TAGCTCTATCACAACAATCTTGAATTCCTTGCCCTATTGCTTTCAAGGAAGATAAAAAGC TACAGCATCCTTTAGTTTATACTGACACCTAAAAAACATTTCTTCAAACAATTTTTAATT TTACATCGCAAGATTTAAAAGTATCCCTTTGTTTCTTGAACTCCATGCTGAATCAAACTA AGACACTTGAATTGGAACGGAGAGAGTATGTTTTGCACATATCAGCCTAGTATACAAATG TCTAATCCTAGCTTAAAAAAATTGTGAAACTAAGACACTTAAATTGGAACGGAGAGAGCA TGTTTTGCAAATATCAGCCTAGTATACAAATGTCTAATCCTAGCTTAGAAAATTCATGAC AAACATATGTGTCTAAGTGAGTGTAAAGAAAAGGACCGATGTAGAGTATGTGTTGCAATT TCATCCTAACTGAAGAGCGCATCGGATAAATACAAGTAATAGATTTCAAACTCATCAAAT CAAATGAGCTTCGACAGAATTCCAAACTACAACTCATAAAGCTAAAATCATGATACTCAA CGTATACAAATGAACAAAACCAAAATGTAACAAACAAATAATTACCATAATATGCTTTTA AATAATCGGCATTGAATCCTTCTGGAACGGCATTCTCTAGCCTCCTTTGCTCAATTTCAT CTCTATCTATTAACATATCATCTCCTCCATTCTCAACTTCTTCTCTGTTCATTTTCCAAA ATTCCTTTATCCAAATTTACAGAAATAATTTACGCAGCACTGTAAACATAAACAAATGTT TTAGATTATCTTCACCGGAGTTAACCCTAGCAATTGTAAGCACCAGGAAGCTATAATAAA GGTTCAAGTAAGCTCAAACAGAACATTAGTCAGGATAAAACTAAGGATAATATAGAACTC ACCGGTATACTTGAATCACCGGCTGAATACAGCGGCGTCGGATACGGCGGACGGCGGCGG CGATGAAGATCTAGAACGGAAGCTGAAAATGGCGGGAAATCGGACTGAGGATAATGAAGC ATTTAAGTTGGCGGGAGAAAAGATGAATTTATTGAACCGTTTATTGGGCCGTGTGATTTA GTTTTGGGCCTGATTTATATGTTGCGAGCAGAGTTGGTAAATAAATAGTTTTAAGTTTTA ACCTCTCGTGTCAAATATTGGTCATTATTTTAAGAGTATTTATTTCCTTGGTTTCAATTT CCATGTGATATCTTTTGAATTTTTGAGGGTACGAATGTAACGGCTTTGTGTTCTCGAATG TAAATATAGCTTTTAAAAAGAGGAAATTTTACAAATAATCATTATAATAAACTTAATTGG GCTTCATAGTTATAGTTTGCATAATTACGTGTTGTAGTTATAGTTTAAACTGTTATGTAC CTTTGTTTGTATAATTTGCGGATATATTTGTATAATTTGACTATTTTATCTGTACGTATG TATAAACTAGTTAATATCAATTGATTTGTATTTTTTTTTGTTTAAATTATAAATAACGAT TTTATACAAATATAAATATTTGAACTTTAAACAATTATACGAATTAATTGTAATATACAA ATTACATTATACAAAAGTTATACAGATGTATATGCTTATACAAACTGAAAAAAGTGGATC ACGTAATTATCATTGAATATTGATGACGAGTGGTAATTAACAAAAACTATAGCTATGATG AACTAATTAACTAGTATATGTTTATTTAACCACGTATTTGTCCTTACAAACATAATTGTT ACATTCATATATAATATATTAATATATTGTTTAACCTTCTGGTAATTACTAATATTTTTA TTTACTGAAAATGAATCTTTTTAAAAATTACGTAAATTCCAAGTCCTTGTCAATATAGGA CTATAAATTGCATGCCTATTAAAAAAAACATATTCCAAATCCTTATTAATATAGGACTAC AAATTCCATGCCTATAAAAACTCAACTATAGTTTCGTTATTCAAGGTAAATTATTCAAAT TATTGCAAATCGTATTAAAGTGATAGAAGATTTTATTGCTTTTCGTGTTGTTTGTGCCTC TTGGCGATTTGCCACTAATAACGATGATTTTGATGTGTTTTTGCCTCAAGTTCCATTGCT TATGCTAGCAGATAAAGACAATGACTTTGGAAAATTTTACTCTCTTGCCAAAAAAAAAAG TTTCACGATTATTTCTCTCCAAAGTGAGAGTGCTTTCCATCGAACCGTTGCTTACATGGT CTATCGCGGAAGAGATATGGGAGCTTACAATCTTGAAAATGGAACAATTGAAGCATTTTA TCTACGATCGTCAAGAAGTTGTTTTTCCCCGCCAATGTGGGTTACACCATCAATGTGAAG AGCTATGGTCTTTTATATTTTATTTAATTTATTTGTGTTTTAAATTAAAATTTGATTTTC AAGTAAAAAATGTGATCTTAGATTACTAATATTATTCTTGAAAGTTTGACCATCGCTAAC TTCAATTTTGGAAGTATGAAATCAATGTGTCATTGTCCCTATCCGAATCTAAATTATAGA AACTTCTTAAAAAAGTTGTGATTGAAATTAAAACCATAAACTTCTTAAGGAAATTGTGAT TGAAATTAAAATTATTTGAACTACAAAAGTAACTGATGCTCAGTTATTTAAAATTATACA AAATATTAAGTATGAAATATTCTGGGGTAGTGCAAACATTCTTATTATCATATTCAATTG AGAATTTTGATTCAAGATTTTTTCTTTGATTTTGGAAGATTATTCAATTAATAATCTTGA TTCTAGAATTTTTCATCGCGTAATGCATTGGATTGAGATTTTGGTCAATTCTTATCGATG ACTCGATCTTTTACGATCTTTTCATTTTTCTTTGAGAACTTTTTAGAGAATGTTTTATAT TGCTTTGAAAGATGGCTTGCACTTGCTTGATTTATAAATGAAAGTCTCATATTTATACTA CACATTTAGGAGCTAAAGTATAAATAAAAATTATCATACAAAGCCTTGTATATTTACAGA GATATTCGATCTAGAGTTGTCTTCAAACCTCTTCAAGATTCTAGAATAAAACTCCCGAAA GTCAGACCAACATAAGCAATGAAACTTGGGGCGAAAACACGTTGAAATCAGCCTTTGTAT AGGCAATCCGCCAAGAAGTACAAATAGCACGAAAAAATAATAAGATCGTTGGGCATTTCT TCCCAATTTGCCATAGTTTTCTAGGGAGAAAAGAGCAAATAAAGGATAAGAATTAGTATT GTGTGCTCTGAATAATGGAACTATAGTTTGAGTTTTTTTATATGCGTTGAATTTATAATC CTATATTGACAAATGACAAGGATTTTGGAATAGGCCAATAATATTTTCTCATAAGCATTT AATTGAATTGGCAGGTCATTTTTATTTTATTTTCATTTGATTTTTACATGGTTAACAAGG CATTTAAGAAGGATTAATAATTGAACAATAAAGTCCCGTAAATTACTGAAAAATCAAAAT TGTAAAAAAAAAATATAATTCGAATAAAACATCGCAAACCATCAAAGTATGTAAGAAAAA AGAAAAATTGCGTGTAATTTCACGTAATTGACATAAATTATATGTCACTTACTTAAATTA GTACCATTGTAGTCTCTCATTTTGCAAATGTATTGATATCTCTGTTACTAAATTGCTTTG TATCTACTTATTTTTATCGTCATATGAATATATTTTTTGCTCTCTAGCTATTATAAGAAT AATATTTGCATTTATTGTATTCTCTTCAAACTCCACTTATTATGTATAATCGACACAAAT AACAACATAGTTTTATTGCCAAAGGTAATAAGCAGTTACATTAAATTGGTACTTAAAGTA CCAACACACAAACACACAACTTAAGATTTCATAATTAACTTCACATAGTCAATATATAGC TAGTAGCCATAGCTGATTTGCTTCTTATTTTTTATTATCATAAATACTCCCTTATAGTAC TGGGACATGTAATTCAATCTCTCCCATAAGCCAGGCTGCTACACATGAAACCCTACAACA AAATAATTAAACATTAATCATATAGTTAATTTCACATATTTATGAATATTTTTTTCGTTT AATTTATAATAAGTAGCGTGCACGTTTTAACTTTTATGACTATACTATTAAAAGTGAAGT AAAGTAGAGTTCAGTTACTTTAACGTGATAAGAAACAGTTTTGTAAGCTCTATTGTTATT ATAGTGAGTTAAGTTTAGTAATTATTTGTATGTAAGACTCTATATTATTTTAATTTGTAC GATGAGTTTAACTTTTGTACACGATATAATTACCTGTAGTAATTAATTTAGCAATGACGC TCGTCATCGCTGCTGTCGCTGCAATCGCTGCCACTGCCGTAACCGTTTCTCTTACGGTGT TGTTTCTTGTAAGTGGTGCAGCCCGAAGAGCCCATTGCATAGCTACTATGTCCGTCATGT TTCTTTCCAAAGCCCATAACATGGCCCAAAGCTGTGCCCGTTCCGAGGCCCAAGCCCATA CCGGGCTTGGGTTTGTGCATGTTGTGGCCCGTGTAGCCCATCCCATGAGTATTGTTGTGG CCCGTACCACAGCCCATTCCATGAGAATTACTGTTGTGGCCCGTACCGTAGCCCATTCCA TAGCCCATCCCATGAGAAGTACCGTTATGGCCCGTACCATAGCCCGAGTTATGGCCCATC ATCGGCCCACATGGGTTGCTACCATGTTGATGGCCATGGCTAGAGCCGTAGCCCATCATT CCAGGTTTGGTTTCGTAACACTTTTCTTTCTCATAGTAAGATTGTTCATATCCAGAGCTC GAATAAGAAGGTTTTTGATTTCCGTAACTATAGTAATCGAACTCTTTGCCTTCTTCTTTG TAGCACTGCATTGAAGCCATGACTTAATGGGGTTTTTGTTTGTTTGTTTGAGATGAGTGT TTTGTTTTTTGATGGCTTGAGGAAAATGAGTTGACGAAGATAGGTATTTATACGAGTATA TTGGTTAGTAGGATTCTTTTATTTCCTCCATTATTTGATGCAAAGGACCAACAAGAATTT ATTCTAAAAGGATAATATGATTGAATATGATAGATAAATATTCTTTTATATCTTGTTCAA TTTTTATTTGAATGCCATAAAATAAGTGTTGCACAATACGATATTTATTACTTCTTATAA CATTGTGCAAGATTTAATTAGCTTAATAACATACTTATTTTGAAGACAGAGATTGATCGA TATTTTAAGCTTTATATAATTAAATGGACGATTCGTCACTAAAACAAAATGTTTGTATCT CAATTACGTGACATATTGAAACATTTACGACAATATTTGATAGGTATAAGTCTTAATCTA AGTGTCTAAGTGAAAAAATCGAACAAATTTAAAAAATTGCATATATATACTCGATCAAAA GAATCCTAACTAGTTTAATTATCCAATGCCTGCATGGCAAATATAGTACGTAATACATTT AATTTGGTATCTTTGTGCAATAAATATTTTTCAAAGATTCACTACGCACTTATGATATTG AGTGACATAAAGTTTGTTCGATTTATTGTTATTGAGGAAAATACCACTTTTCAATATTTG TAATTTTATAGAACGGAATATAAGTACACTTTCATAATTTTTACTATTCCAATCACTAGC CACGTACACTTCATGTTACAATTATAAATTTTTGAGAAAAAAAATTAGAATTCAAAAAAT TATTAATATAATTAATAGTCGCTCACTATAACAACTTATATATAAATCTAAAAATAGTTA GTGAAACATGATGTATAATATATGTATAAGTTATAACGGTGTATATAGTTAATATATATC GTCTAAGAAAAAGGAAATAGTACATTAATCTACCAGATATTTTCACAAAGATGCCAAATT AAAAAGCTCGACATAATTTAAATAAAATTTTAAGTTTAGTAAGTGTTATTGTATAGTTTA TTAGTAATATTTACTCGATGTATTCACCATATTCAACTTTTCTTTTAACTTCAACAAAAA TATTTCTAATTATATGTTTTCATGATCAATAATATATATGTCATGAACAAGTTGACAAAA TTAATATAAAATTAAAATTATCTTTTTTCTTATTTATATTAAGTTCAAATTAAATTGACT CATCATTCATTGTCACGATACTCACGATCCGGTTGACCTACCAACCATAGTCCCCTAAAA TAGTCTAGTAATTGAAGGAACTACATTTTATATTGTCGTAGACTTGTAAGTTGTAACGAG AAAGTGAATAAGAAAGGGTATTTTTGGTATTTGATTGAATTTTGTCACCTAATATAAAAT TTAATAAAAAAGCATAAGAATAATCTTAAATTTCTTCAAAAATTTTATTTACACATTCTC TCTCTAAGGTTAAATAAATATATCTCCACACTCTTTTTTCTTATTTTATTTTATTCTTAA TTGTAGATCGATAACACTCTAAAATTATTTTAAATTGTAATATACAAAAGTCATATTCAA GTATGAGTTAAAGTATTATAGTGATATATCTACGCTATGTTATGTGGATATTTAATTATT ATTTTCTACTTTTTTTGTATTCCTTTTGCTTTTTTCTTATCTATATTTTTTTTTCAATTT ATTTTCTTCCACATATGTTACTTTCACTTAATAAAACAAGATGTCATGCTTCACCCTCCT TATCTATCTGTCTCTTTTCCGTGCCAAATAATGATAGAGTCAGAAATTTTTAGCAGGATA TAATCGAAAATTTTTATTAAAAAATTCAATTCAAAAATATGAAAAAATAAATGTAAAAAA AGGTTAAAGAGTATTTAGCATCATTTTATTATATATTGATATAAATAATGTTTTTTTTTT CATAGAAAAGAGAACCACTCCCCTCCTACCTAGCTTTATTCAATTTCAGTTTAATTTTCC CTTATGTATGATTATTTAGTGGTTGTTTGGTGATTTAATGATGGATTAGCAGTGGATTAG TAATTGTGGATTCTTTTATGTATGGTTTCACCCTAAAAAAAGAGTGAAGTATGTATTTGA GGAGATAATAATTCAATTTTAAAATATTTTTATTATTTATTAAAATAATATTTAATTTGA TCTGAATATAATTAAAGTTGATTGTCTAATAAAAATATTTATCTCTAAATGAAAATTTTT AATTTCACTTTAAAGTATTTAAATTCATCGAATATCGAAGAACAAACAGATCATTGTATT AATAAGTGTAGGCTAACGACTTATCCGATTGGAATGAAGAAAATGATTGACTAGAATCCA AATGTTAACAGGATAAAATGTTTTGATAATGCATCTATTTTATTTTATGAGATATATTTC TTCTATACTTAGAATAATTTAATTTTGAATTCTTTACTTTAATTTATTCTGACATAATTT TATAATGGAATCATGCAAATATCATAAATGTTTTGAATTATATAAATTGCAAGAATTTTA TTCCTTTTGTTTTACACTGAAATTATATGGTAGATAATCCTAACGATAATCCCAGTAATC ATAATAATTTGATTTCGAACCAAACTATACAATTCATTCGTCTTTTTTAAAGTTCGTTTT AGAAAAAAATATATTTTTAATTCTTTTTTCATATGATATATAATTAAAATCAATAAGATT AAATAACATGATATTTTTTTCTTTTTTTTTTGAATTCTTTGAATAATCGGAAGTTGCTAT AATTTCTGTCATTTCTATCCGACAGACTCGACTCAAAAGTGTTGAGTGAGGATCAATCCC GAGTCATCCGCGTGAATAACCACCTTCAAAATCAACTAATCATCTCGAATGACATATGAA ATGTAAATCGTACTAGATAAATTCTATGTGACAAAATCAACTCAGAAAATATTGAGGGAG ATCAATCTCGAATTATCCGTAGGGATAACCACCCTCAAAATCATCTGAGTCATTCCAAAG GACATATATTTTTAGTTTATAGACATAAAATTAATTTTTTTTTTTTCACTTTTTAAAATT TATGTCAATTCAAATAAAATAAATAAATTAAAATAAAAGAAAAAACAAATAATCAAGATA CTTTAAAGCCGACAAGGGCACAATATTATTAATAAAGATTTTAACCAATTACTTATCTTA TAACATCAAATATATTATTCTAAAATAACATTATCAATTTCTACTTTTGTAAAAAGTAGT TTTCTCCATTTTAGATCAAAATGTTAATTAAATTTAGAAACTTAATACCTACCCCCCACC ACCAAAAACCCCACTTGCACAAATTATCTTAATTATTTAAATTACAAAAAAATAATAACA ATAATGGAGGTTTATAGATGTGGACGAGAAAATAAAAATATATATAAAAAAATAAAATAA CCCATCAAATTTAAACCACTCAAAAAATTATTTCGAGGTTCTAATGGCGGTGTCTTTTGG CTTTTTCTAAATTAATTTTTCTCATTTTCCACCCTTTTTTTTTCCAGATTTATTCGCCGT CGACGAGGTTGTCGGTGCCGTTGTTTTTTCTCCGGCGATGGTCAGCATCATGAACGTTGA TAGAAAAATTAGTAGTGAAGATGAGTATATTAGGAGACATCATAGACATGATGTTAGAGA TAATCAGTGTAGTTCATCACTTGTAAAGCATATTAAAGCTCCTGTTCATCTTGTAAGTAA CCCCAATTAAGATTCTTGAAAAAAAGTTTGAATTTTTATGTTTATTTTCATTTGTTAAGC ATATTAGAGCTCTTGTTGATGTTGTAAGTTGCCCCAAGTTAGATTCTTAATCAAAAAAGG CGGAATTTTTATGTTTATTTTCATTTGTTGAGCATAATATAGCCCCTGTTGAGGTTGTAG GTAGCCCCTATTCAGTGTATTGAAGAAAAAAGATTGGATATTTATGTTTATTTTGAGATA ATTGATGCAACTTCTCACTTGTTAAGCATATTGGAGCTCTTGGTGATGTTGTAAGTTGCC CCAAGTTAGATTCTTGAAAAAAAAATGACTGAATGTTTGTGTTTATTTTCATTTGTTAAG CATATCAGAGGCCTTGTTGAGGTTGTAGGTAGCCCTTATTCAGTGTATTGAAAAAAAAGA TTGGAATTTTATGTATATTTTGAGATAATTGATGCAATTTCTCACTTGTTAAGCATATTG GAGCTCTTGGTGATGATGTAAGTTGCCCCAAGTTAGATTCTTGGAAAAAACAATCTTTAT AGTGTTTTCCGATAACATAGATTATGGATTTTAGTTTTCACAATAGCTGTGGATTTGAGA GAAAAGAGGGGTTGGTTACTGAAAAGAGAGCTCCGTCTTTATCTGTTGAGGAAGCTAGTT GCAGAGATGCCTTGAACTTTTCTTTGGACAATGTATTTTAAGCTGTTTATGAAAGAGAAA AAAAGCAGTGAGTTTGAAACTATTCAAGACGTTTGATTGTTTTATTACTTCATTTCATTG ATGTTCTTCGAACTGTTCAGGCTTGTCAATTGATCACTGGAAAAGATTGAAGTAAGTAGA CTATTTTGGATTTCTATGGTTTACATGTATTGTATCTAAAGACGGAAAATGGATGTACCA TGTATGTTTTTTTGTTTTGAGAAAGGTAACATATTTATGTTTTCTTCACTGGGTACTTAC TGGGTTTTGGTATATTTGATAGGTTTGGTCATTAGTGAGGAGGTTTGATCAACCACAAAG GTACAAACCATTTGTTAGCAGGTGCATCGTGCAAGGGGACCTTGAAATCGGAAGTGTTAG GGAAGTGAATGTTAAGTCCGGACTCCCAGCTACCACAAGCAAGGAGAGGTTAGAGCTTCT AGATGATGACGAGCACATTTTTGGTGTAAAGATCGTAGGTGGAGATCACAGGCTTAGGGT ATGAGTCTTTTATCTCATCGTTTGATATGTATTGAATATATCCATAACTTTTCCCTCGTA GAATCAACCATGAAGCGTGAAGTATCAACAAGTGACCTATATAGTCAAGTTATTGCTCTA TTTATTCATGAAGTCTTTCTTGTGATCTTTTTATTTTATTTCCCTCTTTTTGTGTGTATT TGGGTTTGGGGGGTTGGGGGTATTTTGTTGGTTGTTCACTTTGGATTCTTAGGCTCGTCA CCATATGTTCTGTTATTATCCCGGGAAGGAAAAACAAGAGATGATGGTGACTGTCTTAAT TTTTCTTCACATTACTTGCAGAACTACTCATCAATTATCACTGTTCACCCGAAGGTCATT GACGGAAGGCCTGGAACAATGGTAGTCGAGTCATTCGTGGTGGATGTACCAGATGGGAAT ACTAAGGATGAAACTTGTTACTTTGTCGAGGCCCTCATCCGGTGTAACCTCAAATCACTA GCTGATGTATCCGAGCGCTTAGCTGTGCAGGGCCATATGGAGCCTATCGACAGAATGTAG GTTAACAGCTTCATCATTTTGCCAAGCGTGCAAGGATTTGATTAGAAAGCGAGTAAGAGT GACTGGTACTTATGCCGGTCCTTCTCGATCTCAGAAGTATATATATCTTTATCTATATAT ACATATATATATGTTCATGCTTCCTCTTCATCATCTGTAAGGTCATCGCGGTTTGTAAAA TGCAATCAGTCTATTTCATAATGTGAAGAACCAGCCATGCTGTTTGTGGCTGTGCGTGAA TTGAGCTTGGGTTGTAAACATCTATGCTCATTAAGGTGCTGTTTCTTGTTATAGGATCAT TGTTGTGTGGTTATGACACGCTATACGCTCGTGTATCTTTTGATTTTGGTGTGTCAATAT GTACCAGAAACAGTATTTGGTATATTAAAAATAGGGTGCTTGCTTTTTGTTCTGTGTTCC ACTTTCCCCTTGAGATTTGTTGTACCGACTCGAGGGTCCTTAGGAAAACACAGGGTAAAG TTTGTGTACATTTTATCCTATTCAGACTCTACTTATGAGATGTTATTGGATATGTTGTTG TTGTTGTTATCACAAGGTGTGATATAGTGATTCAACGAAGATGGCGCAAGTCGCAAGAGA GATCAACATTCAAATCTCTCATTAAATGTGCCAATGCAAGGCAACATGTTTATGGTAAAA TAGTTGGAACATGTGTTGATACATTTGTTTGAACTGATATGTATAGTTGATATATGTGTT GTTGTGATACAACATGTCTATGGTAATTGTGTTGTCACACGCGCTAATGCGAAATATTAT GTATTTGGTGAAATAGTTGATGTGTGGTTGATGTGATACATCATGTCTATGGTGAAAATG ATAGTATATGTGCTAATGCGAAGTAATATATATTCGAAATAGTTGATATGAGTGAAAGTT GATTCAAACAAGAGATACATATTGCTATTCAAAAGTACCATAGGCCCTAAATCTCTTTTC CAAATCTTCTAAGGGAAACAAAAGAAAAGGCAAAAATGACAAAGAGATGGCAACTAGTAA CTTACTAGTTACTATACATTTTTGCAAAAAGATACAAAAAGCAATCCATTCTCTTTGTTT TGTTGTGATTAGCCAACAACTTTTGAAGTGATTTAGTGGGGGAACTTAGCTTTAGTTGAT ATATGTGGAGCTTTATTCTTCATATCACTAGCTAAGCTTTTAATTTTCATGTTAAGTTGT GGATCTTTGCTTTAATAATTAGTACTTTTGGAAGTGGTGAGAGGATCTAATCTTTAATGG TTCTCAAAAGTGATATCAGGCGTTAGTACGTAGTTGAGTGTTAAAATATCTAATTTTACG ATTATATTGATATGAGATAATAAGTATATATTAAAAAACAAAATTTTAACATAAAATGAG CTGGATTGTGTTTAATATAGACAACGGCAGGACACATGGTTATTCCAGCTACCAACAATA AGTGCAGCTATCTACACACGTGAAATGTTTTAATTTTGTGAATTTGTGTTACAATTATAT AATCTTAAAAAACTATATAATAAAATAAAAAGTGCCTATATGTATATAATTTAATCAAAT TTTATGTGTGTTCACGGATTACGGTGAAATGAGAAGTATTCTACTCTAGAAAAAAAATGC TATAACTTTCTATATTTTATTATTTTTGAATCTGATTATTTTTTTGGAATTTCATTTGCG GGATTTTCTAAATATATTATCGTATTTGTTTGATTCTTTTAATATGAAACTTTTCAACGT GAAATATTGAATAAATTCATGTCCAAACGGTCGTTATTGTACTCGGCCCATGACGGTGAG TGGCTCTGTTTTCAACTAATCAACTTCAGGACCCCTGTTTTTCTCTTTATCTGCAAAATT TCAAGTAGCATTAAATAAATTTTGCTCATAAAATCTTCTTTTCTTCATCTTAAACTTTAA AATACAACAAAAGACACTTGCTTGTAGACAAACTACACCTCCAGGTACTAAATTTCAACT TTTTTTAATGCTCATTTTGTTATTTTCTGCTAAATTATTTACTTTACAATGGGAATTTTG ATGTACATAGCAAGATCTGTGTGTATTTGGAGTTATCTTTTTGGGATTTCTACTGCATTT TTTTGGTTTGTTTCTGCTTGTTTCTTTTCTGTTTTTTAAGCAGGAATTAGCTTTCTTTCT GCTTTAACATTATAAAATTTCTGAACTTTCAACTGAGGTTTCATGGAGACTGAACAAGAT CTGTGTAATTGGAGTTCTCTCTTTGTTATTTTTACTGCATTTTAGCTTATTTTGGTTGGG GTTTTCTTGAGCTTTTGCTTCTTCATTCTTGAGAACTAAAAAATGGAAAAAAGAAAGGTT TTTTTGCTTACCCTTTTGATTAATCTTGCATAATCTTAACTCTTAGCAACAAAAAAAAAA GGAAAAAGAAAGGATTTTTTGCTTGCCTTTTTGATTAATCTTGCATAATCTTCACTCTTA GCAACAAATAAATGGAAAAAAGAAAGGATTTTTTGCTTACCCTTTTGATTAATCTTGCAT AATCTTCACTCTTAGCAACAAAAAAATGGAAAAAAGAAAGGATTTTTTGCTTACCCTTTT GATTAATCTTGCATAATCTACACTCTTAGCAACAAATAAATGGAAAAAAGAAAGGATTTT TTGCTTACCCTTTTGATTAATCTTGCATAATCTTCACTCTTAGCAACAAAAAAATGGAAA AAAGAAAGGATTTTTTGCTTACCCTTTTGATTAATCTTGCATAATCTTAACTCTTAGCAA CAAAAAGAAAAGGAAAAGGGAAGGATTTTTTGTTTACCCTTTTGATTAATCTTGCATAAT TTTAATAATTAGTTCATATACACGAATTATTGAGTAGTCAAATGAAATTGGGGTCCTAAT CAAACTAATGGGCATGGAAGGTTCTTGTAGTTATAACTTATAGTCGGTCGAGGGTCTATC GGAAACAAAGTCTCTTATATTCACAAGGTAGAAGTAATCCTTCTCAGACCCCACTTGTGG GATTACATTGAGTTTGTTGTTGTATAATATTCACAATTAAAGCTTGAATACATTTTCTTT TTCCAGTTTCCTTCAACTCCAGAGATAATGAATCGTTGGGTTGGGTCAATATTTCTATGC ATTATCAGCACATTGCTTCTGACGAGCTGGTTGGTGGCGGCGGAGGGGGAGACATGCTCG GGGATAGTACCAATGCAATATCGAAATGATAAGATATCGATATTGGACTTTGGAGGTGTA GGTGATGGGCGGACATTGAATACAAAAGCGTTTAAAGAAGCAATCTTTAGAATTCAACAC TTGAAGAGGAAGGGTGGAACTTTGCTTTACATACCTGCTGGTGTATATTTGACTGGCCCA TTTGATCTTACTAGTCGAATGACTCTTTATTTGGCCCGCGGTGCTGTTATCAAAGCCACT CAGGTTTATTCTTAATTCTTCATATCTTTACTTTTACAAAGAATAATTGCATTTAGAAGG AATCATTTACTTTGAACTTTCTTCTTTTGACTATCATTTGACTCATTTCAGCCATGAATG CAAGAACTTTATTGGAATTTTGTAAATGTAGATTTTAAGACCTTTTTCCAAGTATGATAA TGGTGAGTGTATAATTTTCTTGACCTAGATTTCAGGTTCACGTGCTTACACGGCGTCATT TGTTTTTGAATAGTGGGATGTATAGCACAACGTTTCAATATATTAAGCAAGACATGTAAT TGGAGTAGCCTAAAGGGAGTCTATTTAAAAATAGTAATTATTTAAGTATGGACAGAAGAG TTAAATGCATTAAGTAATTGGCGGGCCATTGGATAATGGGACCTGATCCATGTGATGGTA TTTAAAATATTAGGGATGGTGGATAACCATGGGGTTTATTGTACTATTTAACGGTGTTCA TCAGACAAGAACAAATAAAAGATTAAAATAATGAAAGCCAATTTGATCTTTGTCTCTTTG TATTATTTTTCTGTACATGCTTGTAACTTGTAACTGTGAAGTTATCGCTGAACAGAACCG CGGTTAATCAAACAAGAATTTACATTTCACATGGAAAAAAACAAGAATGTAAAGCACTGA GCTACTTTCCAGCAAGATAAGTAGATAACCATTTCTTATTCGTCTGACTCTACGTGATCA TCACATAATCTTCTATGATAAATCGAAAATAGTTCCACATGCCATGGAAGAAAAAAGAAA CAAGTCTGTTACACTGGTGATTCAGGTTGTATTCTTGGGCCTTAGTTTAAACCTTCAGTT TCAAATGATTAGAGCGTTTATTCAGATATGCTATCTTTAGCTAGATTCATTCTTTCCATT GTTGCAGACTTCAACAGTTTATGCATCCACCTCAGTATTCTTTATACCAATCCGTACTAA CCTTTCTTATAGGAAAGGCTGTTTGATACTGAGGGTAGCTTACCTTTATTATGCTTTGCA TCTTTGTAGAAGTTGCAATCGTGTGCCAACTCAAAGATATGATGTTCCATGTTAACGCAT CCTTTTGGATATTAATGTATTGCAAATGTAGTATGAGATCACATATTTTAATTCGAAGTT AAGACCACTTATTGTTCTCCTCCTTCGTGTTGTCCAATTGACTCTCTAATCCTTGCAATG AATTACAATTTAGGATCCCAGTCAATGGCCATTAGTTGATCCATTGCCTTCATATGGGAG AGGAAGAGAGCGACCTGGTGCAAGGTATATGAGCTTACTCCATGGAGACGGGCTCCATGA TGTGATAATCACAGGTAAATATTCATTATTATATTCTTTTGTATTCCTGCAGTACATTTT TGGATACAGTTTGTGGCAAGTAAGAACCTCCTAACTTTATCATAACGACATTCAAGGCCT GTTATAATGTGTTCGGCTGAAATATTGAACTGATTTTTTAGGTGAGAATGGTACTATTGA TGGCCAGGGTGATGTTTGGTGGAATATGTGGAGGCAAAGAACTCTTCAGTTTACACGACC TCATCTCGTTGAACTAATGAACTCCAGAGGCATACTCATTTCTAATGTCATTTTCAAGAA CTCTCCCTTTTGGAATATCCACCCTGTTTATTGCAGGTATAAATTTTCATAATTTTGTGT CATGCCTAAAAATCTGAAAAGAAATTCTGCAACCATATAGCTAGCCTATTGCAGACTAGT TTAATTTGTTTATTTGTTCCTCTGGCAGCAATGTTGTTATTCGATATGTCACCATATTGG CTCCAGCTGATTCACCAAATACCGATGGAATTGATCCAGGTAAAGCAAAGCAGTTTCTGA AATCAACTTCCTAAAAGGAACCTTTTTATTTGTGTTTGGAGTTAAGAGTTCCGTTTTTGT GTATCAACGCTAGTACTTTTTTGTCATTAAGTTTCTCTTCCTCAAGTCTTCTGAGTGCCC TTTTATTGGCACATTTCGTTATAGTAACTCATGGTTGCTGATTTAGTGAAAACTTTTTGG CAGAAATCCTTGAACTGTTCAGAACTGAGATAGTCTCTGTCTTTTTTCTTTTTTGGATGT GACATTATGCTGAAGAGACATCATGTAGCAGTTGTCATTACTCTTTACAATAATCAGTAA TCTTCAATTCATTGACATGTTTGTTTATTATTGCAGACTCAAGCTCCAATGTCTGCATTG AAGATTCCTATATTTCAGTAGGGGATGATCTAGTAGCTGTAAAGAGTGGCTGGGATCAAT ATGGAATTGCTTATGGTCGCCCTAGTCATGGCATAACCATCCGAAGGATAACTGGATCTT CTCCATTTGCTGGAATTGCAGTTGGAAGTGAAACCTCTGGTGGCGTAGTGGACGTTTTAG CTGAGCATATTAGTCTTTTCAATATGGGAGTTGGTATTCACATTAAGACAAACGTTGGCC GAGGAGGGATGATCAGAAACATTACGGTCTCAAATGTCTACATGGAAAATGCACGGACAG GGATTAAGATTGCAGGTGATGTTGGGGATCATCCAGATGAAAATTTCAATCCAAATGCTC TTCCAGTTGTTAAGGGTATCAAGATTAAGGATGTTTGGGGTGAAAAGGTTTTGCAGGCTG GTTTGATTCACGGTTTGAAGAATTCCCCTTTCTCTGGGATTTGTCTCTCCAATATCAACC TTCGTGGTAACCCCGGCCCACGAAATTCCATTTGGAAATGCTCAGATGTTAGCGGAGCTG CCATTCAAGTCAGCCCTTTTCCTTGTGCAGAACTCACCAGCAGCCAAAAAACTGGTGCAT GCTCTACCTACTTCTAAGTATGCTGTAGTAATTCTTTGCTTCCAATTCAATTCAGTATAT CACAAAAACGAAACGAAGAATTTTCTTCATGTTCTAAGTAAAATTGTAATTTCAACTTCG CACACAATCATATTGTATACATATTTTCCTACACACCTCTCATGGATGCAAGTTTGTCTA GTGACTATTAAAACACACATCAAAACAAGGTAAAGGTGTATCCTATGCACAAAGTGTTCC CTTGCTATTGCAGGGTTAGGGAGAGAGGGTGGGCGTGTATGGTACGCAACCTTCTTGTAT TTATACCGAAGAGGTTGTCTCCAGGCCTCAACCCAAAAGAGTGATTCTACAAATACATGT ACTAATACAAAATACTAAAGCAAAAAACATGGAGCACATTTGCAGAACTGCTTCAATCGA AGTAATTATCCAAGAACTTGCGAATGTGCTTAACGAGACCACCTGTCTTCTTTTCCTCTT TATGTGCCTCATTTCCTTCTACAGCTTCTTGCTCCTCTTCTTCATGGTGATGGTGCAAAT GCTTCTTCATTTTCTTCTTATCAAAGCTATGATGATCTTCATGCTGCATTGCTGAAATCT CACCATCCTCATCTTCGTGCTCGTGCTCCTCTTCAAAGGGGTCATATAAATGACCCTTCA GTTTCATTTTACCAAACTTGTCATGTTTGTTCCGCTTGATTATGAATCTCGACATCTTTT GTTCATCAACATCATCATCATCAACATCTTCGTTGTTTTGGTGGAGGAAACTCATCCACT CCTCCGGAACCTGATGCAGGCCTCCAGGAAATACATGTGCAAAGTCATCATCATCATCTT CAGAAGGTATCATATCATTACCATAAGGGATCTGATCATCAAGGTGTCTTGACTGTGTTC TTGGCTTCAGGTTGTCTGCATGATGGAAATGATGGTGGTCGCATAATCGCGAAGGACGCC TAGATCTATCCGGAAAGTGGCGGTTGATTGAATGAAGCCGAACAAGCGTCAAAGGTAATA CCTTATTCTTTTTGTCCCTAGATTCAGGAATGTGATCTTCATTGTCTTGAACATGTTGAG TTTCTTTGTCAATCTGGTTTGTGGTCGGGGTGGCATCGAATTCTGGAAGTTTGATGTTAA TGATATCGTTTTCTTGTTGCGTTACTGGTGTTCGAGCAAATGAAAAGGCGAAAAAAAGGA AGAAAATAGCAATGGAGAGTTTGTCCATTGTGTAAATTTGGTTTAATAGAACAAAGTCTA TTTCTCTGAAGACAAAAGAATGATGTTTATGGATATATATATATATAGAAGGATTAATTA GGCTGTTTTTGCTCTATTTTGCTTTGGAAGGTGGACAGTGAATATGGGAAAAGAGAGGTT AAAAGAGGTATAAAACATAGTGATATTTTTTAATCCAATAATATTTATGTGTAGAGTGAA ATAAATATTTGACTTAGTTTCTACTCTCACCTTATGCCAATAAAGTGTGGTCTAACGGGC AATGAAGTGAGTAAATAACGTGAGACTAAGGTTCAAATCTCGACCAAAAAAAAAGAGGAC AAGGTGATATGTTTTTATCGTGTATAAGTTTCAATGGACAAAGTTATTCGATACTTGGTG CTAGTTTCATCTTGTGTGTGTGCCTCTAGAAGGTACTAAATCGAGCTTCACGCTATCATT CCTCCATTTTCATGCTCGTTTCAACAAACCATATGCTTTGATATCAATTGTTAGGCTACG ACGATCATCTAAGATAAACTTAGGTTTTCCAAAAAGTTTCAACATTATTAAAAGTTTCTC TAATGTAGCCTTTTTTTCTTTTCAATGAAAAATAAACTTTGTTATATGTCGATATATATA ATTTAAATATTAAAATAGTAAGTATGGATGAGCTATTGCCATGATTATATATTTGATCGT CAATCCTTAAATCTTGCTATTTGTCATTGGGCAAGGTAAATTGAATTAAAAACAAAATTT AAAACTTTGTATAAATATGTAACATTAGTTTATATATTTGCTAATGACGCAGTCTTGCAC AAATCAAGAACAAAATAGGGATCAATATTGTCTTGAAATTGAAGTAGTATATTATTATAA TATTTTTATAAAGTAGGTAAAGTATCATGTCCTTCTCCTTCCCTCGTCTTATCGATTGCG GGTATATGTGATTTTAAACGGGCTCAAACTTATTTTCAACTTTTCACAGTGGTAGAATAT TATTTTAGTTAGTTTCTTAAAGCTATAAAAATATTCAAGATAGTGAATGAAAGCAGTTTA GTAAAAGATAGTACAATTTCTTACATTTTACTTCTAAAAAATAAAATTTTAATTCATTAT TCATTAAATTAATACGATAAAATGAAAAAATAAATTTATTTTGTGACTTTATTTTTTGTA CCAAATTTAACTAGAAAAAAAATATTAAAAAATTATGCTGGGTGGATTAAGGCGGGTTGA AAATGAAAGAAGTTGTTAACCAGGATGGATTAAAAATTTTGCGGGTTAAGTTCAATCTGT CTTGCCCTATCCAACCTCACACCGCCCTAGTGTCATTCCTGGATATAAGTTCAATTGCTA AAGAATAAAATTTTGCAAAGATCAATTCATTTGAAGAGCAAAACAAATAATTTTTAAGTA AAACTCGCTCCGTCTGGTATTATTTGTCCTATTTTTTAGAGTTAAACTATAAAAACTTTG ACTAATATTTTTGATAAGCATAACATGACAAATATTTCTGGACGGAGGGAGTATAATTTC ATGTCTCGATACATAAACAAACAAGATATATTTAATTACTAACCAATAAAATTTGTGGTG AAAAACAAGGATTCCAACTCACTATCTTCTTTAAACTCAATTAATTAATCATAATTGAAT ACCATATAATACCAATTGTTTACAACTTGGTATTCGATAAATTCTATGATGTTATAACCA ATAAGACAACATCCAAAAACATTATAAATTCTCTAAAATGATACTATTTCTGAAAGTTTT CTTAAACACTCAATTTTTTTTAATATAATTAATTAAAGATGTTATCAAGAGCTTTTGTCA CTAAACATCAAATTAAAAGGAATTTCAATGATCATGAAGAAAATAGTTGCAGATCAATGT CAATTTATGAGTATGAAGAGTTTATTATAGGATTCAAACAAGATGTTCCTCTTGTATTTT TTGATGAAAATAATGATCCTAATCGTAACCATGGTACGGTATCGAGGAAAATAATTTCTT TTTCTTGGCTAAAATCTTAGAAAAATATTTCTCGAGAAAAATATGCGATTTTTATGGTGA AAGTAAGGATAATAGGTTTTATAAATGACATTTCATTCTTCTTCGTCGTCCACCACATCC AATCCCACACATACCCCCCACCCCCAACCCCACCCCACCCCACCCGCAACTTTATAATAT TTGTTTAGATTATATTTGTATGTATATATCTTTCGGTTACATCTTATCAAACATCATTAA ATAAGTAAGAAATCATTTATATTTTTCAGAAAATCATTTTCCATAGAAAACATTTTTCTT CGTACCAAACACACTCAAAGGTTTATTTTATACGGCTAGTGTAATTATTAATTTGTTGCA TTATGAAGTCACCTAAAAGATATCTACATATAAACCTTTTTAAAGTTTGTGATTTTTAAA TCTTGAAAATGGAGATTACTTGCTATAACATAACATGTAATGTTGACTTCCATAATCATT CTATTTAATTATATTATGTCTCGACAGGTAAAGCAGTGACGCGTACTTGTGAGCCAAGAT TGACACTAAAAGAAGTGTTGAGGGCATCAGGTGGAGTTATGGGAGAAAGTCATTTAGGGA TGACTGAAAAAATTGTGCTTTTAAAAGGGAAAATTTGTGCTTTAAAAAGATTTAGAAAAG TTATTTTGAAAAAGAATGAATTTGGGAGAAAAATTGAGAAGTTTGCTAGGGTTAGTAGAG ATTGCAAACAACTTGTTCCAATCACAGCTTATTTATATTCAAAGAGGATCAAATTTGTTG TTTGTGATTACTACCCCATGGGAAGCCTTGCTGATTTACTTGCTGGTGAGTTTTCGGTCA CGAAAATTTCGAATTTTAAAATCTTAAATTTTTACGTGAATTCAATTTAATTCTCAATGG AGGTATATAGGGTGCGAGTATCAGATACTAAATGAAAAAAACACACTAAAAAAATAACGT CCACTTATTTTTAAGTTACTAATCGTACTTGTTATAAATTACATGTGGTTATCTTTTAGG TAATTCGTGCATTTTTTCAATTATCTATTCATATAGAGATAAGTTAAATTCGCTTAGATT TATTGTTATAGTTCGTTTTTTAATATAATTTCCAAAAAAATAAAAATTAAGAACTATAAA AAAAATGGATTTAAACATATTGCAATTAATGAATGTTTATAATTGTTAAGTAAAATTCGT TTAAGATTAATACGTATATCGTTTTTAATTAGTTTACTTTAAATTAACTAACCAAAAATG TATAGTTATGAATAGTTATCCAATCAGATATCTCTATGATCATTACGTGTTAGTACATGT CACGTTTTATTATAATTATAAATTTAACTTATATACATCGACTTTTTTATCTTGTAGGAG CAAGGAATCTAGGTCAAACGGCACTAGAATGGAAACAACGTTTAAAAATAATTGTATGCA TTGCTCATGGCATTGCATTCATCCACTCACAAGATCCACCAAAAGATCAAAAGGATATAC AACTAAATGTTCATGGCAATGTCAAGGCATCAAATGTCATGATCAACATCGATTTCACCG CCTGTCTATCTGACTATGGCTTCATGCAATTAGCTGAGAGGACAGAGTTTTCTGATACCT GGCAAAAAAATCCGCCCCCACTTGATGATCAATATGCATATTGTGAAATGTTAAGCCAAA AAAATGATGTGTATAACTTTGGGATTATTTTGTTGGATATATTAGGAAGAAAGCTATGGA TGATGAAATTAGAAGAAATGGGGAATGGGGAGTTTGAGTTTTTTGTACAAGGCAAAGAAA GAAAACAAGTTTTAAATGTATTAAACATAGCTTTGAAATGCATAAATAATGATCTAGAGG CAAGGCCTACAATGGAACAAATAGTAATATACCTAGGAGATGTATTGAGGGTGAAAAATT ACTCGAATTAGTGTTATTTTAGTGTGAACGATATACATATATCTATATATATTGATATTA GGAGAGTCTTTTCGTCGTGTATGCTTTGAAGCATGTATTACAACGTCTCATTCCCGAGCA AATTGGAATAAGATATGCTTTGAAACATATACGATGAAAAGTAGCTTGTAGAATTTGCTC AACATTTTTTTGTTGATTGTCGACTTGTTCAGCTGATTTCAAGAAATTTATGTCACGCAA CATAATAGATGTATGCTTTAAAACATGTTTGAAAACTTTTGAGTTATTTAAATAATATTT TTACTATTAACTTTTGACTCTGATAATTTTTTTTTGTTGATATATGATATATGATGTGTT GTTCTCTTTCTAATTATATATATCTCAGTGTGTAATCTAATACTGTCTAGTGACTAACAC TTTTAAAGTGTAACAAGTGTTGATACAAAACCACATTGATTAAAATGTAATCTAATAACT TAAACAGAAATAAAACACATAATTAATCAATACTAGTTCATAACTAATGATCATTGCATA TGCTTTTTCTTGGTCTGTATTCTACTTAAATACAATAACAATGAACATATCAGTAGTAAA ATCCTACAAGTAAAGTTTATAAAAAATATTTTATTTTTATGTTTTACGAGGTAGAAAAAC AATTTCTTTTGACCTATAATAAACTAATAAAGGGATCTTGGAAGGGACAGAAATATAGAG TAGCCTCACGTGTGGTTCTTACACACAACAGAGGGGCATCTTATAGACAATCAAAGTCCT TTTTCTTTTTTCCACGAAAATTAAGATGGAGCGGTAAATATTCTTCTATCGTTAATCAGA GATATTGAATATGAATGTTTTTTAATTGGATTCGCCTTTATTTGAAAACACTTAAACTTT AATATACAACTTTTCAATATAAATTTAAATTAGACTTTAATATAAATAACAAACAGTCAG TTTGATTAGTTTGTTTCCTCCTATTTTTTCTATCACAAAAACAGTGTAGATTCAAGAGGA CCACTTGATGAGTTCACTGATACATGTCAAATCTTACACGTGTAGTTTCATGACTACTCC TCCATCTTGATACTAAATAGGGGCCATCTTCGTAAAAATTTACTCGTACTCAATATTTAT ATCAATATTATAAAAGAGGAGAATATGGGGCGGATTATTTTACAAATACCGGACGAGACA TAAGCTTGGAATACCTCATAAATATTTAAATTTACTCCCATTCAATATGTATTCAAATGT AACAAGTAATTATGAACGTTACAATCTAGTGAAGTCAATCGATATTCATTCGTCGAAAAA ATCATCGAATATATTTTAATTGTTGTTATTAGATTATTCATCAATTATTAATTGAACTTA GATCATGGAAGTACTCTACTAATCTACTTATTATACAAAAGTTGTATATATACAATTAAT TTTCAAGCTTCAATTAATATATGAATCAATCAATCTCATTAAGTCACGGTATTGACGACA CGTGGACCAATGGCTACACATAATACAGCTCCTTTTTTGCCTTTTAATAACTAAAAAAAA TATAGATGATTATTAGGCTTATAGAGCTAAGGTTATTAGGATTTTATATTAATATAATAA CAACAAGCTATGATTTAATTTATTAATTAATTAGTGTAACGTACATTTTGACTGATCCAG TAGTATAATTTTTTTTAATAAAATTAATTATATTCTGTTGACTTTTTCTTCCAAAGCGTG TGCATGGTTAATAGCGTACTTTAATTATTATTTATTTTAGCAGAACCAAAGAATCAAGAA GCTTCGTATTGGAATCATTAAGCACGATTAAAGCAAATCAATTGCATTATCTTTATATTA CCACTTAATTACACGATGGATTAGCAAATTGAATTTATAAATTATTTTTAAAAATCATAC GAAGTTAATTTGTACCAACAAACATATACTACATTACTAGATTCTAGATCTTTATCGACG ATTATTAATGGTAAGGTAAGTATTTTTTTTAGGAATGTTAATCGATAGAACGTGTAAAAT CTTAATATACTCAAATAAAAAATTCTCTATATCGGTGAAATAATCACAATACGATTAGTG ACAAAATAAAGATGGTTTAATATACGATATTCGTTTTTTTGGAAGGGGAAATCAAGGGGA GGATTACGAGATGAAAAATTGAACAATCTTAACTACTAGCTTGTTTTTACCAGGGCTTTG ATATTTATATTGGAGCCTGAGTTAATCTGGATTCACGTCGATTGAAAAATCAAATTCAAA TATATGGCTAACTAAAGATGAAGGAGTATCTTATATTATTATTATTATTATTATTATTAT TATTATTATTATGTTGCATATAAAAGTGTGTTGACTTGATTCTATATGTATAAATAGCAT GTTGAGCTTTCATTTGGTAAAATAAGAAGAAAAATAAAAGAGAGTAATAAAATGGCAAAT GAAGAGAGTGAACTTTACTTTGTTTTTATGAACTATGATCCTGAATACGAACGTCTTCGA TCCAAAAGGTCAGTATTTCTTCTTTATTTCACTTATAAATTTTTTATAAAAAGAACTTTA AAATAATATTTTCGTAGCTGAACAACAAAAATCTCATGCTAATCAACTTATTATAAGAAA ATTTGACTATAGCAAGGAGCTTTTTTAGCGATGAATTAGCTAGGGATTACCAATATATTC CGTAGCTAACATATCTTTTTTTGGTAAAAAATAAATTTGAACTACCTTGAATCTGATACG TACGTACATTTAAATCTTGATTCCGTGTCTGAGTTAATAGAACAAAGAAGGGAAGCTATG AGCTGGATGTGTACATAAGCAATAAACATGATGAGCTGTTAGCAAATACATTTGAGGCAG GAAGCTATATAAAGAGATTGTCTTTGGTTATTGTTGATGGATTTGCTGTTGAAATCACTC AACATCAGGTTAGTTAATTAATTAATTTCCTCAAATTTTGTATTTCTATATTCTTAATTA ATAATACTATATATTTTATATTATTATAAATGACATATATTATTTTATGATTACAGGCTA ATGTGCTTAGATCTGCAAAAGAAGTGAGGGTTGTGGAGAAAAATCAAGAACTTGCTTAAT GGCTTGGATGGTTATTATTATTGAGAAATTTAATATATAGATTTAAAAATATATTTACCC ATCGACCATAAAAAAAAAAAGTGAGAAGAGAAAAGGAAGGGAAGGGGGTGGGGTTATGTT TTATTAATGCACCATATATATTGAGCTATAAGTAATTAAATTTATCGTTATTACATATAT TTAATTGTGATGATGGATTTTCGTTGATAAAAGTGGATTTGTACTCATGAATATATGTTT ATTGTAATCAAATTTCATTAATTGATGACTTTCTAATACTATAATTTGGACATGTATATT ATATATTGATAAACGTACTCAGTTTCATTTTTTTAATCGTGAATGCTTTTTCTCTCGAAG TTAAAAAGTTATTTAGTGAGATTCTTTTCATATGATTCTCATGACAAATCTCTCTCTCTC TCTCACTCACACACATATATATAATACTTAGTTTTAACATATATTGATAGAACTAAAAAA GAAAACTCGTATTCTTGAGTTCGCTTTCTTAATCAATAATACTCTTTCTTTTGAAGTTAA GGTAATTTTGACGAGATTCTTCGATATACATCTCTCAAACATCCACCCACATATATATAT ATATATATAATAACGATAAAAAAATAATCATAATAAGTTACTCTAACAACGATTATAAGT CCTAACTATATTTCTACTCTATCGCGATCTCTACTCTAATAAAAAATCTAAAAGTTTCAT GTCACGTGCATGAAAACTATGTTCGACAATAATGTCTTTCCTTTTCTTGTTGAATGATTT AAAAAGAATAGCGATCAACTAGAATAATCTTAATCATCTCTGATCAATTCATGTTGATAC TAAACAAATCACTAAAAACGAAAAGAAAAACTAACCACCATTCTGCTCGAACCTTTAGAA AATTAAAAAGAAAATATAACCATTTTTTTTCCTATTAGAACCAACTACAATGATTTCTTT TTTGAAAAAAAAAGACTTTGTGGTCCTATAGTGAAAAGATAAACAGTCACATACACAACA CTTTGAGCTGTAGTCCACCACACACAAATGTGATGAACAAACAAACATTGGCAAGTTGTG CGTGTAACAGTTGCAATATGGGCCCTCTTTGAAGACCTAAATATGAAGAAATTGAATTCA TGTGAGCATTTTATTTTAATTTTTATCTAGTTTAGGTTAAATTCAAGGACAACATTTTTA CCTGCAATATTTCCATTTCTTGACAAACGTTAAAGTGCAACTTGCTAACTCTCATGACAT TATTGTGTTTGTGGGGTTACTAGCTCCTCGTCCTTTTTATCTTTCACATGTTACTTGTTA CGAGAAGGACGATATTCAGATGGTAAATATTGTTCACCTTTAGATGAAGATAGTGGTTTG GGTTGATAAGAGGAGCAAAATAATGAGAGATTTATTTGTTGTTAACCATTATATTTTTTT AGATAAAATGATCATGTCTAAACGTTATATATTTTAGATAAAATGATCACAATAATACCC GCTTACGAGCTCCTTGACCTTTTTACCTTTCACATGTTACTTGTTACATGCAGGACATTA TTCAAATGGTAAATATTTTCACCTTATAGTGGTTTATATCGATAAGGGAGCAAGATGGCG GAAGATTTATTTCTTTCTTTCTTTTGAATGTTTATTGTTAAGTAAATAAATAAAAGTGTA TCGTATTGTATCTAATTGTTTTATATTTTTTTAGATAAAATGATTGCAATAATGCCCGCT TGGCCATGAATTTTTTTTTGGACATGTACACGATGAGTATGTGCGCACTTTCTACTTTAA TTTAAAAGAAAAATACTATTATATTGATATTGAAGTGAAGCGATTGACCTTAGATTATGC GCCACTAATGTAGCGACTTGTTGAAAGTTGGACAAACTCACATCGTCTATTTTATTTATA ATTTGTCTCCTCACATTCGAGCAATGTCCATTCATAGCACGATAAAAAAAATAATTCAAT ATAATTAAGAGAGGAAAAAGAGCAACGAGGGACATTTGTTCCTTTTTATTTACAAATAAA TAAATAAATATTATTGCAAGTTGGAACATGTTAAATAGGTTTAACAAGATATTTTAATTC TTTGCATTATCAAAAATATTTAATGTCAACAAAATTTACTTAGTCTTAATCAAGTCTCAA AAAGCCAAAAAACAGTGGAATGAAAATTACTAATTATTTATTTGGGAACTAAAATACAAT TGACCTAGGGAAATCCCCTTGATTTTATATATATAGCTGGTCAAAATTCTAAAGTCAACC AATCCAAAATCCAAATACAGCTAATCTACCTAGAAGGTGGAAGTTTTGGATATTATTTTT TTGATAAATCAAAAAATAAAGTAGTTTAATTAATTAATTCCTAATTTATCTCAACCATAT TTGTGTAATCCATATATATGACCCATATCTTTCAACTCGTATGACTAACAAAAGTTGTTA ACAAGTCATAAAGGGGATTGGACATGATCAATATTGAATTCGAATTGAAATATATAGTAA TGTTTATTTTCAAATAGTTTCAAATTTAGATAGTAAGAAAGTAAATTAATGTTTAAAGAG AGAAAACGCGAATGGTAAATTGTAAATTATATTCTGAATATCCTTGATAAAGCGTATTTA ACAAATGAGAAAGTGTATTTACGTAAATATTTTAAATGCCATCTATAAAGACACACTTAG CAAATGTTATTTGTGAATTATTATATGTATTATATGCCATCGTGATTGAAGTGCTTTCAC CTTAAATAATAATTTGAACGTCTATGAGCCCCTAGCAAATAAAGTTATGCATGCATACGA TGTATGTGTAATCGTGTATAATCAACTTATTATATGTATATCGATCATAAAAAGTTAATA ATAAATTTAATCGACTATTTGTATCATAATAATGTGAACATCTTTGAGATCCTAGCAAAT AAAGAAGAATTAACCTAAATTTCCACCCACCGAATTAGTTAAAATTAATTTATGCATAAT GTATGTGTAATCGTGTATAATCAACTTATATTTTATGTATACCAGCCATAAAAATCAAAT AATGAATTTAATCGACTATTTGTACCATAATAATGTGAACGTCTTTGAGCTCCAAGCAAA TAAAGAAGAATTAACCTAAATTTCTGAGTTAGTTAAAATTAATTTATACACAACGTATGT GTAATCGTGTATAATCAACTTATATTATATATATACCGGTCATAAAAAGCAAATAATGAA TTTAATAGACTATTTGTACCATAATAATGTGAACATCTTTGAGCTCCTAGCAAATAAAGA AGAATTAAACTAAATTTCCACCCATCGAATTAGTTAAAATAATTTATGCACATGTATGTG TAATCGTGTATAATCAACTTATATTATATGTATCCCGGTCATAAAAAGCAAATAATGAAT TTAATCGAATATTCGTATAAATCTCCCAACGAAATCCAAGCTCATGGGCCTATTTTCTTT TCAGCCCAGCCCATATTTCCACTGCTTTGCTAACTTCCCCAAATATTGGCGCGAAAAATC ATAATCAGCAAAATTAGGCGTCAAATTCCATTCCCGGCATCACTTTTCCGGTAGTTCAAA TCCAATTCCTCCGGCATTGTATCCACCGGAATCGGTACTAATGCCGACACGAAGAGCTTC AAAGCGAAGACGTACTGTGCAGAAAGAAGAAGCAGAAGATATCAAAGTTCAACAAGTGGA AGATGAAAAAGAAGCAGAGGTGAATGGAAGTTCAAAAGAGAAGTCACCAGTAGTGGTATT TGCTCATGGTGCTGGTGCTCCTTCCACCTCCGATTGGATGATCAGGTCATCTCTCTTATA TGCAGTTTCGCTTTTAGTTACATGCATTAATATTTGAGTGTTATATGGATTCTGATTTCA TGATATGTGATACACTTTATATACATAGCTAAGCAGAGACAAATCTAAAATTTTGAATTT TGTAGGTTCCTACAACTATATCAGATTAAAATTATAATGATAACTGAGTTCATAGTCCAA TATTGGGTTCACATGAATCTGTAAACAGGCACTCTGAATCCACCACTGTAGCTAAGTTCC GCCCATCCGAGTTAAACGTATCAGGTTCGAATTTTAGGTGAAGGAGGAGGGTTGCGGTAG ACTGATATCGAGCTGGAAAAAAGTTTTTAACTGTGGATATAGACATAGAGTGGATTTCTA TAACTGATCAGCCAATTTGGGATTTAAGGTGTGTTAGGTGTAACGGAAATTGATTACTTC AAAAGGAAAACAAATATTATGGAAGAGAAAAATGAATTTTCACTTATGGAGGGATGACAA TTTCTGCCTTACAATTTTTCTGGCTTTTACTCCATATCATTTGCTTCAATCAACTAATTG ACATAGTTGTTATTTAGTACACGAAATAACCAAACTACACTACTCGTTAACCGTTATATG ATTTTGTATAGTATTTTCTCCCATGCATGCCAGACACTTCAAGAAAGCATGTTAGTTACT TGTAAATGGCCTTTCCATAATTAGAATTTTGCTACATGCTTTCTAAGTAGCATAAACCTT CTGTGCTAACTTATGACTGCTTTATGAAGATGGAAGGATATGTTGACCAAGGAACTGAAT GCTGCTGAAGTTGTGACCTTTGACTACCCATGTAAGATTTATGGGTCACTTTAACCACAC ATTATATATCAAATATTTTCTTGCTGAAATTCTATGGATTATTGCAGACATGTCTGGTGG AAAGAGGAGGGCTCCCCCCAAAGCAGACAAATTGGTTGATTTTCACTCTAATGTTGTCAA AGAGGTGGCTGCTAAATACCCTGGGCATCCGCTGATCTTGGCAGGGAAGTCAATGGGTTC AAGGTGATCGTCATTACATGCATTCAAAACACCATGTATAACCATCAATTTTTCAATATT TCTCAGTAAAGTAGCAACTACAAGTGTTAATTTATTCCTATAACCATAGTTTTTCCATTT CTGAACTTTCTCCTGTTTATTTGAAATCAGTTTATGTCATCCAGACAACTTACTTCTAAC CTTTGTCAATAATAAAAAGGGCAAGTCATGTTGAGTTTCTAGCTCAATTATGTATCAGGG TTGTAGTCAGAAAGGATGTCTATTGGAATTACATAAGTCCAATAAGTAGTTAAAGTTGTT AGTTAGTTAGTTAGGAGTCATGGAAGTGGTTAGGCAACTTGTAGTTGGTTATAACTAACT TCCACTCCAAAAGTGTGAACAATTAGAGTGACATGATCCCTATAAAAGGGAATCATTATT GTATACAGCAATAATAATACAATCTGTTTTCTTCTCCTTCCTTCTTCTTCTTCTTCACAT TTCTTTACTGCCATTTCTTAAGAGTTGCAGAAATCTGCAACAATGGAGTATTAACTCCAT GATCATATAAAATTCATCATGGTATCAGAGCAGGCGTGACTAGGACTAGTTCGATTTTGA ATTTTCTTTTCGCGAAGTAGTTTTTTTGAAGATCAGATTATAGCCATGGCAGAGCTTACT GTAGCAACTCTTGGACACAATCATCCACTCCATCTGCAGCCTTCAGACATGCCTGGTGTT GCATTGATCACAACAAAGCTTACAGGACCTGAGAATTATGGTCTTTGGAGCAGGTCGATG AGATTAGCACTGTTGGTGAAGAATAAGATAGGCTTCATAGATGGAACTTGTTTGAAGAGT ATGTTTAAGGATGAATTAGCAGTTCAATGGGAAAGGTGCAATGCAGTGGTTCTTTCATGG ATTTGTAGCACAGTAGCAAACAATTTGTTAACAACAATAGTATATGCATCAAATGCAAAA CGAGTTTGGGAAGATTTCAAGGAGAGGTTTGATAAATCTAATCTCACTAGGATCTATCAA CTCTGGACAGAAGTAGCCACATTAAAGCAAGGTACAGATTCTGTAACAGAATATTATTCA AAATTGAGGGATCTATGGGATGAATATGATGTGTTGGTGCCTTCACCATCATGTAAATGT GATGATGCTAAGCCTTACATTGAGCATTTGCATCAACAAAGATTGATGATGTTCTTGATG GGGTTAAATGAGACTTTCAGTCATGTGAGAAGTGATTTGTTGCTCAAAAGTGAGGTACCT ACCATTAACCAAGCTTATGCAACTGTAATTCAAGAGGAAAGCCAAAGAGTATTAGGTGTA ATGGATTCAAATAAAGAGCCACTTACTATGATGGCAGGAAGAGGACAAGGACAAGGATTC AAAGGGAAGAAGGTATCACCAGGCAATAACAATATTGGATGTGAGATCTGTGGATTCAAA AATCATGTAACTGAAAAATGCTATAGGCTGGTAGGATATCCTTCTGACTTCAAGAGTAAG AGGAAGCAATCAGATTCTAGTGGATCATACCAGAACAACAATGAAGGTTCTAGATCACAT GGATCTTACAGCAATAATACTTACAACAATACTGGAAATTTTAAGCCATATGCTAACAAT GCTTCAATAGATAAACAGAGGGAGGAATCTGAGTTTACAAAGAAAGAATACAATCAAATG AAGAGCCTGTTACATAACAAAGAACCAAGTGACTGCAAGGCTAACTTGACAGGTAATGTT TCTTTACAGACAAAATCATCTGCATATGACTGGATAATTGATTCAGGAGCTACTCATCAT GTTGCTTCATATGAAGAGCTCATGTATGAATTGAAAAACACAAAGAATGAACACTCAAGT ACAGTTCAGTTACCAACAGGAAGCAGAGCTCAAGTGAAACATACAGGCAATTCAGTAATT TTTGGAAATCAAACAGTGAAGGATGTACTTCATGTACCTGATTTTAAGTTCAATTTACTA TCTGTGGCAAAACTCACCAAGGAATTATCTTGTAGTGTGAGTTTCTTTCCTCACTTTTGT ATACTGCAGGAACTCTACAGTGGCAAGGTGATTGGGATTGGTAAAGAGGTTGATGGTTTA TACCTACTACAAAGTAGTATTAGAGCAAGAGTTAATTCAGCTTCAACATCAGTAAAGGGT GCAAGTTTGGCTGACTTGTGGCACTTCAGACTTGGACATCCTCCTATCAAGGTTATGGAA CAGATACTTTCTCTTAAGAAGTATTTCAACATCTCCACATACAGTTGCTGTCAGATATGT CCAATGGCAAAACAAAGTAGATTGAGTTTTCCTACAAGTAATTCTAAGTCTACTCATATT TTTCAACTTCTTCATGTTGATCTCTGGGGACCTTACAAAGTTCTTACCCACGATAATAAG CAGTATTTTGTGACAATTGTTGATGATTTCAGTAGATTTACTTGGCTTTGTCTAGTTCAA CACAAATCAGATGTGCACATTATATTGAAAGACTTTATGTTGATGGTTAATACACAATTT GGTGTTAAAGTTCAAGTTGTGAGAACTGATAATGGGACTGAGTTTTTTAACTCTAAATGC AGTGTTTTGTTTTCTTCTCTTGGAATAGTTCATCAAAGCTCATGTGCTTATACACCTCAA CAAAATAGTGTTGTTGAAAGAAAGCATAGACACATATTAAATGTAGCTAGAGCACTGAAG TTTCACAGTGAAATTCCTATCAGATTTTGGGGAAATTGTGTTAAAACTGCAGCTTATCTA ATAAATAGAATGCCTACAACTATATTACAAGGGAAGTCACCATATGAACTTCTTTATAAA CAAGCACCTAATCTGGAACATTTGAGGGTGTTTGGATGTTTGTGTTTTGTATCAGTTTTG CCAAAAAAAGATAAATTTGCTCCAAGAGCAACAAGATCAGTCTTCATTGGTTACTCAGAG ACACAAAAAGGATATAAAGTCATGGATTTGGAGACTCATGTCATCTCAGTGAGCAGGGAG GTTATATTCATAGAAGATTCATTTCCTTTCAAAAATTCTAGCACAGAAGAAGTATCATCA TCCATAGATCATATTGTTCCCATACAAATGGATATGTTTGATCATGCAGATGATAATATA CCTTCAAATTCTGTAGACTATTGAAGATCATGTTGAGGAGATCAATCCAATACAATCAGA AGTTGATACTTCTTTAGAGAATAATCTGTTGGAGCCACAACACAGTGATATCACAGGTGA TGGTGATCTTGCACCTGCTAGAAGGACTGCTAGACACTCTAGGCCTCCTCTTTGGCATAA AGATTACTTAGTTTCAACTAAGTCCAATGTGACTTGTTCATATCCTATTGCTAATAATTT GTCCTATGAACTCTTGACACCATCTTATCAAAGTTTTATCAGGGGATTCTCAGTTATAGT GGAACCCACCAACTTCAAGGAAGCCTCCAAACACCAACAATGGGTGGATGCAATGCAGTC TGAAGTAGCTGCTCTAGAGCAAAACAATACCTGGGTAATAGTAGATTTGCCATCTGGTAA ACATCCTATTGGTTCCAAATGGGTTTATAAAGTTAAACTTAAGGCCAATGGTGAGGTGGA AAGGTACAAGGCAAGGTTGGTTGCTAAAGGATATAATCAACAAGAAGGCTGGACTATCAT GAAACATTTTCCCCAGTAGCTAAGATGGTCACAGTGAGAACTGTGATTAGTGTTGCAGCA TCCCATGGTTGGCCTCTTTTTCAAATGGATGTTCATAATGCCTTCCTTCAAGGTGATCTC ATTGAAGAAGTATACATGGATTTGCCTCAGGGATTTCAGAGGCAGGGGGAGAACAAAGTT TGTAAGCTGTTGAAGTCTTTATATGGCTTGAAGCAAGCCTCTAGGCAATGGAACCTTAAG CTAACTGAGGCTCTAGTTACTGCTGGTTATTCTCAAAGTTCTCATGACCATTCTCTTTTC ACAAAGAGAGTTGGAGGTGATATTGCAGCAGTGTTGATCTATGTGGATGATCTTCTTATA ACTGGAAATAGCAGTGCTTTGATTGAGGATCTAAAGACTGCATTAGATAGTAACTTCAAA ATGAAAGATCTTGGTGATCTAAAGTATTTTCTTGGTATTGAAGTACTAAGATCAAAAAAT GGTATTGTGCTTAGTCAAAGAAAGTATGCACTGGAGTTGATTTCTGACTGTGGTCTTGGA GGTTCAAAACCAGCAAGCACACCTTTAGAATCAGGTGTCAAATTAACTACTGTGGAATAT GATGAAGCCACTGCAAAGACAGATGATCCTTTATATGAAAATGTTACTGCATATCAGAGA CTGATTGGTAGGCTGTTATACTTGACAACTACTAGGCCTGATATATGTTTTGCAGTACAA GTTTTATCACAGTTCATGCAAAAACCTAAGGTGTCTCACTGGGAAGCTGCATTGAGGTTG GTTAGATATATTAAAGGATGTCCAGGACAAGGAATACTACTTAGCAGTGAAAACAACAAT GAAATGGAGGCATTCTGTGACTCAGACTGGCATCATGTCCAAACACAAGAAGGTCAGTAA CAGGGTATGTGATCAAGCTAGGGAATTCACTCATTTCTTGGAAATCCAAGAAGCAACATA CAGTTAGCAGAAGCTCAGCAAAAGCTGAGTATAGAAGCATGACAGCTGCAGTATCAGAAA TATCTTGGTTACTTGGAGTACTAAAAGAACTTAATGTAAATGTGATAGTTCCTGTAAAAT TGCACTGTGATAGTAATGCTGCAATTCAAATTGGAGCTAATCCTATTTTTCATGAAAGAA CCAAGCACATTGAGATTGATTGTCATTTTGTAAGGGAAAAAATCAAAAATGGTATGATAC AAACGGAATATATCAACACAAAGGAACAGTTAGCAGATCTCCTAACTAAAGGACTTGGAG TTGCTCAACATCTTGGACTAATAAACAAGCTTGGAGTCTTCAATGTCTATAGAGATTCCA GCTTGAGGGGGAGTATTGGAATTACATAAGTCCAATAAGTAGTTAAAGTTGTTAGTTAGT TAGTTAGGAGTCATGGAAGTGGTTAGGCAACTTGTAGTTGGTTATAACTAACTTCCACTC CAAAAGTGTGAACAATTAGAGTGACATGATCCCTATAAAAGGGAATCATTATTGTATACA GCAATAATAATACAATCTGTTTTCTTCTCCTTCCTTCTTCTTCTTCTTCACATTTCCTTA CTGCCATTTCTTAAGAGTTGCAGAAATCTGCAACAATGGAGTATTAACTCCATGATCATA TAAAATTCATCAATGTCCGTGTCCTTTTTAGACCTCTTCTGACATGTATTTCAGTATGTG TTCAGAAAGTAACTTTTGTGTAGATAACCTATCTTCTATAACGAGTTACAGCTCAAATTT GGTTTGCTGGATGTTCTACTACTTTCCAATTTCAGTGCTTGAATTTTTCTTTTAGATACT ATGCAGCAAGGTTCTATACACACACACACACACACATATATATAATATAATATTCCACAT ACCCATGCTTATTTGTGTGCATTGCCTGAATTAGTATTTTATTGCCTTCGTGCACTAGAG AATTGATGAAGTGTAAGGTAATTACATTTAATTCCATATTCATACCTGCAACAAATGTCC TCTTTTTTTTGTAGGGTTAGCTGCATGGTAGCTGTTAATGGCATTGGTGCTTCAGCTATC GTTTGCTTGGGCTACCCATTAAAGGTTATTTATCATCCTGATAATACTCCTGTTGTTCTT TCACATCTTTATTACAATTCTAATTCCTATTGCATAATTTTGATGCATGTAAAATGTAAA CCTTTGTTTTATTTACTTTTCATTTTCCCTTTTCCGCCAAAGCTGGATGAGTTAATGATG ATTCTTTTTTTGATAATGGTAACTTAATGAGTTAATGATCATTGATTTGGAAAATTCATG TCTAATCTTTTTAAAGCTTAGCCGAGATTCTACCTCCAACATGTATTTTGCTGTGCTCAT GTATGCACAATTGGTTGCAGTCAAGAATTAATTTGCTTTTGATGTTTATATACATGTTCC TTGCATGATGTGCTACATTCAGTCTTATTCCAAAATCAAGTGCTTTGTTTCTGTCCATCT TGAGTGGTCTAAATTGATTATTAAGATTAGACTGCTCGTCATAAAAACTAAGTGCAGGTA CACCTGAACAACTAAATCAAGAACCAAGGCAATAACATTATTTTTTGAGTTTGATGTTCA TGATCATGATGTTCATTACTTAGATGGTTATAAAGGGGGATCTGTTTAGGCATGTAGGTA TGTACTGCAGTGAATATATTTACAGCATATATGGCATGCGAAGTTTACCATTATTATAGT TGTTTTTGCCATTTTTAGTTATCTTTTACTGAATATATACACAGTCATTTTTAAATAAAA TCTCTTTTATAAGTCTGGTCGCAAATCTTTCAGGGTGCAAATGGTGCAGCACGAGATGAG TTGCTGTTACAAATTGATGTACCTGTTATGTTTGTTCAGGTAAAAGCACTTTGTCGTAGA TGTTTCACATGGACAAAACGGCCCATCTTATTGAGGCTTATTTGTTAGACGGGCATTATC TTTTATTAATAGGCACAAGAATGGACACACATTTGCTAAATCTGAATTGCTTACAGATGG GCTATATGCTTACTTGTATATGTGGGGCTGAGATATACATTTGAATCGACATATATGCAT ACATAAATACGATTCATTATGATTTCTTTTGACTGCTTTTGTGCACTCATTGCTAATTTG CTAGGTATAGCTAACTTTGTTATATTGTTCACAGCTCAATCAGTCGTGTTTTCTCAGCCA TTACTATAATATCATAAATTCTGTTGCTTGGGAGTTGGAATGGGGGTGATGGTGCTAAGT GTAAACTTATTCATGCTCAAGATTTTGTATAAATGTTATGGCTTAATTTCATGTAGGGTA GCAAAGATGGGCTTTGTCCACTCAAGAAGCTGGAAGCTGTAAGAAAGAAAATGAAGTGTG TTAATGAATTATATGTGATAGATGGTGGTGATCACTCCTTCAAAATTGGCAAAAAGCACT TGCAGTTGACTGAGTCCACCCAAGAGGAAGCTGAAAAGCTTGCTGTTCATGCTATTGCAA GTTTTGTTTCTAATCATGCGAAAGAGGGGTGAAGTTTCTAATGGTAAGAAACAGTTGATA GTTTAAAATATTTTGTCCAGTTTGCGCAAAGATGGTTCATGAATACTTCCTTGTAGTGTA TAGTTTTTTTTCCTTTTTTTTTTTTGGGGGGGGGGAGGGGGTGGGGGGGGAGTTTCCTAT GACATTGTTGTAGCATATGTACAAATGTTGCTCCCTGTGAAGTATTACTAGTAATTAGTA TCTGAAGCTTTAGCCTCTATTTCTTTTGTCCACCTCTAGAGTATCCTGTTTGTCTATTTT TCTATGATTTCATTACTTCAATGCTCATTTTCATCAGTGGTCCAAGCTTCTGTATGACAA ATGTGGTATATACTCACTTAAAGAAATAGCAGGTTCCTGTAAATAGTTTCTGAAAATTTG TTTGTGGTTTTGGTTATAGCCAAGATGTATGGCCATTATATGCACAACCCCCTTCACTAG GGTTTCTATGTTTTCTATAAGCTTTGGAAAGAAAATAGGTGGTCATTGGCCATTATATCT GCAACCCTGTTCATAAGGTATTTTTCACCACCCATTTGTTTTTTGTTTGATTTAGGTAAT GCTAATAAGTATGTGATTATCTGGTTATATTGGTTTATTAATGAAAAAAATCTTCTTTCT TCAGATGACTAAAATTCAACATTGAGCTTTTTCATTGCATAATCAATATGATAAACACTT ACTGACATGACACATCATTCCACCATTTACGTATAAGAAATAAAGATGAAATATGCCTTA TTCAAGTTGCTTCCATCCTTGCACTCCTTGTAGCTGATCTTTTGCAGGACTCCTCTTTTA GTTCTTCACACCAAAAACAAGAATTTTAGGTTGTAGTAAAGAAAAGTTTTGATGTGCTCT GGTTAAGGGCTCAAATGTAGGAGAACATTTATTTATGTATTTCACGACATGTTACTTGAG AAAAAACTTAGTAGTTGTGATCATAATTGCAAGTGAAGTGTCCTACTAAGCTTACATGAA GATAAAGGACTATTAACACAGTTGTCTTCTGAATGATTAGTAAAAGGTTGCAGATCATAC CTTCTTCCTTCCACACTTTTCATTATCGCTGTCATCACTGCTGCTGCTGCTGTCACTGAA CTTGTATTTTTCTTGTTTGTTCCTCCTCATAGGCATGCAGTGGCCTTCCGTCTTTTTCTT TCCATTAGTTGTAGTATGAGTTGCAGAATGTTGGGTATGGTTAGCATGAGTGCCATGAGT TGCACAGGACGCATGGCAGACAGGCTGACCTCCTTTCTGGATGGGTGCTTTCGTATGATG TTCACGGTGAAATATTTTGTGTGACATTTCTCTCATTTTTTCAGCGAAAGAGTGGTTCTC ATTGTTTGTCTTTTGGACTGTTGGAGTGCTATTTTTGTTGTACACAGTTTTTTGGCTAGT CGGAGTGCTGGTCTTGTTGCAAACAGCCATTTGACTCATCGAAGTATTGGTCTTGTTGCC AACTGGCTTTTGGCTAGTTGGAGTGCTAATCTTGTTGCTCACGGTGGAGGAATGAACATG ATTAATGTTTTGCTCAGTGGGCTTGTTACATTGAACTGATGCCATGAGTGATCAAACTGA AACTAGAGATATTGTCTTCTGGACTGTTGCCTTCTTTTTGCTTGATATTCACAGAATGAT TGAATATATATATATATATATATATATATACACACACACATGTACGCAATAGCAACATGA ATTAGTGGTTGGATTCTTTTCTTATTTTTCATCAATTGTTCTGTCATCTTTGAATCTCCT TTTCTGCCAAAGGCTAAACTTTGAAGAGCATCTATTCTATTCCAGGCCAATTTATTTTTC TTATGTTTATATTCCAAATCCTTCTTTGAATATTAAACGTGTCCATTATCAAAATACAAA AATATTCCAAAGCCTTCAGCTGAGCTTTTGACCGCATCCACCACACATATTGTGCTTCAA GAAGAAGAGGTAATGTAGCCCATGAACTGACCTTTTGGCTTTTACAAAAATTTCAGTAAG AATGAGACTTGTTGCCATCCTGAGATTCCTCTATCTTTTCTTCCTCCTGTTTCATTTGAA AAAGTACAAGTAGAAATTGTAGTGTTCAGACTTAAGATTTGCATATAAAATAGACCCAAA AAAGAAAAGGAAATGCTGGATTATTTGCTATTTAAATATTGAAAATTTGATGCTCCAATA ATTTAATTATTTCCTTTAGAAAGATCGAAGTGTAAATTTGAGAGAAGAAGTGCTGAAACT TATTTTCATCTTGACTAATAGATGAAGGCGAATCAAGATACTATTTCAACAGAAAGCATG GAAAAATTATTAATCACTAATCTCTTTTGTAAATAGTGAATATTTTCTGGTGTTCTAAAT TGAAGGTTACTAGCTGAGAGTTGTGGAGGGTTGTCGACATCTTTTAGGTTTGAACTATGG CTAGAAATGATCACTTACACAAGAAGGTTCAATTAGCACACATTGAGGATAAAATGAGAG GAGGTCACTTGAGATGGTTTGATCATGTCCACTGTTATGTGCTGGTGTGAAACCATGGGA TGAAGCTTGAAGGTCTTAAAGACGGACGAGGTAGCCTTAAAATCACATAAAATGAAGTTG TCTCAAGGACCTTCAGTATTTGGGATTCATGTAGACTTAGTAAAAGATGGGCAATATAGG TGTTATAGTTTAGTTGAGAATATGTTTTACATGTTTGCACGTCTGTTCTAGGTCATATGC TTGCTAGGAGTGGTTTAACCTTTCAGAGATCCATACCTTTAATTTAAAAAGCACACACAA CTTGTAATACTTTTTATTTGTATTTGCATAGTATTGGCATGAAATGATTTAAATGAAGTT AAGTGGTAAGTGAGGATTTATATAGCTGACTCTAACTTTCTTGGAATTGAGGCGTAGTAG CAGTTGTCATTGTTATACCCCTAGGCTCCAGTAAAGGTTTTATGTGTAATTTACTAGATT CTTATTCTCTCTGTCTCTGCTCTCCATCTCTTTCAGTTTGGGCTTTATGAACATCAGCAT TCCTAATTTTTTGGTTAAATATGCATAGTCAACTAGGCCCTAATCTATCGTCCAGAGCGT GTTAGTTTCAATACACTCTCTCTTCATTGGTTTAGGCTGGACGAGACCGAGGTAAATTAA GAAGTTATTGAACTTCATGGGCTCTTCCAAAATATGAGTTTAGAACTTAATATTTATACT GCTTTTCAAGTGTTTTTCACAAATACACATGCTTATATGGTTTCAGTCAAGAACGGTGGG TTCAATTGAACCCATTCTTAAAGCTATCTGTCTCTCTTGTGTATCTCATTGCATTTTTCT TTTGGTCGTAATGATCATCTGGTAACTGCTTTTATTCCTCTAAAAATGCAATAGGATCAA AGCCTTCAAATATCTGATAGAATATACTCTTTCTTTTACTTATACGTTCATGAGTAGTCT GAACAGTTTAAGCAAAGACAACAATAACAACATACCCAGTGTAATCCCACAAAGTGGGGT TTGGGGACGGTAGAGAGTGTGCGGACCTTACTCCTACTGCTGTTTCCCATAGACCTTCGG CAAAGCAAAACAGCCTGAACAGTTTAAGCCTTTCTTTTATTTTCATTTTGCATTTAACTT ATTTCTTATTGGTTTTTGGAGTTCCCAGGATGTTTTGAGCATTCTTCTTAGTTATTATCT CATTTGAATGGTAGAAAGAAGACAAACTTGCTTAGTTACTAAAAACTCCTTCAAAAATTA TATTCGTCAGCTTTGATATCCTGACGTGCTATTACTGGAAAATTGTATCCAAATATTGGA GAAAATGCTCATTCCATTAGAATTGACTCTTTCTTTCCTCTATCCTTGCTCTCTTATTAT CGGTTCATACTGATTCCATGATATTATGTGCAAATATGTCTTTGCTCATTGTTTGTTCAT TGCATTTTCCACCATGAGGCAATATCGATTACTTTACCCCCACACCCCCCAAAAAGAAAA AAAAAGAGAAAAACTGATCTCACAAGTTTATTTCATTACTTGAAAGGCCATAGGTAATAG GTACAGTAGAAGTATTTGCATTTATTCATTCAGTACACCTGACTCTTTCAGAGACACACA CATAGCACCCCTTAATTAAAGTACATAATTTTTTAGCAACAGAAATTTATTAGTGGTATA GCTTCTGTCTCTTACTCACTTGATTGTTTGCAGCTTAGTTGTTCAGCAGCTCCCCTTCTG CAAAAGCAAAATTACAATTTAGGCTTCAAGGTAAATTGGGTACGTAGTAAAGTTGCTATC TTTATGAAACTGAGCATTGTGAAGGGTTACACCAACTAATTCAAGATCTGTTCCCTTTCA CAGTTTGTGGATGTCCAGGTTTTAGATCCAATTTGTGAAATACTTACTCTGTTTCATTTT GTTTGTCTTATTTTACTTTTTAATCTGTTTAAAAGAGAATGTCTCTATAATTCTAAATTT TTCACGTAACATATTTAAGACCACAAGATTAAGGACATTTTGGTACATTCAACATTTATT TAGCTTAAGACCTCAAGATAAAAAAAGTCATTATTTTCTTAAACTCTATGTCAAGTCAAA ACCAGTCAAACAAATTAATACGGAGGGTGCATTTAACATTGAAATCTGTTTTTTTCTTCT CTATTGTCAATGCCCATCAGATTATACAGAAGCAATAATAGACAATAGGTTATATTTAGA TGATACCTTCTTCCTTCCACAATTCTCATTGTCGCTCTCATCATCGCTGCTGCTGCTGCT GTCGCTGCTGTCACTGCCATCTCTGCAGTGTCCATCTTTGTTCTTCTTTTTCCCGATGGT CTTCAGCTGACTACCTATCTTATGCATGATGCCCCCTTCCTTCTTTGAGCCATGGCACAC AGTCTGCTGGTTGTGGCTACCATGACTTCCATGCACAGCAGTGGAGCCATGACTTGCAGT GTGCTGTCCGTGGTTAGCATAACCTCCATGCATAGCAGTGGAGCCATGGCCTGTTGAATG TTGAGTTTTGGTGCCATGGCATGCAGTTATCTGGCCCTTAGCATGATTTCCATGAGTAGC GGTGGAGCCATGGCATGTTGAATGTTGAGTTTTGGTGCCATGGCATGCAGTGTTGTGGCC CTTGGCATGATTTCCATGCCCAACAGTGGAGCCATGGCCTGCTGAATGTTGAGTTTTAGC ATCATGGCATGCAGTGTTGTGTCCCTTAGCATGATTTCCATGCATAGCAGTGGAGCCATG GCATGCTGAATGTTGAGTTTTTGCACCATGGCATGCAGTCTGCTGGCAGTGGCTACCATG ATTTCCGTGAATAGCAGTGGAGCCATGGCCTGCTGAATGTTGAGTTTTGGCTCCATGGCA GGCAGATTGCTGACCATGGTTGTCGTGGTGCAACATCTTGGTTGTCATCTGTTTCATTTT GTCAGCCAAGTGGTGCTCATTCGCCTTGTGGCAAGTGACAGTGTTGGTGGTTTTTTGGCA GACAGTTGGTTGTGCAACTGGCTTTTGGCACTGAAGTGACGCCATTGATATTCTTCAGAA ACTGACTCTTGGTATTTGAGTTCTAGTTTCTTATGGCTCTCTTACTTGATATAGCCATTC ATATGACATCTATTTATACTAGTTTTGGCAGTGAAAATTCTTCTCTTTTAACACCTCACA TCACTAGCTCTTATCATTTTTGAATCTTTTTTTTGTCAGGTAAAGCTATTTCAGTGAGTC TTTATTCTATTCCTTGTCATAATTGAGTTATCTGTTTATTGTTCTATTTTCTGAACTTGG ACTAACATATTTGGAACTATAGTAGCTGGAAGAAAACTCTAGAAATAAACACGTGGCCAG TGATTTGATAATTTCAACTACGCCTCAATCACAAACTGAATGATAATTTATGGCTTTTGT TAAATTTTTTCGGAATCAGACTTTTTGTTGCTGAAACTTAGAAATGTTTAGATTTACAAA TATGTATTGTACGTACTAATCGTAAATGCACAAACTTGTTACGAGAAAGCTTGGTAGTAT TTTTTTTTCTTTCTCTAGTAGCTAGAGTATATTTGAATATTATATAGGTAGGAAATATAT GCTACTTGCAAAATTTGAAATACTTCTCAACTTTATTCTATATGCGTTTCCATTATTTGT TGTCTAATTCCTATATTCTTTTCTCTTTTTTACATAATAATAAATAAATAAGAGGGCAAT GAATGGCTACTTGCATATACATTTTGGTGATTATATACTTAAGTTTTTGGCTTTTAATTT GACGGTGAAGGTTTTTATATGAGGCAAGTGAGGATAAAAGTTTAATACCGTCAATTTTCA AAGTCATTTAGTGTAATTTGGACATGTTGGGCTAAAGCAAGAGTTGTCACATAAGCCCAC TGCAATGGATGATCCAGTATGAAAGAATGATAATACTATTTTTATTCATGTGTACTGGAA TAGTCACATTTTTTTTTCATAAAAAAAATTATTTTCTTCTTATCTCTCTCTTATAATACA ACACAAAATTGACATCACTTTGTTCATCTCATTGAAATGTAAAAGAAAATGGGTAGATAA TAATATGAAGTATATCTATATGTATACACTGTTAATTTGAAATTGTACGTTTCTAATATG TATACATCATTAAATTATATTTGTACAATTCTGATATGTGTACATCATTAAATTATATTG TATAATTCTGATATGTATACATATTCAAGTTGTATTTGATGTATACATATTTAAGCTGTA TTTGATGTATACATATTTGATTGCTTTCATATTTGGCCCGATCAGGCTTCATACGTTGTA TTTGATAAATACATAGTTAAGTTGTATTTGTATAGTTCTATTATATATACATAATTACTT TATATTTTGTACATTTATGAAATGTATACACTTCTGATATGTATACGCCACTAAATTGTA ATTTATGTAGTTTAGGTATGTATAAACTCATGTGTGTATACACCATTAAATTTTATTCTG AATGTATACACTTTTGATATATATATATATATATATATATATATATATATATTATATCCT ATCAAAATCAAACTGCTAATACGTATTCATATGAATGTCTCAAATAATTCATTAAAATGG GGTACACAGTTTCTTCCCCTCTCTTCTTCGTGGTATTTCAATTTTTATTTGAAGTTTGAA ATATGTCGAGAAAAAGGAATATAAGAAATAAGAGAGATTAGGAAGAAGCAAAGAAAAACT ATATCGTAAGAAAGAATTTTTAAAAAATAAAGAAGAGAGAGCATTTTTTTAAAACATTTG ACAAATAATAAGATGAAAGAAAATAGAAACAAATTTTTATTTACAAAATATATATGATGA ATTAAATATACTAAAAAAAAATTAGCATATCATCATACACAGGTTGAATGTACCTGTTAT GCATAAGCTTAATTGCTTAAGACAAAAATTAAAGACCAATACATTTGAATGTCTGACCCG CAAATAAATGAAACACGTTAGGTTCATAAAGTACAGTAATTCAATTTAAATTGACTTTTC AATTCAATTTTTCATACATACTTCTCTTTAAAAAAAAAATTCCACTTCGAAAAGTTGAAC CTGAAAACTCTATGATTATAAGTAATAATATACTGAGATGGATAGATCAACCTTTAAATA AATATTCAATTTTAGCTCTTACTTTTCTTTTTCTCATTGGAATGGTCTTTCCAAATTCCA GTTGACTACTAAAGTTACTATTATGTACAATGTTTACAGTTCTCATAATTTAATTATTCT TATAATTATTATATTTTTATAAACTATATTAAAGAGTAAGAATAATTCAACTTGACAACA GTCAGTCAAAAGGCCATTGAAATCTAAACTCATAACAATATAGTCAAACTTTAGTCTCAG AGGCCATTTGTGGGAGACATTGCATTATATAAGTTGGGGAAAAGAAATATTTTGACTCAC TAGACAAAATGGGCTGCAAAACTAGTAGTATACTTAGTTCGTCTTAAATTATCTGTCATG TTTCTCTGTTACACGTTTTTTTAAAAATATAAAATAAAAGTTGAAAAAGAAAAGATTGAC TCACCATAAGAAATGGGCTACAAAACTATTAATATACTTCCTTCATCTTAAATCGTCTGT CGTGTTTCTCTGTTACACGTTTTTTAAAAAATATAAAATAAAAGTTGAAAAAGAAAAGAT TGTCTCACTGTAAGAAATGGGCTGCAAAACTATTAATATACATCCATCGTCTTAAATCGT CTGTCGTGTTTCTCTGTTACACGTTTCTTAAAAAATATAAAATTCAAAGATTTTTAAAAC TATTTTACCATTATCGTATTTTTAATACATTGTCTCCAGCATTGTAAATATATTTCCTAT TCAAAAGATAAAAGAACACTCCTCCCAAAGTTACTGAGTCATTTTGTTGAGAATCTTTGA TATAGTTCTCTCATGTGCCCTAGTATACTCTAGTTGTTCATGTGTGTAGGTTTGGGGAAA ATTGATTCACAAGGAGGAGCATTTCAAAGTATAGGGCCAAGGATATTACGTTTTAACTTT GTCTCACGAAATCTACACAAGTGGTGTTAGAGAGTCATGTGATGGCTTACTATTCAACAC GGTTCGGATAATACTTTTAGTGAACATATAAGCCTTATTAACAAACTTTTTTATGTCTTA ATAAAATATATTTTTCTTCATTTGTTTGCTCGATCGATATATATGTTTATATCATCATAA TTAAGATTTTATAATTTCAAGAGCAATTACGATTAGAAATAAAACGAAAATAATTGATTG TATCTTGAACTATTAAAATTACAATTACAATATTTGAAACTTGAAAGAGGAAAACAATAG TATAACACTTAAAATCCTAGGAATTTTCTTAATTGCAACATCTAGAAGATCTTGGTTCAT GATTTTTGAATTTTCAACCCTTTTTTATCTGGCCATTATTAATTAAAAATAGAAAAGAAA AAAAATAATAAATAGAAAAAAATTAAGTCATAAAAGCATAATTTGTCCAATCCATTTAAG TTTCGCGAATATCATTGTCCTTCCATTATTCAGCTTGACATATGTTAATGACTCGTTCGA TTCAATATACCTAAAATCTAATTTGATATATAACTTAAGTTATTCCCTGTGAAAGTCAAA TTAGTTACTATTCATAAAACTTATGTTAAACTTAAATTAGTCAAATTCTAAATAATATAT CAAATATCATAACAAACTAAAAATAAATAAAAATTGCATTAAAGTAGAAAAGTGCATTGG AAGACCTAGAAGGTCTAATAATAATAATAATAAGATAATAATATTTGGATTTATTGAGTA ATTATGTGACACTCATCTTCATGACTTAAATTCTACCCAATAGAAAAAAAGAACGCGCAA TTGAAATGTTTGAATATATTTATTCTTTTTGTCTTTTTCTTTGTCCCCAAAACACATAAT TCCTCTAAATATTTTTGTGCTCTTGGTTTCACACCTACAACAACAAAAATATAACGTCGC AATATATTCAGTGTAATTTCATATGTAAATTTTATTTAAAATAATTTATATATAAACATA AAAAGACGTATTGGATGACATGTTATACAATTTAATCATTTTAGATTTGAAATCTCATTT TAAAAAAATAAAACAGTACTTATCACTTTACATAATCAATTAAGTTTTTATCTCAACCTC TGACTTTATAATAAAGACAAGTTTTTTCTTATCAAAAACTTAATAATTAACGTCAAAATA TATGGCCAAATCATCAAATGGGCCCCACTTTTGTAAGTTTGAATTGGTCATACATTGGAC TTTTACTAATTTCTAGATTAACAGCGTTAAGCCAAACAATGCATCATCATGTACATGTGA TGTGAGAAAGAGAAATATAAATTCCAGTCAAATTCCAAATACATAATTAATTAGTTGATT AATTAATTAGTAAACTCAATTAATTTCCTAATCACTATTTCATGTAGTATTATTAGAGAT TCAATTCAAACTCATTTGGGTCAAACATGATTAAGGAATTAGAATTAGAGTGAGGTGAAA GTCATAGATTAGTGTTAAATTTAATATTGTTGTATAATTATGGTATGTTTTAATTAATGA GTTGCTTTTACTAATTTTGGGGTTTTCTCATGCTAAATAGGGATGATCTTTATAGGACAA TATGCTCTTTTTTGAAAAAAAATATATTCAAACGTGAGATAAATAAAAACGAATCAATTC GTTCAGTTTTGTATTAAGTATCATAGAAAGTCACTAAATATTAAATTATTTTGACGTTGT CTATGTAAAATGTCAATTTTCTTGCATCATAATGACTATATTTAATATTTAGACAAAACT GAATAACTTTTTTATGATAAACAATAATTAATTAATACAATAAAGTAAAAATTAAGTGGC CTCATCGATCTATAATATCAAAATTTGAAAGGATATAAAGTTGTTTCTAATAAAATATGC CCTATACCCCTTGAATTTCTTGCGAATGCGATTTTTTATAAAAAAAATCATTTTGCTCAA GCTCATTCTGATCTTAAATACATATATTAAAATATCGTTATAAAAATTGATAATCATTTT TCAGCGGTTACTAAACACATGATAATAAAACATAAAACAAACTCAAACTTAATGTGTATT TCTCATGAATAATCATTCCATCACTTTCCCCTATAGAAAAAGTTGGAGATCATAACAACT CATAAAATTATATTTTATGTGGATATGAAGATTATGAAAGCAAATATAGAAAAGAAAAAG AAAAGTTAATGTAGAAAGAGATTTATAGTTTATTTTGTTATAAGAATTCTATTTTATTAA TTTTTTTCAAAAAAGTTTGAATTGGTCAGCATTTGGACCTTGTTCACTAAAAGATTTTCA CTTGAAAAAAGATTTTATGACCAAAGACTGGTCTAAAAATAATAATAATTATTTTTAAAA AAAACTCGTTTTCCACAGTCAACTTTCAAACTATATTCCACTTCAACACTCACTTTTTTA ATATTAAAAAAATTAATTTATTTTTTATTTCTCCACATGTCATTTCCTTTTAAATTCACC TGTTTCTAACTCATATTTTCCTCAAATCATTCTCTAAACAAAATTCCCCCCCCAAAAAAA AAAACAAGAAACTTCTCTTCTCCTTCTTCAGAAACTTCTAAATTTCATTACACTACAATT TATTTTTTTATGTAAAATAACCATTTTCAAGATTACATTTTTATCTTTGAAAAAAAAAAC AACTAGAAAAATGGATTGTGGATTCAATTATGAATATAATTCATTGATCAATGAATTAAC ACAAGGATTAGAACATGTTAAGCAATTAAGAGCTTCAAACAAAATTCAAGAATTGGATTT TCATTTACAAATGATTCTTTCTTCTTTTGAAAAATCATTGTCAATTCTTAATTGGAGTAC AAGTGGTTTAGCAACACAAACTCCACTACTTGTAGCACCACCTGAATCTTCAATTTCTGT TGATGAAAATCCTAAAAGTGATGATCAAGATTTCATATATGTTTCAAAAAAGAGGTTAGA CGATTTTTTTCGATTCAGCTAATAGTTGTTATCTAAGAAAGTCTATCATATGAAAAGATA AAAAATTGTAATCAAGAAAAAAGACGACTTTATGAGATAATAATTGTTAGTTGACTAATT TTAATGATTATTAATTTTTTTTTCTTTTTTGAGTTAATTTTTTTTGTTTTTTTAATGGTT GTTGCAGAAAACAGATGCCTACATGGAGTGAACAAGTGAGAGTGAGTTCAGAAAATGGAT ATGAAGGGCCTACTGATGATGGATATAGTTGGAGAAAATATGGGCAAAAAGACATTCTTG GTGCTAAATATCCAAGGTGAATATATTCAAGAATTTTACTAAAAAAGGGTACCCAACTTC TGAAATATTTTTAGGGAAAAAATGAAAAATTTAAGTGAAATTTTCAAGATTTTTAGTACC CTTTTAGTAATTTTGTCATGTAAAGTTGTCAAAACGGGTTAATTCAGTCTAGCCCAGCTA TGTCCACAAAGGCTATGAATCTGAAGGTTTAAGACAAGCCCGACATTTAAAATGTTAGCC TGGCTGGGCCTGGCTCAAGGCCGTTTATGGAAGTAACGGGCTAGGATGGGCCATTCGTTT TAAACGGCTTGGCCAGCCCGGCCCAGTATATGGACCCAACAAGGTTATTTGGGTGGGGTT GATATTAGCTCAATGGAACTAAGCCTTATCCTGCTCAAGTAGTATTATGGATCAAGCTTA TTTTGACGGCTCTACTTTCTTGATAGTATATAATTTAATCGAACATCGTCCTTTGTCGTA ACGATGAGATTTCATTATGTTTGCAGGAGTTACTACAGATGCACATACAGACTAATGCAG AACTGTTGGGCAACAAAGCAAGTGCAGAGGTCTGATGATGATCCTGCACTATTTGAAATC ACATACAAAGGGACACATACTTGTAACCAAACTTATAACTGTGCTGCTGCTACACAACCA AAATCACCACAGAAACATAAACACAAGAAACAAGCCAACAATTCAAGAACAACACCATCG AATCAAATGCTCGCGAACTTACAAGCAAATCTGAGAGTGAATACAGATGATTTGGACAAG AAAGAAGCAACATGTTCTTTCCCATTTTCACCTACATTCTCTGGTTTCGTAGACGAAAAT CTGCATTTCCAGATGTCACAAGTTGATGACAGTTTGGTTGGGGGTTATTCACCATCTTTT GTCTCTCCTACAACTCCTGAATCAAGTTACTTCTCATTACCAACCTGCCAGATGAATGAT TCGCGAAGAATGTATAACGCGTACCATTCAGAATCAGACCTCCCTGACTTGTTCTCAGCC AACACTTCATCAACAAGTTCTCCAATTATAGGCTTGGAGTTTCCACTTGAACATGTAGAG CTTGATCCAAATTTCTCTGATTTTTTCAGATAAATAATGTCAAGGACAATAAAAACGAGT AGCTTGGATTTTGATCACTCAATTCTATTTTTGTAGTACATAAATTAACAAGAAAACTAG CCAAGAGCAGGAACAAGCTATAATATTTTGTATCAATAGCCTAGTATTTTTATTTTTTTT TAAATTCAACCACATTCTTGCAAAAAACTGCCTGAATGTTGATAAATTTGATGAAATTGT ATGTTCCATGGGAATAACCAAACCACGACTACAAAATGCAAGTACCAAGCAACTGCTTCA AAGCAAAAGTGATGCTCACATTTCAGCATACTTTTCAATAATCTTACAACGAATACGAGT TTTTTTTCATATTCAATCAAAACTCTGTATCCCCACAATTCTCCATACATGCAAACAAGT TCCAGTATATCAGATGAACATATTCATTTTGGGAATTTTTCATATTCCACCACTTACAAT GCAAAGGTCACTTAGCTTTACAAAATGAAATGCCTGACGACAAATCGGTCACATGGATAA ACCACAGAATCTTGTGTTTCACTGGGTTCTTGCAATCTTGTTCAAGCTTGAATGTGAAAA TCATATAAGCAGGCTAGCTAGTGGGCTGTAATGTTGCTTGCTCATGCCAAACTCCGTTCA AGTTGCACTGCCACAAGCGAACTACACCATCGCTTCCAGTAGTAGCAAGTGTCATTCCAC TCATGTCCCATTCCATCTGCCATACCTGCACGATAAATATCAAATATGGTATAAGTATAA TAAAATTACAGTTTTGTCACCAATAGCCTTAGTGAATTGGCAGATGAGAAAATTTAAGGT AAGGGAATGTAGGATCACTCAAGACAATTGACCCGTGCGTTGAAACCAAAACAAATAATA TCAGTCACTTTATACTACCAAGAAAATCAGAAATAGTATTGGGACCTAAACGTGTTAATT GATTTACAAGAACAGCTAAACTAAGTAGGGTTGCACTAGGCACCTCACTGTCATGAGTAG AGAGCATTGCAACCTTCTCCACCGAGAGCCTTCCATCAGAGTCTGGATTTGATCCAACAT GCCATAATGCAATTTCCTTGCAAGTGGCAACTGCTATTAATTCATACGGCCTGAAAAAGG AAGCTTTAAATTAGAAAGCGCACACAACAAGATAAACAGAAAAATTTCACTAACGGCGGT GTCTAGCTATATGGTTTTAAGGAGGATGTTGTCAAGAGCAAACCTTCCAATATTTGGTGC CCATGCAACAGTAGAGACTGGATCAGCTTTATCTGCAGGTAAAGCTAATTCTGCAACTGG AAGCCATCTCTGATGATCCTGATCGAATTCCCAAACCTGTGGAAATCTATGATATGATAA AATTACATATGTCCCATCAGAGACCAAGTAAATTAACAGCTTTTAAGACCATCTACTACA TGATAGAAGCTTAAGATTTCAAGAATTACATCTTCCGACTTTATAAATGTCAAATAGACA CATACAAGAACTAGCTGAATTTTATTTCTTATCAACAAGAATCAAAATGCAATAAATTCA CTGCCAACTTTTAGCTAATAAAGAAATATGTAAATAGAACTAATTAAGGATTATAGAACA CAGTCCTTAAAGTTAACAATAAGAAAGGAACTTGCCATACCTTGGAGGAGTTTAGGTGTG GCGTATCGGAATCAAAACCCAAAACGAAGCTTGATTGCTGGATTTCTCCTTTCAAGGGAT TCCAAGCAATAGAAGCCGATCGGCATGAAACATTTCCAAATTTAGATACAGATTCAATAA CATTCTGAAATTCAGCCTACAAAAAGAGGACTAAAAGTTAGCTTCTCCATTTCTTAGTAA CATTCATAATGTGTCATCTTTAAAATAGAGTCAGAAGAGTAAAAAATACTATCATCATTT TCAGAGTATGTATAAAACAAGTACTGCACCAGAAAAATAAAGCGATATAAATGACCAATA AGGAAGAACATGGCTCACGAGGCAGAAAGTCAAAGAAGCAGAATGTAGATACACACCTGC AGCTGCCAATTCTTCAATTCAAATGGATCTAGGAGCTCAAACACTTTCACTTGGCCATCC GAATAAGCAGCAACCTATGTGAAAGAAAATAACGGAAAATGTGATCAAAATGACTTTATG TAGTCATATAGACTAAAAGCTGAAAACCAAGAATCACTGGATCAGGCAGTTTCATCTCAT CCTTGTCTATCCCGTCAAATTGAAGAAAAAAATAAGGAACATCCATCAGATCTAAAGGCC CATAAATTAAATGATTTGCGAGTAAAATAAAGCAAGACCACAATGTACAGGTATTGGCCC CTATCCTGTCACATCGTATTGCCAAATGCAAAAGAAAGATTAGGGATCTTTCCTCGAAAC TTCAAACGAGGAAAAAGAAACTTGAAATACTTTTAACTTAGTACCGATGTGATCTTGTTC AAGAAAGCAATTCATAGTAGTTATTCTAGACGGCATACTTTAGAGCCAAATCAGTACAAA TTAGTGTGAACCTATAGTTGCTTTATGTGCCTCCTGATCAACAGCTTGAAGAACTCACTC AAGTACCTCAAGCATCTTATGATAGAGTTTTAGTGTGGGAAGTTTGTATCGGGCAACATC TGACCTCGTAGATGTTCCCCTTCTTTCCTTCCAGATAAATTCATTAACTACCCTAACCAA CTTTACAAGTAGTTAGGGGAGAAGTCAATGAGAAGAACACTTCGCTTTCACACTCCCAAT AAGAGCTTCAATTTTTTAGACAGTGATATCAATAAATGCAAGTATTAATAAGCAATAAGC AACTTGGCATTGTAGGTTCACTGCTATTCAGTTAACAGATTATAAGAGGTGATTTTAACA ATTTAAGAAGACAAAAGAAGGAAGAAAAAAGAGTACCGGATATGCTGAAATAAATTTAGA TGAGATATAAGGTTTTTAATCAATAAAGGCGAGTTATTTTAGCACATCACTCTACAAGTA ACAAGAAATCAATCCCAATGCTGCAGCAAAGATCAAGAGAAGGGGGAAGTAACATCTCCT TTAAGGGCAAGCAAAAAAACTATACATTCAACATCTCAGTCAAGGGCAAGCCATAAAAAA ATTAACTATTCCTACAGAGATGCATACAACAATAGATTGCTTACGACTATTGAGTGATTC CATCATAATGCATCTAAAGCACTATAGACATGAAAGAGAAATACAACAAAATCAGTAATC ATAAACTCAAAAACAACATAGATACATCTCTTTGTTCTAATCTCTAGCACCCTGCCACCC TCAAGCTATTGAAACAACTGCTGTCACATTTCAATGTCAAATCATAGACATTTACGACCA ATCTAATTTAAACTCACCAATTTCAGACTTGTCTGGGAGACTCCAAACTGAACATCCAGA ACTAGGGATGAGATTCTGTCAAAGCATTTGCACAGCTTCCACTGAAGCAGCTCTGAATCT AAAGATTAGTAACTCATTGTAAGTCTCCAGTTAAATGTTGAGAAAAACAAATGTGAAATT ATTGTCAGAAGTAAAATTTGAGAAAGTATTTACAGATAAAATTAAAAAAATTCATAGATT AAAAAAGGACTATGAAAGCAAGTAACTCAATTGATGATAAGATTAAGATTATAGTTTCAC TGGTTGTTGGAAACAGAGATTATTACTAAGAATTTAAGGGGATAAATTTATCTTCACAAT TACTCTTGTCAAACACAATAGAAAAGAAAGAATAAATGACATAAAGAACCAAAATAATTT TCAATTTCATATCAAGTTTCTTGTTTGGATTTATTCTATTTTTCCAATATTTCATGAACA TTTGGGGAAAAATAGAGGATAAGTTTTCTTTTGCTTCTTTTTCCTGACTTTAGAGATTCA AAAGAAAGAAACCAAAGATTTCACTTTGACTATCTACTCTTATCAGCAAAACATCCCCAT GCAAAAAAGAAGGGGAAAAGGCACACATACATAATGTTCAGCTTAGCTTCGTGACAGTAA TTTCATGAACAAATGCCGAATAATGTGTCCTCACCTTCAACTACCTCCTCCCACAACAAC AAACTTCCATCAGCACAAATGCATGCAACTACATCTCCATATTCTGGTGGAGCCCAAACA ACTTTTACAATGCTGGATTCATGCACCTAATCAAAATGTAAATGCAATCGCATAGATTTC AGTTCAAGAATTTAACACTATTTTATAATCACAATTAATTATTTTCATAGTTAAGCGAAA GAAAAAAATTAAAAGCTTATTTGCTCAGCACTACATTAGTATACAAAAAGGAACCGAGTT ACAGTTTTTCTTCCTTTTGAAGTTAGTTTATACCATTCATCAGTTTTTCAATTTCATACT CAATCCTTAGATTACATTAGAGCAAAAGAGGGTCCCAATAAAAATGGCCAACTGAATGAA AAAACAAGGAATCAAGTTTGACTGATTTGCAGTAGTTATGTATCCTGCTTCTCAATAGTT ATTTGAAAGTTCAACATTTTGCCATACAGACCATTACATCAATACTTGGAAGCTTTCTGG ACCGTAGTTTGACAATACTACTTGTCCAGTTTTTTCTGCCACTGAAAACTTATTAACATA TACTTATGGTATCTGTTACCTATACAAGAAGCACGACAAGGACGTGAATCTCTCTTAATA CATATGACTTCACAAGGAAACGAACTATCAACTTCTGCCCCGTTCAACATTTTATTGGTT TCTATTCAAAAATAGGAGATTTTTGTATGGACTCCAAAGTCTGATATCAAGAGTCAAATG TTCCCCTTTTTTTGTTTGGGCAGTAATAACTCACTATCCCATCTTTTTTATTATGAGGTG GTGCCTGAGCTAGTTTGAGCAAAATTCTAACTAATTCCACCATATACCTCTATCTCCCAC CAACACGTGTACGTCATAACTTTGCTCACCAAATGCCGGGATTTGAACCAGAGAACTCAT GTTCTACCTGACTTCATTGACTACAAGGACAATGATACTCACTATCCCATATACCCGACC TCGGATTGATACATACTTGTTCTATTTATTCTGCAGCAAATTCCTACATGTATAAATAAT CTATTCGGCTCTTTGGATGTACATTGCTACAACATCAATCTATATCCAAAAATTGTACTT CCCACAAAAAAAAAAAACTTCAAATCCGTATGACTTCAAATTGAGAGCTAAAACAAATTC ATATGAAAATTGTGTTTTTATCTAACCTTGAATTTAGAAGAACCACTGAAAACAGATGAA GCCGGATCAGTAGAATCAAAAACAAACAAAGTACCATCAGTTGAACCAGCAGCTAATCTG TGACCCGAATAATTCCACGCAGTACATGTTGTACCTTCTTCAAGCTTAATAATTGCTTTA TCCATTCTTCCTTCTTCACCAAATGTAACAAATCTTAAACCCTAAATCTGCAGATTTTGC TGGTTCTAAAAACCCCTTTTCTCTTCTAGGGTTTTTGGCTCTCGACACAGTTGCTTCTTT AACTTTTTTTATTACAAAAACCTACCCTGTAGTTTCAAGTATTACATAAACTACCTTTTT CTTTTTTATTTGTATGTAAACTACCCCCTGTAGTTTCAAGTATCACATAAACCCCCTTCT TCTTCTTTTTATTTGTATTTAACTAACTATTACTATACATTTGACTATTACGTACACTTT TATTTTACGGATACGTATGGTAAGTACTCTTCGTCTTCAACATTGAGGTTGTAGGTTTGG AACTTTGAATCATTATAAAAGTAAGTGTTATTTTGACAAAGTTAATACATGAGAGTTTAA TTTACCAAGAGGTGACAAGAACACAACAATTTTAGTTGAAACCTATTTAAATAACTTAAA AGTAGATTTTATAAAAAAAAGTGGATAAAAGAGGTAGCCCATATATAGACTCAAATAACT AGTTCAGTGAAAATGAATTATGTATATCGCGTGGATCAATTTACTTCGATAGTGTTAGCA AATGTATAGATTTTGTATATTTCAAATATGATATACATGTAATAATACATAATTAATGTA TAAATATTTAATACTTCGATTATATGGTAAATTAGTTTGATCGAACTGTACATATTGGCA AGTCTTTTAAATTTGTTTCCAATTAATATTTCAAATTGTGAGTGGTCATAGACATAGGGC CATCCCAATTAGAGGTGTCAATTTACTTTCCTTCGTCATAAATCATACTATATGTCAATA CATGATTTTATATACATAATTAAATATATATTACTCATCCTTTATAATGATATTTTTCAA AAACAGTTAAAAGATTTGTAGACAAACAATATTGGGAAAGAAAAATAAATAAATAAAAAT CTTTAACTTCCAAACAATTATAGAAAATAATTTCCTCATCAATAATAATGTGTATCATTT TCATTATCATCATTTATCTTGTAACTTGTAAGAAACTTGAAGAAAGTGAAATTGGCAAAC CTACCTCTATGTGTAGTTTCCCTTGTAAATAGGGTGTCTTTTTTTAAAAGATTAGTGAAT AGTCCACATGAAGATGTGGACAATCACAAGTTTGATTTGTAGGAATAAATAGGTGGTAAC TTTGACCTAAAGCTTATTAATGTGTACTCTTAGACACTAAATGAGAGGGTGATATGTTTT TATTCGATATTCGATACTCATATATATATTAAGTTCAATTGTATATAAGAAGAATATATG TACGTCATGTTAGCTAATTAAATTTGTTTATAAATATTTCTTATTATTTCAATTAGTGCT AATACATTAGTTAAGCGGGAGCGCCACCCTCAAATGAACTCTGCAGAACGCGATTCGAAT TTGGTGGGTGAGCTCCAAAGATCAGGTGAGAAACCCAAAAAAAAAAAGGTCTTGCTTCCC TTAATCTTTCCTAAGTAAATGAAAAATAAATATCGACATCTTATAAAATATTGGTCCAAT TCTATAAAACATCAAAATATTGATATTTTTAGTCAACCTATAATGCCTCCCAACTATTAA ACATTTCTTTCAAAATGCAAATAAAACTTTTAGAAGATTTTATTTCTAAAAGAGAAACCT AATTTAAAACAACAACACGTTCAAACATTTTTCAAAAAATAAATTTGGGCCAAACATGTA TTGTTGTCTGCATTAAATTCATTGATCCATCCTTTTTATCTTTGTTTCTATGTACTATAC ATATATACACTATTGACATGAAATTTGAAAGATACTCGTAGAAATTTCTAGTTTAGTAAG TAATTAATGAAGGAAAGTTCTTCGAATTTTTCCTGTCGATAGGTTAGGTGGTGGTTGCCT AATAAGAATTGTTAAGCTTCTCTTCTGTATTTTCTTTATTATTACACCGAAAATAATCAT TGACATTTTGTACAAATTGTTAAGTTCAACTAATATCAAAACACTAGCTTTATATAGTCG ATCATTATAATTTTTCGCTTATTAAATGAATTTTTGGAAGTAGCATATAAAATCTTAAAA GATAAATAATATGTACTTAAGTATATAATAATGAATAATTTAACTTAATAATATAATAAA CACGTCGAAAAATTTCAAATTGAATTTGGGCCACTCATGTATGACACAGTGTGCATTAAA TTCATTGTTTTTTAATCTTTACTAGTTGTACGTACTATTAGATTGACATGAAGTTTGATA GAAACTATAGTGTTAAATTGCCCAATCAAATGCTTCCTTCTGCAAAATAATTAAATGTAT GTAATGCTGTAAAGTATATAAATGCTTTGCCACCAACCTCACGAGTATATAACTATAGTA ATTAATCATCTTTTCTAATTAATTGAACCAATATTCATTAATTATATTCATGCTTCATCC GTGAACATCTTTTAATTTTTATCATACCATTTTTAATTTGTATCACCTAATTTGATCTGA GGATTAATCGGTTCGGTTCAATTATGAATCGGAAAAAAGTAGGGAAGAAAAAAAAGAATT AATTTGTTCAATCTGATATGTACCTAGCTAGTTAATTATAAGTAGTTGTGAAGCCATGAA TTTTAATATGGAAATTTTATTACAAATTTGTTTATTTCGATACGTAATCAACTACTTATA GATATTGTAGCGAAGTTAGGAACTTTAAAAAGGAATTGAGATAAAAATAGTAAGAATAAG AGATTAATGATTTATTCGTTTAATTTAATCCAAATATAACTAGTTATAAATAATGATGAA ATCATAAATTTTAATCAAATATATATGCTTCTACGAATAAAGATGTCACTTGTAAATTGG AATTCAAATTGCAACCTAAACCAATCTTAGAAGCTCTCAATTATGTTAACATTAATGTTA ATGGGATTTATATTGGTTTTATCTTATAGTATGATTTTTTTTGACGAAAGAAAATTTAAA TATGTATAGCTCTAGTAAAGCTGTAATTTGGTTTTTAAACTTATCAAGATTAATACATTA TTTTTTGTTCTAATTTTTTCAAGAGCAAGTCAATATATAGTACAATTCATTAATATTCTC TTATGTAGTCTTTTAGCGATCTCCACAAATATAGACAAAACCTTTGATTATAATGTGTCT TTAATTCAACCACCATAAGATGCCAATAAATCTTTTTTTATGGTAGCTAATATCTTCTAA ATATATTACAAGACCATCCAATATTATTTTTTCCTTAACATAGATGGTACATTTGGTCAT ACAAAAATCATTTATTATCATTTTTTGATGTTAAATTATTAGGTAAATATTTTATTAAAA AGCATATAACATGACTTTTCTTACTCATAAGCGGTAGTTATTTCTAATAATTATTTCGAC TTTTAACTTTATATTACTTGATTCAATATCAATATTATTATTAACTTTTAATGTGTATTT TTAAAAAAATATTTTTCATTAACTGATTAAACATCAAAAATATAAATGATAAAAAGAAAG CTACCCCTATATATTTTCCAAGAAATGCAAAGGAAGTGCTTGGTTAGTTGTCAAATTTAG GTCAATTATAGATGGGTCATACATATATTTGCTGTCAATTTTTACTTAAATACTCCATTT CTCCTCCTCTAACGTAGAGTTGAGTCTTCATAGTTGGAAGTCAAACTTTTAGGTACCTTC ACTCGTGATATAAAGAAATCAAATCACTGCTATTAAACGATGTGGTGTAATGAATAAGAT CATTATTTTCTTAATTAGAAATCTCATCTCGAATATTGTGTATGGAACTATACAAGCCCT GCACGACATATTCAATTCATAAAGCATGAAGAAAGTCTCAAACCTACAACCTCCTGCTCA ACTAACTTAATTATCGTTATAGATAAATCGATAAATTTATCAGGTTCACAACATAAAAAT TACCAACTGCTTAACAAATTAAACTCGACCATCTACGTATAAAACGATAAACTTATCGAG CTCATAACATGAATATTACATGTTTGAGGAAATTTCCTCACCTAATCAATTAATTGCGAT ATTAATGATTTTTAAGTCATAAAGAAGTAGATTTCATGATTAAATACCAATAAATAGAGA ATACTTTGCACTATTCGCGCTACTTTTTACGTGAATTAAGGCGGGAGTTAACTAAGCTAG CTTGCTGTCATTAAGGCTACCGCGTAAACCAAAAATAACTTACGAGTTACTCGGGACGAT AAACCTATCTCAATTTCTAATCATTATAAGTTTGAGTAATGTTTGTTTACTCGATAAGTT TTCAAATTACGCATTATATTTCTTTCGTCCTAAATTATTTATGGGAGGAATTTTTACATA TGAATCACAATTAAGATATTTTTCGTCCTAAATTATTTATGGAAGGAATTTTTACATATG AATCACAATTAAGATATTTATAGTTTTTGAGAACAATAACTCGAACCAAAAGTTATGGAA TAATGTCACTTATTCTACGTTGTAGGCCATGAAAACTTCAAATTTTTGAGTTCAAAAAAC TAGCAACAACAATATTCCAAAAGATGAAAGAAATTATTGCTATACATATTAGTCATAAAT ATTCTAATTACTTAGATTAAGATCAATATTATCTATCAAGCACATGAAATACCAATAGAA GTCGCCGTGAACCGTTCGGAACCCGTTCTTCTAACCAACGACTTAATCTCCGGCGAAAGT CCGTCGTACTCCGGTCCTTCCGGAATCGTCGTAAGTGCACCAGATTTATCATAAACGACG TAAAATCCATCTCGATTTTGCCCCTGAAACAGCGGACTGTTGCTCTGTTTTGCTCTGAAA ACGGATTTGAGAAGTTTCTGGAAAGATCTAGAGATCCTAGAAGTTTTTTTGGAAATCGGT TGAGTAGTTTGCTGTGGATCTGTTGTTGACGGTGGAATAAGAAGACGACGATCGGGTAAA TGAGGCATTGAGAGGCTTCGAGAAGATATGGCTGAATCGAGTTGACGTTCGAATGATTTC AACTCAAATGAGTCGTAGAGTGAGCTGCCGCAATCCCATATGAGAGGTTTGTTTGCTGCG GCGGACGCCATTTTTTGCGGTGAGATTTTCTCTGGAGTTTTCGCCATTGTTGATAGTGGA GAATTAATATACAGAGATTTTGGGGTTTATATAGTGGCGAGTCATATGAAAGGTGTGTTT GTGGAGTTGAGAGGAAATTTCTTTAATATGTGGCGAGTAAGATTTTAACGTGTTCGCTGT GATTATTGGGGTGGGGTTCAAAATTCAATCAAAATTAATATTTAAACAAAAAAATTATTA TTTGTCTTGTTTAATTTATGTCATGTATTTTATTTTCGTGAGTTAAATAATTTAAGTTTG ATTGAGATTTTTCTTATGAAATATTTAAATTTTTAAAATAAAATTTATATATTTGTAAAT TAAGTAAGAAGTATTATGAGTTACAATATATTAAATATTTAAAATATTTAAAAGATATAT GATAAATTAACGATAGAGATAGAATTATCTGAATCTCAAAATCTGAAATGTGTCGTATAA ATTAGGATAAAGTATGAGTTATTCATTTAGAGATTTTGAATTTTAGTTTTTTATTGGGGT ATTGATTTTTACATATTGATATTTTTTCTCAACTTTAATAGTAAATTAATATATTATATT TATACGATTCGGTATATAAAGCCAGAGTTTAGTTTATGCTTTCAAATCTGATTGTTTCAA ACTCTTCTGTTAATTATGCAAGATACAATTTGTCTATACATGATTTATTTGATTTGTCAC CTTGTTCTTAAGTAATTCTTTTTGTGTCTCTGTCAAATCTAATTGGTTATATATCAATAA CCAAATCGAATCGATGAATTTGAGGATAAAAGAAGATCACAATTTTTTTAAATATTCGTT ATTTATATTAAAATTCGACTAGTTCAAATTCACACACTATAAAACCAACTTTTGAGCGAT CCCAATATTTTTTTTTTTCAAATCCAAATTCAAATTCAAAAAAATTATCAAAAGGATAAA GAAATTTCAATCGAAGTTACTACCATTGGTATTGATAAGATTTTAGAGTTTTATATGGTT GAAGGAGCATTTATGAGGATTGATGAGTGATTTGGCGATATAAGAAAAAAAAGTCAATTT TTCACGGGGTCGGATATATATACTTTATAAATTTATTGATTTGATTATCAGTTTTCACTA AAAAAGGAAAATATATTGTTACAATTTAAATTCAATTTTTTTGTTAAAGGTGATACAATG AAAGATTACCTTTTACTACGCCACAACTTTTATCAGTATATACTAGTATTCTCTTTATTT CAAATTATTTGTCAAATATTTTTATTTTAAAATTTAAATTACATAAATTTTAATTAATAT TTTAAAATACTTTCTCATATAGATACGAGAAAAGTGTAATTTATAGTGTTTTGTTTATAA TCTTAACAGCTAATAAATTATAAGTTTAAAATATTAATTAATTTAATTTTTAAAAATTAA TTAAATCAACTTAAAAAATAAGATAATTAATATAAAACAAATAAAATATCGTATACCGCG TAGACAACTTTTACTCTGAAAGAAACCGGTCCTCTAAAAACATACATTTGCTTTTTCTTT ACTATATTTGAAGCTTTAATTTATATGTATATATTTTAAAAATATCTTTATGTAACATAT TTTATGATTATTTAATTATTACAAGAAAGTCACATAGTACATATATAACTTTGACTGGAA CTTATTACTTTGTCAAAGACAGTATTTGATTATCGAAAAAGGGTAAAAAATATCTTTAAA TTATTTGAAATAATTTAAATATATCTTTTAACTATATTTCGACTCAAAATTACACTTCTC CTCAAATTATAGGGTTAAAAATACCCTTTCCTTGGAAAAACTTATGTACTTTGTGAAATC GTTCTAAGGAAATGGAGAAATGAGGAAAAGAGATTCTATGTTCTTCAGTAAAATCGTTAC TAAATTCTACGGAAAACGGAGAAAATTGGAAAAAATTAGGGATAAGTTTATTAGTCTACG TGGCATGAGTGGAACTCTATGGATCATGTGACATGCCATGTGATATCCATATGACATCTA AGTGACGTATAACCTATTCTGTTAATAAAAAGAGTATCTTTGACCCAATAGTTTGACGCT AAGAGTATATATCAGCCGAAATATACTTTACAGGTATACTTAAGCTAATTCTGATAGTTT AAGAGTATTATTGACCCTTTTCATTTAATTATAAATAATTTTGGAAATTTTAATTTATTT TTATATATATATTTGACTAGTGTGTACACAAATATTAATAATGTCTTTTATTTTTCTAAT TCCTTTTACCATTTTTTTCTACGATTTGGTAGATCTGTATGCTATTCTCACACGTAGAAG GAAACAAAAATATAAAATAATATGGTTGAACATTGATATCAAGAAAAATAATAATTTTAT GAGAAGATAACCTTATGTTATACTAATAATTAATATGATGATTGAGACTATAGTCAATTA ACGTAGGTAACAAGTGATTGATACAACAATAGTTTTGTCATTTATGTTTACTATACCTCG AAGTTTACGGAGGTATGATTTACGTATATTTTATTATCTCAGAATTATTTATAAGATTAT ATTAATATATTATTACTATTACATTAATATGACATAATATAATTTGTTTTGATCAAATTT ATAGAAGTATTTTTAAACTTTAAAATATATCGTATTATATTTATAAATAGTTTATTATTT TATTCTATTTTCCATAAATGACTTTATTCTCGTGCATTAATCGATAATATTTCCCTTAAA TCAGTTTGTCATTCACATTATATGATTATTTAATTACGACCATCTTATTCATAGGCTTTT TTTTCTTGTGAATCTTTAAAACTATAAGTGAGGATGGTAAATTGATTCATTACTCGTAAA CAGATAAAGGACGAAATACAACAAGACTCATGATAATACTTGATAATCTTTATATTTGTC TTGCTAAATTAATCATTAATTTTGATATTAAGTGTTGGGTTAAAATTGATGTGTCATAGT TTTATCTCTTAAAAATAAATTTAAAGTGGTCCAATCCTAATTACAAATTCAATAAAAACA ATATATAGGCCATGCATGCAAGTCACAACTATTATATCCTTTCATATATCTTTTTATACT TAATTCAATAAATTGATTAAATTCCAAATTTTTATTGTTCTTTTTCTCTTAAATGAAATA AAATATCTTAAAGAAAGAATAAAATGATGATGACCTGGAATTTGTCTAATATCTAGTTAG GCCCCAATTAGGCATATGAAAACAAAAGTAAATCCAATATTTTTTTTAGAAACTAGATGG TATATTGGAGTATTTTGTTACGAAGAGCATCTAATTAAAAAGGCATCGAATAAAAAATTG GACGATTTTTGAGTACGATGCTTTCAAGTTTTAATTAAAAAATAAAAATATTTAAAATTT TAATTTAAAATATCTGATTAAAAATAACAGGATATTAATTATTCGTCTTGAATCAAACTC CGAAGGCAGATTTGATGTCACTTACGGATTGTATTGTAGCTAGTAATAAGAGTCATGCGA ATGTTGGTAATGTAGAGTCAATTTATATATTATTTCATGTATATATTCGTTACGTAAAGT TTAATTATTCACGTATTAGTTATTTCACATTTTATTTTCACATGAAATAATACATAGATT CCTTCGTAACTTATACATATATTAGTTATACGAAATTCTAAATTGTCAATCAAGCTTTAT ATTAATTCTATACGTAAATAATTTATTTTCTTTTTATCTACGTATCATATGTTATACAAA AAATAATACATTTGAATAAAGTATTATATGACTGGTTGATTTAATTTAATAAATAGAGTA TATGATTTGTTATCAAATAAAATAAATCACTGATAAATAATTAAGCATATTGCAGACAAG TGGATGTGACAATTAAAAAAATAAAATAATGCACGACGTGAGCATAAAGTTGGATTTTAT TACCAAATAAACTATTTACAAAATTTGGGGAACAAACCAATTTTCTTTGCTTGCTTTGGA AGTTAATAATACACTTCTTTGACTGATTAATATATTGTGACAAATACTTTTTTGATTAAA TAAAACGTGGTCCTCTTTAATAATGCATATTTTGTCTTGCTTTAATTTATAATTAAATCC ATTTGATACCATGCCAAAAAGTCACATCGCCACCTTCATTGACTATATGCAATTAATTTT ACATAATAATAATAATAGTAATAGAATCGATTTATATGTATTTCGAATATTTCATTGAAT ATATTATTTTTATTCAACATATGTATAATTATTTTTTTCACGGTCTTCAAATATTTTAGG GGTTGCAATTGTTATTTTTGAAAATGATAAATTTGGGGGAGATTTCTACAATGGCAAGAA CATTGATGCTTCAAATCCTTGGAATTAATATTAATAGAGTATTTAACTCTGTTGTTCTTT TAATTTGATAACTAACCAATTTGAGTATGAAGTTAATGAAATTTGACTTAGATATCCTAT TAGAGTAAAATGATATAAAATATATTTGATGTTCTTTTCCATCTTATATAAGATCAATCA AAAAAAGATTTGAATGATTGATTTACAGTGACTCATTACTATAGTTAACAACAATTAATA AGAAATTAAACTCTAAAAAATCAACTTTAACAAATCTAGTCACAAATCACAATTAATGAA CAACTCCTTTAGTGTCTCAATATATATGACATCGTTTAACTTTAATCAAAGTATTAATGA CACTTCCATTATCTTTGTATGATCTAATGTCACATAAATAATGCACCAGCATACATACTT AGTAATTAAAGAAGGATTAATGATCACATTTTGTTAATATCCTTCTTCTCAATTTTGACA GAAAATTCCAGCTGATGAAATGTATTAAGCAAACAGGTATATATCATGTTGATAGAGAGA CCAGAAAACTACTTGTTGAAATACATATATTCACGCAATTCGATAGATATACAACTTCTA TACATATAAACAACAACTACGCTTCAATCCCAAGCTAGTTGGGGTCGGGTTGTAGGGAAC CTCACTATCAACAACTTTCATACATATGGCTTAAGCACAATAGTATACATTTGTCATCTA AAACAAAGAGGCTAATCAACAACGTCGCTACTAAAAAGCTTGAATTTATTGGCATCTAGA ACCAATTTTCTTATAGAAGAAAAGGATCCAAGAAGACCAGCACAAGAGAATATAACCATT ATAGAAGTATTTACCCAAAAGGTAATAGATGATTTCTTTGGTTTGAAAGTTATGTTGTAA AGTAGCATTGGGAGAATGAAATCGAGAGGTATAAAGCCAACGGCTCCTACAACACCGTTA ATGTCACCAAAGAATGGCAACATAGCTGCAAAGAACCCGCAAAGGCTCATGTACAACGTT CTGAGGATTATACGGGGGATTAGGTTTCTAAGAGAGAACACAGCCTTGTTTGCATCAGCC GAGTTCTTTTCCATGATTTCGTAAGCAACTTGAGAATATACCTGTGTCATATTTTTGAAT AGTTACCACCATGTACACGACAACATGCTGCCGAAAGAAAATTTATTTTGTGTACTAGCT AATGCATGACTTACCAAACCAATGGCGAAGAGCTGAAGAAGAATAAAGACAATCGCAAGA CCTAATACCCATGTCGGTGCCAAGGAAGGTCCTTCATCTGGCATTAAGCTCTTTAAAATG TTTGAATTGGATTTGTTTCCAAAAACCCAATATCCGGAAACAGATGCAGCGTAGAAAGTA ACCAAGATTACAGAGTAGCACAACATAAGGCCTTTCAACATCTTTCCTGTTGCTGGTGGC GCGAGAGTTGCCTGCATTAGTTGACTACAAATTAACTTACGTCTCTATGGCGTCGCAACC TATTGACTGTCCATACATACATCAATTTGACATATTTCGCGACATCTATCATGGACTAAC GAAGACCATGAAATTGGGAAAATCAATATGCATGAAACAATTATTTACCTGTATTTCTGG TAGTATTCCATTCCCAAAAATAGCTGCAATAATGGAGATAGACGTGAAAGCGCTAAATAA CCGTGATAGGTGTGAGGTTTCTAAGGAGTAATCCCTCAGAGGTGCATTTTTTGAAGTACC TGAATAATGCAGAAAATATTCAGTTAAACTGGACCTATATAGTAAAGTTACATGCTAATA ATAAGAAATATTGGCTCCACTAATACTTTTACTTGCTTCAGGCCAGGTTTGCATATATAC TAATGTTCTTAGAATATTGATTTCTGAACTCTCATTTTCTACCTGAACAATGGTCACATT CTCCGAGGACATGAAAAAGAACGTGAACCACAAAGAACATAAGCACTTACCAGCACGAAT ACAAGCACCAACAACTAGGAAAGTGTAGCCCAAGCTCAGAAACAACGATGCTAAGTTGAT GTGCCTCAGGGAGTGGAAGGACGGAAATTGAGAGAGACATATCATTATTACTGTAACCAT TGCAATGAAGTGATACAATTTCAGTGGCCCATGTGGTGAAAGTTCGGAGTACATGATCTT GTACAAGCAAACAAGAAACAACAAACTGTTCAATAACTTGAAAAAAATGTAAAGATAGCA ACAGTTCGTAATAACTTTCAACTGTGCTGTCATCCTATATATTTTTTAGTATTTAGGACC TTGAAGCATATCACAAACTGAATGACCTTTGTATTGATTTGAGGCTTTTGATAACAAAAT ATCCATCAATTTATCGGTGAGTACCAAAATCACTAAAAGATCTAACAGGTCAAACTCAAA GCAGGCAAAATTACAAACAAAAAGACACGTGCCTCCAGTTCTATCCAATTTGTACTTTCA CAATCCCAGTACAGCTCATTTTTCATTTTGGGATATCCTGAATGTTTCTCATACTTAATT TACAAACAAGGTATTCTACACAACTCTAACTTCTTTATTGCAAACAAAACCTGTTAACAA ACTAGAGTTAAATCATGATATGATGATTCAAATTTTCACTAACTTTTTAACTATTCCTTT AGTATTTTATTCAACTTCTACCATTATAATGCAAAAAGTCAATTAAGCTTATTGAACTTT CTTTGCAACTTAACATTGTTATCCATTACCAAAAAAATTACTCCCTCTGTTTTGTTTGTC AAGTTTTGACTTGGCACAAAATTTAAAATCTTGAGGTCTTAAACTAAACTAAAGATATGT AGAATGTATCAAAATATCCTTTCATCTCGACTAAAAAGAGTAAGACAAAAAAGTTGAAAT GGATGGAGTTTCATATTGTAGGAGTATAATCATTTATCAGAGAAACTACATGACCGTTTG GCAGTTTGGTTCGGTACATGCAACAGGAAAGGACAGGCGATCTTAAGATACATCTTAATG GCTTATTCTGCACAGAAACAAGAAAGGTTGTGCATAACCTTAACATTTTGATCCCAATGA TAAAACTGATGCCACGTTCACAATTAGTTAATTGTATTAGCCTATTAGGGATACCAACTT CTTTTCTTTCAGAGGTTTAAAGAGACAAAACGTTATTCTTTCAACGGTATTATGTCATAC TTAACAATTAACATTTAGAAACTAATGATCTATATGGATGATGACATGTACTAAGTCCAA GTAATCAGCTAATACATATTATAATATTGTAACAACTGTGCTACTCTGCCAGTGGATTTT CATGGAACTTCCAAATTCTCACTGTTTTTGTCGTAAAGCATACATATTAGTTGAGTCAGA TTCTCAAAGATGAAAAAGATAAGTGGATAACTGAAAGGATAAGTTCCTGACAAATATATA TGAATCTTGGAAATGAAAACTTGTTGAAGTGAGAAGTTTATTGAACAATTAACATGAATG AAGAACTGGAAACTGAAAATTGGCTGTTCCAGAAGCAAGTACCTGAACGCATTCTCCGGC AAGCAAAATTGCTCCTATGCTAATGCCAGTGTTAACTGCTGTCTGAATGAATATCACAAA ATAAAACATCCAGCCAGAACCTACATCGGTGCAACACACAATCCTTTAGTTTTAAAAGAA GCTTTCTGTAAAATGCAAGTTTGAGATAGAGTTGTTACATGTAAGGCATCATTCATATAT CTTACCGTTCAATGACTAATAGATTATACGATGTAACCAATATATGTGGGAAGTAAATGA AAATATTAGCAGTAAGCAGAACTGCTAAAACCGGCCTAAATTGGATAAGAAGATGTTGAA TAATATTATAACTATTTATGTAATGTCCATCTAGCATTGTAGATTGACTTCTTCATATGA GATTCAGAATGTTTAAATTCTTACGAGGCAGTGTTGTCAAAGGCTTATTTAAGACACGCT TAAGCCCTGAAGCTCAGGATATGTGCTTCCCATCAATTAGGGTGATTTTAAGTGTAGGCA AGGCACTAAGTGGTGCACCTCATTGTACATAAGTTCTATCTTGAATAGAGTTGCATTAAA AATAAAAAATGATTGGCAAAAGAAATATAATTATTGAAAAGGAAATCAACGAAGTTGTTA CTTTTTTCTTGCATTATATATTTTTTATTTTGTTCTTCATTGTGCTTTTTACTTGACTCG AGGGTCTATCTGAAACAACCACTCTATCTTTGAGGTAGGGGTAAGGTTTGCGTAGACACT GGCTATGCTGTGCGCCTCTTTTCACTAAAGCACCACATTTTAACTCCACTTTGTTGCTTA AAGCCCTGATATACCTAAAACCCTTCTTAACGCTTTTTGTCTTCGATGACACTGCTACGA GTTAAAGAACTTTAAGCCATTCATTCCATCCATTATTTTTTTAGCCTCCTCCAACAAACA CCAATTATCTAAATTCACTATGTTCAAAGGTACAAAAAACACTAACTATATATTTTTTTC TTTTAAACCTAGGAGACATCTAACAAAATCATTGAAATCTGGTGGCTACCGTCAAAATAA TCATGCCAAATATCCTTTTCAAAAGTCAAATCAACATTGCACTCACATTGAAGGTCCACT AGAAGCATAAAGGCCACCAACAACACTAAAGCAAATCTATGTTTTTTTAGTGGAATCAAT TTGTCTTAACACATGCCAGAATAACTTTTACCTCTAAAAGTCTTTTTAAGTATTTTTAAA ATGCAAAAGGTTGTAACTTTAAATGAAAGACTAACTAAATCATCTTTGGATCTAAGTCAA AAAGTAGTAAATACAATTATCTAAAGGGCAAGAAATCCCCTTTCTTTAGATCAGCATCAC AACGCACAAAAATAAGTGCTATAGTGACCACAACAAACTTAAATAATGCTACATCATTGC ATTGATTCAGTAGTTTAGACTTCTATTATTAAAACAACAAAACACCTTTACTTTTTCCTT TTTTCCTCAGTGCAAGTCCAATTACATCTTCTCAAACTATTAAGGAAAATATTGACAAGT CAAAAACTAACAACAATCATTGCTACCACACCTTAATTACAAACTAGTTCAAGTCGGCAT ATGATCCATCACCATCCATTTCACTCTATTTGTGCTCATTCCATTCTAATACTTACTAAT CTATAGTTCTCTAGCACTAAACATCTAACTTAACTAAAAAGAACCATGAGGTCTCAAGTT AAAATCTCAGCGTAGTCAAACACACTAGGTGATTTCTTTCGGAACTTGTGCTGGTGCGAG TTAGCACGTATCTCATATAATTAGTCGAGGTACTAACCCCAACATAAAGATTATCGAAAA GGAAAAAGGCTCTCAAATTCAAATCTCAAGCAAAGTCAAATACACTACGTGATTTTCTTC CGAAACTTATGCAGGTGGGAATTAGAACGTATCTCATATAATTAGTCGAGGTACTAACCT CAACACCATGATTGTCAAAATGAAAAAAGCCTCTCAAGTTCAAATCACAAGCAAAGTCGA AAACACTAAGTGATTTCTTCCGAAACTTGTACTAGAGGGAGTTAGCACATATCTCGTATA ATCAGTCCAGGTACTAACCCAACACCATAATTATCAAAAGAAAAAAGTCTACTAGTAAAA CTAGAAAACAACAATAAGCATATCACCATGACATCACACACAAACAATTCTTCATGGATT GTGGGGTGGGAGAAGGTTTCTACCTAAAACATCAGCAGCAAGTTCTCTGAATCTGATATG CCGGCGACCAGACTTCTCACAGTGATCAAGAACCAAAGACATGAGATAATATGAGTAAAA GGTAACCAAACCCATCACCGTTAAACAAATAAACCCCAATGCCCATCCTAAACCTCTGAA AGCATACGGCAATGTCAGCACCGTTGGTCCTACTATCGCCGTCGTCAAATGAAATCCAGC ATGCCACCATTCCCCTGTTCCCAAATATTAAAAAAAAAAAAAAACCATTTTAACACCACA ATTCTAAACAAAAATCTGCAACAAAATCAGCTATAAAACTATAAAAAAGATGAAATCTTT AGCTATTCAACGGTAAAAAGTGACACTTTTAGCTTAAAAAAAAGGTAATAACCTTTTGAT TCAAGAACAAAAGCAGCACCAGCATCGTCTTCACGGCGATTTTCAGGAAAAGGGTCATTA CGAATAGGCTCTGGAACCACCATTAACGATTTTTTTTTTGTATAACTATGCTGAACTCAT ATGTGATTTGCGTTCTTTGTTGTATACAAGAAAGAAATTGAAATTACAGAAGATAACAAA ACAATTCACTCATTTATAGGAGTTGATGAAGGCACAATGCCCAATTTTAGATTTATATAG AACTCTATTTTCGACTATTAAAAATCGGGTTGATATATCATGATAATTGTCATATTTTTT CGTTTTAGAATTAAATGATAATAATTTTGATTAATATTATATTTTTCGATTAATATGCAA AAAGTTTGATTTATAGTATTTTTTTTTATAATTTTTTAAATTTTTTAAATTTTTTTATTT AAAATATCAAATTAATATAATCTAATTTAACTTTAAAAATAAGTCAAATTACTTTTTAAA AGAGGCACCGTGACAATTAAATATGAACAAATAAAATATTATTTATTAATTTTTCATGTT AAATCATGTTAGATGTATTTATTTTATTTAATATGTCATACAACAATCTAGTATAGTTCT AAATTCTAAAAATGGAATATAGTGTTAGGACCGGAAAATAAGCAGGTGTAAACGCGGAAG CTAGCAAAGCAAACCTCGAAAGACCACGAGTAAGAAGACAACGAGAAATATACCAAAAGA CACAAAGATTTAACGTGGTTCGGTCAATCGACCTACGTCTATAAAGAAGATGAGCAATCC ACTATAAACATGAGAGTACAGAATACAGAAGGAAACAACCTCAACCAATTCACTCGGAAT ACATGAGAGGTTTACAAATTCTCCCTCTAACCAAAACTCTCAAAGCCCTTAAAACTACAT TGTGAATGCTAATTAAGTTAGAAGGAACATGCCTTTATTTATAGAGTCCTAAACCTTTTT CTACCAAAAAAGAATAGTCAATTCAAAACCTTTTCCTAAAAGGAAAACCTATTTAGGGTA AGAAATCAGGGCAAATAAAATCCAACATATAGAGAAGAACATAACATACCTAAATATGTA TTTTTTAAGGGAGGTAAAAGAATGTTTTTTAAATAATTTAATATGTTTTGTATAAGATTT TTTAATTATTTTTTTACATTTGCCTTACTTTAAGTATCTTAATTCTGACGGATTATGAAA TTTAAAGAATTATAGAAGACCATTGAATGTTATGGTGTTAAATTAAAAAGGGCAACTTTC ACATATAGCAAACAAAAAATTTATATTTGTATGCTATAGCAAACTTTACATAATTGCGCT CCATAGCAAACATAAAAACTGTATAATTCGTTATACATATACAAGTGTATAATTCGCTGG CCTAAATTGTATAATTCACTGGTCTATTTCGCTGCAATTGTATAATTTGTTATCCTATTT CAATGCAATTGTATAATGCACAATTGTATAATTCACTACCTATTTCGCTGCAATATTAAG TGTATAGCAAGAAAATATATGTTTTTCTCTCGCTTTATACAAAAACAGAAACACAATATA TACACTTCTGTTGTATAAAGCTAGAGAAAATTGTATTTCGCTGCAATTGTATAATTCGCA ATTGTATAATTCGTTCACCTTTTTCTCAGCAATATTTGAAGTAAAATGTTTGTAAATTGT ATAATTAAGTGTATAACACGAAGATATATATTTTTGCATGTGTATATACAATTTTCTCTC GCTTTATACAAAACAGAAATAGAATTATACACTTCTGTGTATAAAGCGAGAGAGGCGAGC GAGATTTCTGGGAGAGAGACGCTGGCAAATTTTAGCTAATGTTTGCTATGGAGCACAATT AAATCAAACCCTAACTATTCCATTTATTTTAAGTTATTAGTTTGCTATTATATACAATTT TTCCAATTAAAGGGCAAATGGGTAACTCTTTTTGGTGTAAGAATTAAGATGTTGAAATAG AAAAAAATATTAAATATAGAAAAAGACATTATTTTTTAGAATTAATCAAGGAGAAAGTAT TTAAATTGGAACAATAGAGTAATTTTATTAGATATTCAAAATATACAAAATAAACAATTT TTAAACAGAATGAGTTATAATTTTTATTTTAATTCAATTTATAGGTTTTTGGCATATTTT ATGATGAAGAATTTAATTTTAAGATTCGTTGAAATATTTATTTATGTGCTTTCCATTTTG TGTTTGTTATTAAGGACCCCATTGGATTGAATTTTCAAAAAGCAAATGCATATATAGTAG TTTTAAAACCAACTTTTCACATATAAAAGAAAATAGGAGAGTTTTTTTAGAAAACTTACA ATCACGATAAATTAATTTATAAGTATTTTTTTTGGTTAGAAGTAACGAAAATGGGTTTAT CTGAATTCATTATTGGTGATCTTGCGTATAAAAATTAAGTCATTTATTTGATAGTTAGCT AACATATAGCATTTTTTTACGTATAAAATTTAATAACCTAAATTCCATATTTATTTTACA ATTTAGAAATTTATATAACTTGTGAGGATATCTCTATATTAGTTCATGTGGTATAAAAAA TCAAATAACTAAATTTGATATAAAAATATTTAAATTTTTTTATGACTAATTTTTATATAG TAATTAAAAAAATAAAAAAAGAATTTTAACTGAAAATAAAAAGAGATTCGAAGTTAGGAA AATGTCATTTTCACTCCATAAAAAGTTTTCAATTCATTAAAACAATTTGCTAAAGTTAAA CAACTTTGGCCTTTATGGTTTTATCACTTCTGTGAACAATTTTGATAGGACTCCTAACCA ATGTCTGTATGATCATGGATAATATTTATATATTTTAATAACTAAATAGTAAATTGATTT GATTATTCGTCTAAATATTTTTAAAAAATTATAATTTTTTAACTTCACATTCTTTACACG AACTATCAAACCGACTCTTTATTAACAACAAGTAAATAGGTGATAGAGTTAATTTCTTAT TTTTAATTAATTTCTTAAGTTTTAATTGTGAATTTGATAAAGAATTATTAATAAAATAGA AATTCTTTATTTTTTTATTAATAACGAATTATTAATCAAGTGAGATAAAACTCATGAAAA TGGCAAACAATATGAAGTGATATTTTTGTCCATATATTAGAAGAACATAAAAACACGTAA AATTGTGTCCTTTACGTAACACTTTTTTTCCAACTACTAAAAATTAATGATCCCAAAGTG ATGTCAATTCTACCAAAATCTTGCACGCTTTGTTTCTCATTTTACGTCTATTATTTCCTC CGTTCACTATTACGTGATTCGTTTTGAAGTATATTATTTTTACCTCATATTTCAGCCACG TCGATAGTAAGTAAAAATTTCAACTATCTAGTGATGTGTTGAGTCTAGAAAAATTTCATA AACCAAGTTTTTTTATACCTTACACATTAATTAAGGCACTCAACTACCACCTCAATTGTC GAAAATAATTTATTGGTATGTCCATTATTGAATAATTAAAAAATTCCCTAACGTTTTCAC ATGAATGCTCAATTCTATCGACAACAAGATATTTTTGGATTGAGCAATAATATTAGTCCA TTTATGTTTAAACAAATAAAAGAAATTGCTTCTTCATGACTATGTTCATTAGTTAAAATG TTAAAACAAATAAAAAGAAAACTTGATAATAATTGAACGAATTGATTTATAATGTTTCAA TCCAAGTTTGAACATTAACTTCGCCAATATGACTAAATCCAAAGTCATCTATTGCAAGTC AAATGAAACAAACTAAAAACATGAAATATGACTATTTAAAGCTTTCAACTCTAACTAGCA AGCATTTTCTATGTTCAACATAATCAGTTGAACAGCAGCACCTATATTTCTAATTGTTGT TCTTCTTTTCAGCAGCTGCAGTTTTGTTGTATTCTTCCATTTCCTTTTTGTAGACCTCCA TCGCTTCAGCTGCTTCGTTATTCCACACTTGTTTCTCTTCTTCACTCAATTCCTACACAT AAAAAAACAATAAACGGACATCAAAGGACAATCTGATGCACTAAACATCCTGCAATCATG CTGGGCAAGGGGAAAGGGTGTGCATCAATGCTCGGTCTATAGTTAAAGGTAACAACTTTA CAGTTGCTTCAGGACTCGTCCCCCCACACACTGAAGTCACACGGAACACACAACACAACA ATTTGTACAGTGTAATACCGCTAAAGTGGGGTCTGGAGAGGGTAAAAACGTAGGCAGACC TTAACCACTACCTTGATAAAGTTGTGTCAAAAAGGAATTGTACCTTCCATTTCAGTGAAA TGAGAGCATTAATGGTAGAATTGTTAATCCCAGGACGCTCTTCTACTAGTTTCTTTCTTT CCTCTCTACTGAAACGGAAGAATGATGAAGCAGGCTTCTTTGGTTTGTTAGGATACACAT TGTCATCCTTTTGTTTCTTCTTTTGGCGATTTTCTTTCGTTTTCTGCCAGAACTCACACC ACAACAAACCAATCAATAAGCTTAAACTCAACTTCTGTAAAAGCCTAATCAGAAATTGTA TCAAGAATGACTAGACAAACAAACCTTGATCAAATTTTCTGTTTTTTCTTTCTTTTTGAG CAATTGAAGTGCTTCTTGCTTCTTGAGTTTCATCAATTCTTCCTCTTCCTTCATGTGTTC AGCAGCTTCTTCGTCTTTCTTCTTCTTATAAACTTCCATTTCTTGCAAATATTTCTCCTT GTTCTTCATTGCCATCTGCATATATCGAACGAAAACATGTCTATAAGCTTCTAAAATAAG AAACATCCAGACAAAAGGGGTTTCAGTTCTCCAAGATTTCAGTAAAAATCACCTCCTCAT AAGGTGCTTTTTGTTGCTCTGTCATGTTCTTCCACTCTTCACCAGTAACCTTTGCCACCT ATAATTGAAAGTACTAATTAGAAATTTAACAAAATTATAAGAAAATATTGCAAACAACAA AACTCGTCATGAATCTTTACCTCCTTCACATTGTTGTTGTTCTCAGCAAGTAGAGCAGCT CGACGCTCATTTGTGAACAGGAAAAATGCTGATAAAGGCTGTTTTGGTTTCAAAGGGTCC TTCTCTTTCCTATATAACATGAATTAACGAGGCGAATATTAGATTTAAAGTTCACAAGCA CCAAATAAATATGACTAAGAGAAAGTGAATTCTACTTTTTCTTCTTGTTTTCATTCACTA TTGCTTCTTGCTGATACTGAATGTATTGTTCAAGTAACTCCATAGCTGTCTTTTGTTTCT GCTCGTCATCCAAGAGTCTCATCGCTTCATGTTCGCGCTTCTCCATTCCGACTATCTTCA AGTATACTTCTTTCTCAGCTTGGTATTTTTCCTCATAAGGCTTTTTCTCTTCAGCACTTA TTGTTTTCCACTTAGCACCCAATAAATTAGCCATCTCTTTGAACTCAGCATTTGGATTAG CCTTTTTCACCTGAAATAACGGATTGTCGTTATGAAACCAGTAATATTAAAAGAAACATT TCAATTGAGATTGATGAACCCTTCTTCACATTTACCTCATTCCATTGGTCTTTGCTCCAC AATAGATATGGCGGAACCGGCCTTTTCTTCGAAGGATCTGCCTTTTTCTTCTCTTTCTTT TCCTCTTTGTCTCTCAGCGATTGCACAATAGGGAAGTTCTAATGAAACATGTAAATAAAT TAAAAATGTCAGCTTTGAAACAAACTAGTTGCAAACGACAACATAACCATGGACCAGCGT AATCCCACTTGCGGGGACTAAAGAGGGTAAAATGTAGGCAACTCGTAGGAAGAACAAACA AACAAGAACGAATGAAATATACCAAATCAATGGCGTCTCAATTCCAAATGGTAAAAATGT CAGCTTTGATACAAATAATGCTTCAATAGGATCAAATCAAACATGGGCAGATCTAGAGAG CGGGAACGAGTTCTGCAGAATCCAGTAGATTTAGAGGAAACTCAACTTCATAGATTGATA AACAACTTATCTAGAACTCAATAGCTTTGATTTCTTTTTCAATCTACTTTGATATGACTC TCCTTCCACAAGGTAACTACACTCACGAGACCCTACTAGTGGAATCACACATGGTATGTA GTTGTTGTAATTAATCAAGGTAACTACACTCACGAGATTTTTTTAGAATTCAAAAATCTA TAAACTTCAAATTCTATATTCACATATGATATCTAGAGACAAGATTCAACAAGCATACCA ATGTTGGTTTGAACTCTTTCATTTTCTGCAGCTTTTTGAGTTCCGTCTGAAGCTTCTCAT GCTCTTTACCTCGCGCCTCGAGCTCTTCCTCTTTCTGCTTCAGCATTTCCTCTCTAGCCT TCAACATTTCCTCAGTCTGCTCCTTCTCAAGTGTCATCTTCTGAAGCTTTTCTTGCATTT CCAGCAACTCTTTCTCAAAAGAACTCTGCTCCATCTGCTGCTTCGCCGCCTTTGAGGCCC CTCTCTTGTTTGATTTCTTCTGCGATTGTGGATCAACATTCTCTTTAACAGAATCATCCA CAGGCAACACCACAGAAGGGGACTGAGCTACAGTTCCAGCCAGTATATTGGCTTCGTTCA ACGACTGTTTTTTCTGCTTCAGCACCTTCCTAGACTTCCCCTTCTTCGCCGGGACGTCGG AGGGAAGAGTCATTTCAACAACACTAGCCATGGATTAGGGGGCTTGAAGAAAATGAGGCT AAACCCTAGAAAAGTAGAATCTTTTTAATGGTTTTTGTTAAGTGACAGAATGGGGCTTTA TATAGGATAATGGAAACCCAACGGCTAGTTTTTTCAAATTCAAAAGTGCACTTTAGTTTC CAAGATTCATAAAGTAAATTTAATAAACTTTACCGTTAGCTGAATTGGATTTGATTTGCT AATATCCTTCTAAGCACTCTAAAAAAATAGGGGGGAAAATCTTAAAAGCTCCATTCCATA GAAAACTTAAATCTAGCTTCATTCAATTGCAAAATATTTGAAGACCAGATTCTGGTCAAC TTCATGGTCAAACAAAATATTTGAAAATAATTTTTCAGAATTTATGACCAAACGCCAGCC GTAAACGCTCCCTTATAATTTTTTTCTACCCCATAAAACGATTTAACATAGTACATGCTA CCCCAACCAACACAAGCACGAGTAATTCTGGTCACCAAGATTTGAACTAATAGAAAGAAA TCATCTTATTATAAGTACAAAGTGTACATACAACACAATCTAGTGAGTTGTGAGTTGTGA CTGACCAACATCAAATTTTCATTTGATTCAGAACTCTAAATAAATATTTCCAAATCCCAA AAGATAGAAAAAAGAATTCCCACTACAGATTCCTGGAAAATCATGTATATGAGAATCAGG TAATAACATTGCAATCAAGATGAACTTCCCTACTGAAAAAATCTATATATTGCCAAACTG ATGCATCAACCGTGGAATGTAGTCGCGAGGAGCACCTGTTATGTGCCTTAAATCTCTGTA GTATTCACATCACAGATTAGAGATAAACAAGCAATGTTCATCCCTGTTAGCTAGCCTTGA ATTTTCTCAAGAAAACAACTTGCATTTCACAAGTTCATCTCATTGACCATTTAACACCAT CTCCATTAGCATATCGTTCCAAGCGTCTATAGGTCCAGGCAAACACCAATGCAAGCAGTC ATTGATGACTTTTGCATTCTTATCTTTTGCAAATGGATGAAAATGCCTGTATGGACCTGG ATGCCCATCGGGCCTCATTAATGAAAGGCTAGTTACATCGAAAAGTTTTAGATTCAAACC CTTTTCAGAAGCTTTAGCTGTAGCCTTTCCGATTTCCTCCAACTCGATTTCATGTAGAAT TTTGTTGACCTCACTCAAAGTGAAATTACCTTCCTTCACTGGTTTTGTTCTTTTACAACT TCCTCCGCTAAACCACTCACCATTTTCGAAATGGTCTGGTGTCGCGGTCCTGAAAAAGAT CATGCCTTTGTGATTTGATGAGAGGATGTAGTTGAAAACATTACCAAGAACTTTACGGTA CGCAAAGTTGAAACCAAGCTCAGTAAAGTTCTTTTTGGGACAGTAGTGACAGCCCAGTAC AGTATCGTTTTCATAGTAGATTGCAGTTTTGACATACCACTCACCACTAGCAAATATCAT ATAGTCAAAATCCTTAAACTGATCTGTCCAACTAGTATCAAGTTTGTCGATATGAAGTTC AATCTCAGATGTGGAAACTCCATTGTAGTCTTCAAATATATCCGCCTTCGCCAGAAAGGG GGACCAAATTACTGAAACGGTGAAGTTGTACGAGGGGAATAACCATCTCCTGGATCGGTA CTCCTTATCATGGTATACTTCAACAGCTTCGTCTACCTGAAATAGCATCATTTAACAATC AACAAGCTGACTCAAGAAGAAACCTATAGCTACAGATTTTTTTTTAAAAAAAACAATACC ACAAACATACAGTTAGAAGAGCGATCAGTTCACAAAATCAGAACTTTCAAATAGTAGCAT AAAATCCCGCTGTGGATTATACAAGAAACTACAAAACACAGATGACTAGTATCTCATAAT CACTCAGTGTCTAGCAACAATTGAGTGATTATACCCTACAAATCACTTCTTTGCTTCAAA ATCTTCTTTTTTTGAGCCGAGGTCTATTGGAAACAGCCTCTGCGCTCCACAAAGAAAAGG ATAGGATCAAGGTACATCCTACCCTACCCATACCCCACTTGTGAGACTACACAACGTATA TTGTTGTTGACTAGAAACATTTGCAAGCAATTAATAGGCTCACTGGTTGGTCAGCATGAG TGAACCATCCATTACAGCCGAAAGCCGCATCCAAGATTGAAAAGTTAATAGATACCTCAG TTATATATAACAGTATAGTTTCTGTACTAAATGCAAGCAATTAATAGGCTCACTGGTTGG TCAGCAAGAGTGAACCATCCATTACGGCCGAAAGTCGCATCCAAGGTTGAAAAGTTAATA GATACCTTAGTTATATATAACGGTATAGTTTCTATGCTAAACTGACTATTTTATTTATCA AATATTCATACAAGCAGTCTGATCTTCTGAAAAATCCAAGATCATACTAACATCTTACAC TTTACACAGGAGGCTCCTTACTTCATCTACTCTAATATAAGGTCTTAAGTAAGTGTCTGC TGAAACCTACTACCATGAAACCAGTTGGCTTTTGGTCCCCCAAGTAAAGCTAACCAAACT TGATAGCTCAATAATTAACTGGTTATTAAATATTTCCTAGCAGAGACCAAAATGGTAGGA AGCAAGAACAAACATGAACATCAAGGAAGATTTTAAGGCTTCAACTAAAAATTAAGTTGA AAAAACCCAGCAAATATCTCTCATAAAGTACGGTGACTGTTCTTACTGAGGGAAATACTC CGACAATATTATAATGATGATATAAAATATTGAACAGATAACACTCACACTATCTCCCAG TAACAGTTTCCATGCAATATAAAGTTACACACTTGCACTTTAATGTTTGAAACACCTAAT TTAATGAGATTCAAAACAAATACTACATCCATTCCAAATTGACCGAATTTTCTTCTTGGG CTGCCCCAAATGCTGCCCACTTTTTTTTTAAAAAAAATAGAAAGCTCAGATGCAATTTTT TTATTTTTATAGAAAGCTGTATCCGTTCATTTTTACTTCTGGACAAACTTTTCTCCACCA CATTCTCCAACAACAGAAGTTGGACGGTTCGTTTTCGGTGGCACGGAGAGAACATAATTG AGCATACCAAACTTGGGGATGGAACCTCATAATCCCCATTTCATTTATTGCACCACTTGG ATATTCAAAAATGTCCTACACAAAAATTTAAGCACTCACTTATTCAAGACAAGCGAGCAG AATGTATATGCCTTGAAGGAAAAAGATAACCCAAGCAATAACGATCGAAAAAATCATTTT GTTACTTGATCAATGCTAAATTATGGTGGAAACATGGCAAAAGAACAACCAAAACTTACA CAAACAATTGACAATGATTGTAACTTGTTACCTTTGAGAGTACGCAAAGAAATGATTGGA CATGGTTCCTTGATATTGAATCACCAATTAATGCCCATGTTTTATTTCTCATAAATTGAA GAAACTTAAGTGGATTGAACCGAGGTAACTTGCAATTTCGTGGATTCCACCTCCAGTAAA GATAACCATTATCCGGTCGGCCATTCTTCATACAATTCTGATGGTCTTCAATAAATTTGC ATGTCTCATCCGTGTAAACAGGACCATCTGGATCAGGAATCCAATCTCCAATGAAAAGAT TACACGTACCTGCTTGTTCTATAGCACAGCCAAGGAAACAAGCGGCACCATGTGACGACA GAGAACTTGATATTCCAAATTAAGACGTATGATAAAGGGAAAACAACTAAAGAATCAGCC AACAAATCTATAACCTACTATGACGTGGTGCAAGCTACACGAATCAAACAAAGTGTATTA TTATGTACCCTGTCAACTTCAACACTTGTAACAATTTCAATCATTTCAAGCTCCCCAACA GGAAACCATCCAGGCTCCATACCAAATGAAATACAAAACCAATACTAAGGCATCCATTAG TTGCACGTTTTTACTTACTCGGTCACAAACAAATTAAAGCTAATAAAACTGCACTCCTAA GAACCAGAACCACTAAATACATCAACAACACACCCACTATAATCCCAAAAGTGGGGCTAG GGAAGGTGGTGTCAACGCAATCTTGGGAAAGTAAAGAAACCATTTCTTGGCTAGACCCTC AGCTCAAGTAAAGCATATCCAAAAATACAGCATGTAAACCCAACAAGTAGTATACAACAC ATACTTAAACAAATGGAGAAGATAACAGTAGCAATAACAAATAACACAATAACCAAAGCC AAGGAGACACTAAAATCAAGGACAAGATAATCCAGAAACCACTAAAAGGATGGGTGGAAA AACAGAGGCTCCATGATCATAGCTCAATAAATACACAATACACTGCACACGCTACTCATT TGTACAATGGATATAAAAAATATAAACATAAAAATTATAGCTATAACAGATCCAAAAGTA CATAAATTATCACATTTCTCAATCATGCAACTCTTCTTCCTTAAGAACAACAAATGATCA TTAAGCAATTACCTTCCCTAATCACATTCAAATACATTACATACTCTAAACTACAAATCC AAGAACTGGGAAAAACCTCAAATACCTTCAGGACCAATCTGATCTGCAACTTCAGGCAAA CTGAAAGAAACAGGAGGCGGTGAAAATAGAGTTTTTTGAACAAAAGGGGTTTCTTGAACT TCAGAAATCACATCAGATCTTGAAAATAAAAGCCTAAAAGCAAGACCCACAAGAAGAATC GAAAAACCCAACTTCAAAACAAAGTGATTTTGCTTGTAAACAGATTTCCACCAAGATTTC CAATGAAATAACATTTTTTTCAGCATACCCACTTCTTCTTTAGCTCTTCTCTATCAGTAT AGCCAAAGATCTTCAATGAAAATTCATAAAAATGTAATCTTTAGCTAAAGATTTCAAAAG GGTATCAACCTTTTAAGTGAAAAACAGGTATTGGTGATTATACAGTATTAAATACAAGTT GAAGGAACCGACAAATCTTGAGTGTATGGAGTGACAAGTAGCAGATTACAAAAGCACATG ATGAAGAAATGTTAAACAATTGAATTTTGGTTTGGAGTTAACATTCACACATACAGAAGA AACAAGAGAATATTTAATGTGTTCCTTATCACCAATTTTTATCTTTATTTTTTGTATACA TATATTCTAGATCTAAAACAGATATAAAAATTATAAAAAGTTATTCCCAAAAAAGTGTCC AAGCCATACTTGGTAATGTCGAGAATAATATTAGTTCAGTAGGTTGGCTGTTTTATCATT TTCGATTATATTATTAATTAATTTTTATTTTTTTTGAGTTACGTTATCCTCGAGTTTCAT TATTTTTTATATTTCTTTTAAAAAGAAAAACTTGTTACAATATCATATTATGAATTTTAA GAATTAAATTTTTAATTTAACCTTTAAAACTGATTCACATTATATAAGTATTTCTTATAT GACCATCTATGCGCGACCCTTTACAGCTAAATTCATAAGAAAACAAATACATAAAATAAT GATTTTTATGACCAATTAAAATTGCCTTGTCGGATGTATAATTGCCTCGAGATGCCTAAT AATATATGCATTATTGAATATTTTTAATAACAAGAAGAAAAATTTTATATAAAAGAATTT TAATTGAATTTGAATTAGGTAGGGTATCCATTCCAATCTTATTGTAATCTTATTTAATAC TCGTTAGTCTCAAATAAATTAGATCAATTATATTAAAAAATCTTTTTAATTCAACTTTAA TTAATATCATCATATATAATAAAAATAACTTATATATATAATTGTTATTAATAATAATAA TGTAGAAGTTCTCTGTCAAATTTAAAATTTATTCTTGATTAATTAAAATTACAACATATC GTTACATAATTAAAAAAAGTCAAATTATAAAACCAACGAAAATAAGCTCATAACAATGAA TTTATATCTAGATAAAACGAAACAATTTAGATACTAAAAACATTTTCATTTTTAATTCTA AAGTTACCAATTCAAGTACAAAAAATAAAAATAAAAATAAGAGAAAATAAGTATATATTT GCATCCTATTGAAAATGTTGCTCACAAATGAGTCAGACATCAACTAGAAAAATCAAAAAG AATATTTGCATTTAATGATGTGCCAATTTGGGTGATTGGTTCTGTTTTCTTCAATATGAA GGCTCAAAAATATGGGGTTACATTATTATCATTGACAGATATACTTTTTTGTCTTTTATA TAATATATATATATATAGTTTTAAGCCCCTTACCTAATGTGGTGGTATAATTGTTTAGTT GATACATTATTTTACCAATTAAAGAAAATAATATTGAGTATAGTGCTTATTTTTGGCATG TTGCAAATTTTGTACATTAACAAACTATTATTAAATTTTACTATAACAATCCAGTGAAAA TAGCTAATTAACGAAGAAAAAAAAACCATGTCTCACGTACAAGTTTCAAGTTAGCAATGA GCTTTTATTCTTAATTTAAATGATTTTCTATCTAATTATATTTTATCAATTCTGAAAGAG TGAAAAAGAAGATCGCAATAGTAATAAATATTGATATTATGTATATTGCAATAGTAGTTT TTTTTTATCACGTGATACTTTTTAACATTAAGAACATCATAATGTTTTATCAGTCACTTC TCATGTTGAACGTGGAATCTGAATCTAACCTTGTAATTGAGGTTGTTGAGCCAACAAAAG TGGAGAAAGAGAACTCTTTTTATCGCCCTCAAATCACGACTTAATATAAATTCTTGTCGT CCTTTTTGAGCAAGCGTAACTAGTGATATGAAATAGCCCTTCTTTAGCTTAGAGCCCGAA AAAGCAATATTCGATCTACATACGCCATAAGAGGAATAATATAGTAGTCTTGCACTTTTG AAATGTTCAATTTGATTCTATAGTAGGTTCTTTTGGTTATATAGTATAATACATGTATAT TTGTTTCTATTTTCAAGTAGGATCAAAATAAATAAAATATAAGCTCCTATCATCTTTTAT TATTTGTAGTAAGTTTGTTCTATCATCGTAAAAACAATAATAATATAAAGAAAGAAATAA AAATATATTATATTCGGAAAAAAAACCCTGTTAATTCAATCACTTCAGAAAAAAAAAGTT ATAACACATGCTATTATAACTTCAATTTTCTACGTGTAAAAATAAAAATCAAAATCAAAA TCTATGCCATTACAAGTGCAATAATAGAATTGTCTAAACCCGACTCCTCAAAAGTCAAGT TACTATCATAATTCCAAAAGTTAGTTGGCCCTGGCATTGCTTGTCTAAATCGAAACGCCC TTGTTTTTGCTTCTTCAAATTGAGTTGAACAAAAAGACCATAACAACTTAATCGGATCAG TTTTCATGAAATTCCTCTGAATTCTACGTCCATCAGGTAGACGAATCGCGATTCTACACA CCAAATTCTTGTCACAGATCAAACTGCCATTTGGTTCTTCCGGTAGTGGAAGATAAATCA ACAACTCACGATCATTTCCTTCGGTTCATGATTAGTATCACTACTTTCTTCAGTTCTATC GCGATGAGTTAATCTTTCCAATTGATTTCTGATTAGATCTGAGTGATACTCCGAAGGAGT ACGATCAATAAAAGTCATAACATCTGCAAGCAACCTCTCAGGCTGAACCATACCGTTCCA GGAGCGCATTTTTTGACCTGTTATAGGATCAATCACTAATATAACTGGCCTGGAATCTAA TTTGTAGTAAGTACAAACTTTTCGTCCTTCCTCTGTATGATCTCCCTCTTGCCAAAACAC GAAGTTGTTTTCGATCATCTTAGCAACGATATCATTAGCCCAGGTATCTCGATTAAGCGT TTCTGAGGCGAATTCACCCCTGCATTGCACATTAACTAAAAGCCATTGGTTCCGCTTAGC GCCAGCTTCTTTTGCGTGATCAAATGGTCCGTTGTATAAAAATTCATAAGGAGGACGAAA CAGATCAGAAAGGGCATTATTGGAATATGAGTCAAAAGTAGAAGACGAAATTTGATCTCT CTCATCTTCGTATAGTCCTGAAGTTTCACCGTAAAAAACTTCCCGTCTTACCGGTGATGG CAAATGTACATCGTCGTCGTCGTCTTCCCATTCCCGGAGTGTTGGAGTATTTTCGATTAA TGGCGAATAATTGAACGATTCTGCTGCTGCTGTTGCTCCATTGTTGTTTCCGGAGAAAAA ACGTTGAATTGCTTCCTCCAGATTCCAGTTTGTTGCTTGAAGAAATTCCCGGGCAGTATC GACGGTTTGATCGACGGCGATATCAAGGAAGGAAGAAATTAGCATGTCCATGGCTTTGAT CTCGTACTGAAATTACGCTGAATACGTTATTATTAGTTGTTACTGTAATCAGGTATGATA GAGAATGAAGAGTAGCATATGTATATATTTATTATAGTTTTTAACACAGATTAATTAGAA CTAGGAAAAAACATAGTTAGATTTAATTAGGAAATATTATTTTTATTTATGGTAAACTAA AGAAACGTAACAAATATAAAATCCGTCTCCTAGACAATTTAGATTTATTAATTATATTTA TTTTTATTACTATTATTAAAAATATGAACTTTCCAAGTTTATTTTCTATATTCAATTAAT TGTTTTTTATATTTATATTGAAAACAAACACGTTTTCATGTCGAGATTGTGATTTTTTTC AAAAGATAGTGATTTTTCTAAAAGATTGTGACTTTTTTCGAAGGGTAGTGACTTTTTCAA AAAATTGTGATTTTTTTTGATGAATTGTGACATTTTCAAAAGATTATAACTTTTACGAAG AGTTGTAATTTAACCAAAGATTTATAACTTTCTCGGTGAGTTATGATCTTTAAGAAAGAT TTTGACTTTGTACGATTGTAACTAATGATAAGGCATAATTAACGCATTTTCATATTAGTA AAATTTCAGAAAAAGGTAAATTACTGTATAATAATAATGTTGACATAGTTTAACACGTTT CTCTTATTGATTTAATGGAAAAGGGTTAAAATTGTCTCATAGACTATAGTTAAAATTGTC TCTGAACTATGTGAAATAGACTACTTATACCCTTCGTTGCATCTTGGGATAAAAAATGTT TATCCTTAAAGACCACATATACCCTCAAGAGTTAACACCCCATATTTTTATTGACTTGGA AAGCCTCGTGGACTGATCCTTCCACCTAAGCATTGCCAACAAGGATTCACTACAAAAGAA CTAGTCCTTTTAGCGGCGACCATAGTCACCCACAAAAATCCAAAAAATCGTCACTTAAAG CTTTAACATTAAATTGTAATTTTGTGTTTTTTTCTTGATTGTTTTTAAAAAGCAAAAATG ATATTAAGTAGGAGTTTGAAGACACTATATGTTTTATTTTTATGATATATGTAAATGTAT AAAATGTACAATGATGCATTATATAGTAGGAAATGTGAATCGAGAAATAATTTTCATAAT TTTTCGTAATAATATTGGGTGTTTTTAATATTGATATTGCAGGTTATTTATTTTAAAAAA TTAGGTTGCTATCGAAAATTAATTATCATATTTTTTTGTAAAAAAAAATAAGTTATTAGT AGCGAGTGATTGTTTGAGCTTTAGTCGTCACTAAAAATCACTCATAACCTTTAGTGACAA TATTTTGGAATTTGGTGGCAATTTTGTCGCCACTAAAGGTCAAATTCTTTTGTAATGAAT CTTAGTTGGCAACGGTTAGGTGGAGGGATTAGTCCCATGTGGCATGCCACGTCACTAAAA TATTGGGATATTAACTCTTGAGGGTATTCATGGTCTCCTAGGATAACAGCGAGGTATTTT TTATCATAAAATGTAATTGAGGGTATAAGTGATCTATTTCGCTTAATTTAGGGGCAATTT TAACCTTTTTTCGTTGATTTAATTAAATAAATAAACGTTTTAGCTTATGTTGTTTAGACT CTTTGAAGATGTTGCAGCACATATGCTTCAAAAAAATACACTGTTTTTGAAAGATCAACA CCACGTCATCTAACATTGTGATTTTTGAAGCATTCGGGCAACCTAGGGTGGAAAGAACTT TCAAGAAATTAGTTTATATATGATCAGTAAAGAGTAAATATGCAGATTGAAGTTACTTAA ACAATAAACAAAAAAATATATTTGAGCAACAAAATCCACAATTTTCTCTTTGATGTTGTT CCATCAAGAAGTTTGTAAACATTCTACTTTTATATATAACACAAACCAGAGGTGAACAGT GTGTGATCCAATTGGTGAAAGGCTACATTAAAAAAGAAAAATAAATAAATAACTAAATGA TCTAAGTTTTGTCATCAAATAAGATTACCTTCTTTTTTACAAAATTTCTGCAGATTTTAG CTTACACAGACTTCATATCTGATTTACCTTCAGGTTAACATACCAAAGAAGAAACTGAAG TGCCTTCAACTAACATAGTTGCTCTGCAATTGCTTTTGGGACTTTCATGCCGAATCCATG CTTTACTCTTTCAACCCTGTTAGCGATAACAAACACCAGTGAAACGTCAGATTAGGTAGT AAGAAAAACATCCCATTGAAATTATACAATTTCCTCGTTGAAAGATAACATGCAAACAGA TTATAATCCAGCTTTTTTTTTCTTCGCAGGTGGTAGAGTGTCGGTAAATGGAATATTTAC ATCCCGGAATCTCAGGAGTTCAGATGGTGATATATCAGTTCAAAAATAATTCATAAACAT ACATGTAAACGTGACCTCAACTGAGAAGTAAGCACTCCAACTTTGAGTCTGTACATCTAG AACACCTCAACTCGTCATCATTGTGTCAATTGAACACTCCAACGAGACATAGTGAATGAA CGAGTTGGAGTGTTTAGTTGTCAGTTGAGCGCACTTTTGTCAGCTGAGGCCAAGTATTAG TGTTTGTTTATGTATTATCCCTTATTTTAATCCACCTAAATCTATTAGTGTTCCTGACTT CCTCTAATGTTACATGCATAAATTCATATCCTTAGCTTCAGAAATTCATAGCTTTGTTCT AAAGAGGTTGTGTCTTCAGAAAAAAATGTGAACTTCAGCTTTAAATTGAATAGGAAACTC ACGTTGGGGCAAGTTTGCCAAGGCCGTCAAGTTCTTCACCAGTGTGTTCATCAATAACAC TTCCTGAAATCTCAACGAAATAAGACTTATTTTTCGTTACAGGGAGACCTCTGCTTGCAA GAAGATCTAAATCTTTCTGATGGAGCTCACGTCCATTCACGTAGATCCCTGTGTTCCCAG CAGCACAATCTTTTGCGATTGGATAATTAAATTCTTCAATATTTGGCTGCAAGCAAATTA TAATACTTCATCAATTTGGTAATCCACCAAAATTCTTCCAAGAGACATGTTATATATATC AGACAGTATTGAATGATTTGAAACATACCAGAATGACGCCAAGGCAGGGATGGCCCATCA CTCCCCAAAAGCCAGCACGGTAGTCATACCTGGTTCATCATTTAAACAAAGTTCGAAGTC AAATTTCAGATAATTTAAGGCTGTCATCATGTTAGAAAAGCAAAATGGCGTCCACAAGAA AGCATCACAACGTAAATTTCGCCACAAGGACGAAGTGAACAGAATGAGTTTCTTCTCAGC AGTTACTAGCATCAAGGTTCATGAGAAAGCAAACAAGAGAAGGCTGAACTAATATGCATT TTTTAAGCTACTATATCACATACTACCTCCGTTTCAATTTGTTTGTCTAGTTTTGACTTG ACACGAAGTATAAGAAAATAAAAAAGATTTTTGTATGTTGTGGTCTTAGGCAAAAGATAT GTAGAATGTACCAAAATGTCTTTTAACTTTGTGGTCTTAAACATGTCATATGGAAAGTTG GAATTAAAGAGCTGCCAAAAAAGGAAAGAGACATTCTTTTTCAAATGGACTAAAAAGGAA AGTAAGACAAAAAATGAAATGGAGGAAGTAATATCATTTGTCTTCTCAATCAGATGTACT TACCAGTAATCTCCTGGCTGAATGGACCCAGCTAATTTCTCCGCCTTCCTAACAACACGA TCTGGTATCGCTCTGCCATTAACAAATACATTTGATCTTCCATTCTCTGAACTTTGATGA GATCTTGATAATTCTCCAAGGCTCCTTTTTATAAAGCCCATGAAGGACTGACCTCCTTTA TAGCTTTTTGATAAATTTTCCTCTTTACTTGATTGATTTGATTCCACAGATACACCACTA TGTACAAATTCATTCGTCGAGACATCCATTTCCACTGCCATCGACACATCTTTAATGGAA TTCTGCCTAGAGGTACTTCTATCAAGTATGGTCCTTTCTTGATCAGTGTGTTCCTTCATG TCCTCCTTCCTGATTTTTTCTACATCTTTGGGAGAAATACTATAAGCATGGTCATTTTGA GAAGAATCTAGGAGCGGTATAGGATCATCTTCTAGGGGAATTTCAGCACGGTGAGCAAGA TCATGTCTAAGAATCACACGCTCTGGGCTTAATTCATCTTCAGAATGACTAGATGGCGAG GAAAGAGCACTGTACCTCTTCTCGAGCTCAGTGGAATTTGATTTCTGACTCCTGGAAGGT GACTCTAGCTTAGTATCAGCGAAATCGTAGTTAGAATTATCATAATCATCAGACCACGGA CTCATCTCATCATTCATCAAACAACCATTAGCATTTTGAAGATTCTCATTTGGCACATTG CTGGTACCAGGAGCAAACTCAGCAGACAGTTGTTTCACTTGTGAAGAAAAGGAAACACCC GACTCTTTACTACCAAGTTCAAATAGAATTATCGCCGAACAGGATCCACATCTCATTCTC TTCTCACTCTTTCCTGTTATCATTAATTTCTTAGGAATCTTCAGCAGCTCAAAGCAGCCA CAGCACGCAATGAAAGGGGCACCACCTGCTATAGGTTGATATACACGTCCAACTCTATGA GCAACAACCACTTTTCTAGGATAACCCCGATAACCAAGACCACCATTTTCTGACTCCAGG TCACTAGAACTTCTTGTAAGTCGCCGCCCTTCATGATAATTCTTATTAAGGGCAGAGGAG CCTTCAGATGTATAACCCCCTGGACCATAACCCACAGAGTTCATGTGGTGATGTAGAATG GGATTAGCAGCCCCATTTCGTGATCTTCGGCTGACAAAACCAGATGGTTGAATCACTGGA GGAATTTGATAATTTTGGTTCAAGCAATGTGAACAAGAGCATGCAGATTGGTGGAAAAGG GTTTCATGTGGATGTGGTATGAAGAAGTTATCGTTGTGATGCCCAGGATAATGTTCAGGA TATGTTGGGGGGAAATGCTGATACGGCATCTGATGGGGAGGCTTTCCGTGCATTTGCTGG CGATATTGCATTCCATATCCAAGAAATTCATGTGAAAAGCTGTCTGAAGGATAAGAGTCT GGCATCATTGAACCATGTGCACCCTTATAAGGAACATTCCCTTGATGTCCATACGTGTAT GGACGCTCTCGAACATTCTTAGATGGACCTAGGGGATGTCTGTTAGCACCATAAGACCCC TGGTTATGCACATCATACCTGCTAGAAGGATCAATGGATGTTGAAGCCATCCTTCCATCA ACAGGAACCCTATCCTTAGGTTTCTCAGAAACATCACAAGTTCGGCTAAGTTGGTCCTTT AATTCATTAATCTTCCTTAAAAGCTCTGCTCTATTGCTCTCCAAGCCTGCGACTCCAGCT ACCCTGTCCAAACCACCATTGTACCTCCTATGGTTAACAGAGCCATAGTAAGAACCCATG TCATTATCTAAAGGCCCTTCCTTAGGATATGGAGAAGCGCTGAACTTTCCTTGCATTGTT GCATTTGCACCATTTGCATAAGATCTTTCCATGTACCGACTGTCCATAGGTGGTGCTGAA CCTAGTGACGAAGGCCTTACCGTCTTAAGCTCATTTCTAACACTGAGACCGACAGATTCA ACAGTATTAATCTTTCCCCAACAATTGTCCATCCCGGCACTACTATCCCTCTTGCCTTTA GAAGTACTACATTCATCATAATCATAATAATTCTCTCCTCTAAACCTATCTACCCTCGAA CTAATTAAACTTGGTTTACCCTCTCTGGCTTTATCAAGATCATCCGGAACTTCCTTATCA TCGGATCCTGAAATGACTTGACGACGTGATACCATTCTTCCATTTTGACTTCTCCCTTCT GTCCTACCTTGTTGAAACTCATTGTGTTCCTCATCAAAATCAGAAACAGTATCTACATTC ATAGCAACATCGCCTCTATCAGGAACTGCTCTAATCTTTTCACCATCTGATACCTCAGAC AAGCCATCGTTCAAAATCCCCTTATTTTTCGCTGCACCATCATAATAACAAGCAAAAACA TGGCTTTAGAATCTTAAAAACAAGACTCAGTTCTAAACTTATACTACCATCTATACGAAA TATTACAAAAGTTCTGCTGTCCTGAACCTGGGAATATCAAAGAAACAATTGCACAGGGAG AAAGTATTCAATAGCTATGTGAAATCCCTCATCTAAAAGCTTGAACCGTTAGAAATGGCA CCTTTTTATTTGCTCATCTTCAATTCGGCCCCTCACATGGGCGCCTGGGTTTTTTCTTAG AACTAGCTAGCAAGTTGAAATATTGTATTTGGTAAATTAGTGAAAGACTTAGAACTAAAT GATGATATGAAATGAGCTTAAAGGAAGAAGTAAGGATTCATATAACTGATCTTGTTCGGG ATTAAGTCATAGCTGTCAGGATTCATGTTGCAGTAGTGAAGGTGAGACTTAGAACATAAG ATCTTTCGTCTGCTCTAACTATGCCTCAGTCCCACACAAGTCGGTGTAGGCTATATGAAA GTCTAACCCATATCATCATCCACTTAAACATCCATTACCAAAGCTAGAATACCGGATGGG GTTGTAAAATTACATTGTATTCCCTTTGTTTCAATTTGTTTGTCTTACTTTCCTTTTTAG TCTCTTTCAAAAAAAAACGTCTCTTTCCTTTCCTTTTCTAACAACTCTTCAATTCAAACT TTCAACATGACATGATTAAGAACACAAGATTAATAAACATTTCGGTACATTTTACATATC TTTAGTTTCCAACGGCCTATTAGAGTTTCTCTACCTTCAAGGTAAGGTTAAGATTTGCTT ACACTCTACCCTCCTCCATCCCACTTTGTGCAACTATATTGGGTATGTTGTTGTTATTTA TCTTTAGTTTTTTCTTAAACTTCGTGTTATATACACGATCAAGATAACCATTTACGTATA TATAGTTAGGTGTCAAATCTTCTTCGACTACCCATGAAAATCCTGACTACGCCACTGCAG ACGTCATTACTAAATTCCACTCACATAATTTAAACTTTACTTGGTTCAACATAAGGTATA GAGGAGTAAAGTAATAGACTAATAGAGAGAATATTACCTCTAAGAACAGTACCACAACCA CCACACTGGTAAACAGAAAAGTCATGAAGCTCAGGTAGAAGATTTCCACACTTGGGACAA CGAACCAATCGAACATTTGAAGAACTTTCCGCCATTTTCAAGTTTATCTAACAGAAAAAC AAACCCCAAATACCAATTCAAAGAGCAAAATCAAGTCTTGAACTTGAAAACTTAAGCAGA AATAGCAAAAAGACAACAACTTTATAACATACAAGAAAAAACAACAGAAAATTCCCAGAT CATAACTCAATGCAAATACCAAAATGGGTTCTTGAACTTGACAAATTTAAGGGAAAATAA TGCAAAGAAGACAACTTTATTACTATTACACACCAAATACAGACACCAAAGTGAAAAAAG AAAACACCCAAATGAAAAAAATGGGTTCTTGGACTAAACCAAAATAAGTAAAAATAACAA AGATGATAACTTTAACACTTTAGAGGTACAAAAGAAACACAACAAAAGAAAAAGTGTGAA ATAAACTTCACAATACAGAAGTAAAAAAGCAAAAAAAAAGCTAACAGATTCTTGTTTCTT AAAAAAAAAAAAAAAAAAAAGTTGCAGAATTTGATTTTCCCAAGAAAGAGAAAAGGGAAG GTTTGGATTTGGAGGGAGAGAGAATAAATGGTGACCCGTTTCTCGACAATTTCTTACTTT TTTTCAGATTATATTATAAAGTTTATAGAGTCATAATAAATAACTATAACATTCAAATAA ACAAGGGGGACCATACTTACAAAAATAAAAATGATGTCGTTTTATTTGGTAAAATCTGTT AAACGACACTATCTTTGTTACTTTATTTAGTTATAAGGTGTGGTTGATAAATCGTTTTCG ATAATAAAAGTTGCTTTGACGAAGCCAAAGAGAGAGCGATGGAGGCTTGCTAGCTGTTTG TTTGTGGATCTTTTTTTAGTCAAAAGTAGTTTTGATTGTGGCTTCTTCTTCACGGACTTG GTGCTCGCTTTTTTTGTCTTTTTTTATCAAATAGTCGGAATTTATATCGATTTTGATTAA ATTTGAAGTTTGGTTAAATTTTTTATAAAATTGTATGTTGTACCTTTTAAATATATTAGT CTTGTATTTTTTATTCTTTATCAATCGAATGTTTATCTAATGTAGTATATGTTTTTTTAG AAATTCAAATTATGTTCGATCGTGTTTTTCGAAATATTATTCTATGAAAATATAAGTTTT ATAACCGTGAATTAATTTTTCGATTCGTTTCAGTCTTACTTTGCTTTTTAATATGTTCAA ATAGAACTTCTCTTTTTTTTTTCTCGTAACAACTCTTTAATTTTAATTTTTTATGTAATA ACTTATATGTTTAAAACTACACATTTTGATATAGTGTATGTATCTTTAGATAAAGATCAT AAGATTCATTAAATTACTTTACGATTTTACATTACATGTCAAATCAAAATAAAAATATTT ACCACGACGATCATAACTAGATAGTAAAGACCAACATAAAACAAGACCAAAACTCAAAAG TGCAAATGATCGGATTTTTTTTATATGGGAGGTGATGTGCTTTCTGAGATAACTTCATAC GCAAAATCAAAATTTAATAATTTAGAATAAGAATGAAAAAATATTTATTAATTTTTTTTT ATAGAATGGCAAGTATGTGAATTGGTCTTCACTCCCCTCCATATACTATTTGACAAGATC TTTGTTTTTGCCCTTTAATTTTCTTTTCTTTACTTTACTTTGGTTTCAAAAGTTTACTAG AAACAAATCTTTGTGGATATTAGGATATAGGAAACATTGTTGTCTTTGAAGTACAATGTC CTTTTTTTAATTATTGAGTCTTTGAAATTCACCAATTTTGACAGTTTTTTATTCACGCCA AGTAATAAGATAACTAGGGATTGTTGGTCCACGAAAAAAAATAAAATTGTTACAAGGCAT GGTATAAAAAAAAAAAAGGAAAATGTGTATACGATTATAAATTAATAAATTAAATTAATT GCTATAATCACTCTTTGATTTAATTGTGTCCGTTAGCAAATTATTTGTCAGTCACCTCTC TCTCTCAAACTCTCGTTTGCCACTTTCCTCTCTCGCTCCATCTCTCGCTCACTTCCTCTC ACTTTTATACAAACACAAGTGTATCCCTCTCTCAGATCTCGCTCGCCACTCTCCCTAATC TCGCTCGCCACCCTCGCCTCTCTCCCTTATACAAACAAAATTGAAATGTACAAGTTGTGT CTTTGTTTGTATGAAGCGAGAGAAAATTGTATATACACATACAAATACATATGCATTTGT CCTACACACTTATAATTATACAATAAAAGTACTCCCCTGCTCAAGTCTCTTTTGCCTTTC TCTCTTTCTCGTTTTATACAAATTCAAATTTATATATAACTTCTCTCTTTCTCGTTTTAT ACAATTCGATTCAATTGTCTATTCGGTTCCCAAGTCTCTTTTGCCTTTCTCTATTTCTCA TTTTATACAAATTCAAATTATATATAATCATCCTATGCTCTTATAACTATACAATTCGTT TTATACAATTCTCTACCAAGCCTCTTTCTCTTTCTCGTTTTATTCAATTTGTTTCAATTG TATATGTATAGTGAATTATATATATATATGTTTGTTATGAAGCGCAACTATACAAACTTT GCTATAACATACATATATATATATATATATATATAGATAGATAGATAGATAGATATATAT AAAAAAAATATATTCTGTCATTTACTTGTTTTATCTAGATTTTGCTAATTCTAAGTTGCT ATTGATTGTTGAATATGGTATAAATTATATTGAAGTTTCAATACAATATTATATCGATAT TATTATTCAAAATACTGAAAACACAACCAAATAAAATATTGAATAATATCAAAATTTATA CCAACGAATATTTTCATAATTTTGATTACCATATGAGAAGTTAAGCCCTCCCTATCAAAA GGTTCTTAATTTACATATCAATTTTAAACTCTGATTTATTAACCATCTCATGATCTCTCG ATGACAAATAAAATCTATTTTATTTGTCTCGTTTGTACCAATCATATAGACTATAGTATT GATATTTGATTTGAATGCAACCCTTAAACAAGAAAAATATAATAACCATGATATAGAAAT TGTGCAAAAATTTATCAAATTATATTTGGAATCCTAAAAAATTATTATGTAGAAGAGAAA AATAATTTATTAGGATTTGTAGTATGAAATTACTGGCTCTGTCTACTTTTAATTTTTTGT TGCACATTTAGAAAGTTTTTAAGATTACATTAATTCGATATTTTAAACAAAAACTTTAAA TATTCAAAAACTATACCAAAAGTACTATAAATTCCTTTTTTTTTTTGCATATCGAGATGC AAAGATACATCGTAAAATATTAGTTGAGAATATTATCTTTTAACTCTAAAAAGAAAATTA TGACAATTAAAAGTGAACGAAAATACTTTTTATTTTTTTAAGTTACTTAAAATTATTTCT GAAACCTTCCTCCTTCCTATTATTTGTCATCCACGATTATTAGTGTTGTGGTTGTTATAA GTGAGAATGACTTTTAAGTTATTGAAAAATCAACTATACTTCTATTAGATTAAATAAATG CATCAAGTTTGAATTATTATTTTAAGATTTGACTTAGTAAAAAATATTCATGTTTAACTA ATATTGTGTCGTATTAGGTTTAATAAGAAACACTTTTAATTCTCACTAATTACGTAAATA TATGAAAATTCATACCAACCTACGTGCTACCCATAATAATTAAAGAATAATATTCTCCCT CGTAAATGTTTTTTTTTTTATTTTCTTCTCCTTAAGATAACTAATATTCTAGATTTATTT TTTTTTTTTTAACAAAAACACAGTTTTTATAGTTAATATAATATTAGAACTTGATCAATT TGAGTTTCATTAAAAAAAAAATTGATATAAACTGCTCCATAACCAATTTCATTCTTAAAA GTCAAACTCAATACATCTAAATGATGAATAAATCAATGATGGGAAAATAATTAATTTATC ACTCAGTCACAGCAATAAACAGTAAATGATTTTTTTCTTTATTTTTAAAAATGACAAAAT ACTTTTTTACCCTCTTTTAAACTAAAGTAATATATAAAATAGACATACTTTACCTTACGA GTTACAAGATAAAAGAATAAAATATACTAACACTTTATTCCTTTTGAATTTTATTCGTGA GATCATATTATCATCGTAGATCTGATTTGTAGTTTCTAATCTTTTATTTCCCACTAAATA ACAAAGGGAAAAAAGATAAATATATCTACAAACTATCGTAAATCGTATGCAAATATCATT CTTCGTACTTTTGGCACATTGGTGAATGGTGCCCTGTCGTCCAAAAACTAGAACATATAT ACCATTTATACAAACGGACATACTAGTGCCATAATCTTCTACAGGACCAATATTTATTAA AAATTAGATCGATAAGTAAGATTGTGTCACATGTCCTTATTTAGTCATATGCTCTAGTTT TCAAATGGCAGAAACACCAAAATATGATTAAAGACATTTGCATACGATTTAGGATAGTCC AAAATATATTTATCCTTTTTCCAATAAAAAATAATAATATTACTATGAGACACATATTTG TCCAATGTGCACTTGAATAAAGGGCAGTTTCACACTATGTACATTGATCAATATTCAATA TAGGCACTTATTTTCTGCAAAGATTCTTTCATATATAAATGTATATATATATATATAGTG ATGTGAATTACATGTGACTTGACTCAGAGAATCTTGATCAAACTCATCATCTATCTTCTG ACTTTACACTCATCCACTATACATGTCTTGTTACTTTCTCCAAAAAACTTTTAATTTACG TTATAGTTGATACAGGGTGATTATTGGAGCTAGAATACGAGTCACGAGTAAAAATAAATA CAGGATTTAAATTTTTATGAATTCAGGAATTAAATGTTTTCGTCATAGTCTTCACCTTTA ATTATTGCATGGTGTTTTTTTCCCTCATATTAGCATAATATATGTTTAGCATGACTTCTT TGTTACTATATTTTCATTTCATATAGATTTTGTTATATTTCACTTGAGTCGATAGTTCAT CGAAAACGATGTATCTATCTTAATCACATTGTAAGAATTAGGTTGCTTACGCACAAACCC TACCTTGAGAGGATACATTGAAACATCATTGATTTCATTTATTAAGTTTTCATTGTTAGA TCTGTCATACTTTTTAAGTTAAGAGTTCATATATATTATTTCATATTTTAATAGACTTTT TACAAATAAATTTATATTTAGCGTCAAAAAAATTGTACTTAAATAATTCTTATTCTATTA TGATGCATCCACCGTTGGTTACGGATTTAATCAAATCAATAGCTTATGTTCCAAACTCTA AACCATGAATTTATCAAATGTGTGCAAATTATTTTTAAAAAAAACTCAATAATTTAAAAG AAATAGAATTTTATACTCATTAATTTTAAATTCTAAATCGATTTCTTCTATATATTCTGC TACAAGGTATTAACGTTGAATCATGAACCAATAATGATTTGACATCAATATTTGCAAATT AGATAGTATTTCAATATTTGAAATATCGAAAATTCAAGTAGTCTGACTTTGAAAACTCAA ATATAAGTCAACAAAACACAACATATTGACTTGATGTGGGCTGCCCCAATTTGGTTAATT AATTTGGGCTAGCCCAATTTGTTTATATTCATAGTAATTGTACCTGGTACTGATAGTCAC TTCTCATTCTACTATTTAAATTATGTCCAATTATTTTAAATAAAGTTGTATATTATTTAG TGCTAGCATATATTAGTAGCAAAAATATATAGATATTTTATAAAGTATAATTGTCAAATT CGACTATAAATTTATATTGTTTGAAGTTTGAAGTTTAAGATATATATATTTGTGACTCGA CTGAAGCTCATCATACATAATTTGATTTCCTCTTTTTTCTCCTTATTGCTAGGGGCCGGG CCAAGTGAGTCGAGTAGTCGAGTGGCGTGCCAACCCTACTAATTAAGTGTCAGCACTTAG CTGTATTGTTATTAAGAAGGTAGCTGGCGCCTTTCGAAGCACTTTCTATTTTGAAATAAG ATTTTGACAAGTTAAACTTTAGATTAAATTTGAGAGCTTTTACCTCTAACAGTGCTAGCT CTTGTCTATGATTTTTTCGGCCAATGCCTTAGACCCCAATTTTTGGAGGCCTCAAATTTT TATAAATAAATAATAATGTTTAGTTTTTTCATGAAAAAATTTAATTACTTAACCTTCTTA ACTCTTCTGCACTCTATTTCTTCAAATCTTTGACACTTAGAATAATATAAAGTCAAAAAT AGGAATTAATAACCGAAAATTATTGAACAAAGTAAATTACAAATATTTTTTTATTTTTCA TAACTTTTGATATTAAAGTAGGGTATATCAAGTTATTAATTTTTTTGAATCAGATTCTAT GATTCTAGATCTTGTATTTATTCAAAATTTATCAACTTATCACTTATATACAACTATATT ATCGATTCATATGATAATTGTCTGAATAATGATGTTTTTCAATGTTGAATTTATAAAAAT CTTATTTTAAAATACTGATTTTTAAAGATATTTGAAAAAAATATTTATAAAAAATATTAA GTAATAATTTACATCTGACTTGTATACTTTCTAAAGAGTCAGACATGCCCCTGTCCCTGT CTCCAAGTGTGTGATCCACCGATTCACTGAGTGACTTTTTCTTACGTGTTCACGAAATAC TCTCCATCTAGGCCTACACAATGGCACCAATGCCCCTATGTCTTAGCTCCCCCCCCCCCC CCCCCTCTTCCATTAATTCCCCTGTAGCTATGTTTTCAATATTGGTTACGTTATATAGTT ATGAAACTATTTATTTTTAATTAATCAGATATTTTGAGTTTGAATCCTTGAGACTTCAAT ATAGACTTTAAATATCCACCCTCGTGAATCATGTTTGTATAGAAAAACACTTGATCCGTT GATCCTGTCGACTTCCAACCCAAGCATGCCAGCAAATTGATCAAAAATATTTATATAAAA CCTCAATTCATGCAACAACATATAAATACTCAAAAAAAAAATGGATTGGGGTATTAGATT CTTAATTACTAGTAAAAAAATCACAGTTAGTTAATATAGATTCTAATCTAGAATTTTCAT TTTATCAAAGTAAAGTAATATAATTTTGTATAAAAAAAGAAGTCAAGTATGCTTACTAAA AGAAGTTGCCAATAAGTTCTTAAGCAATAATAATTGGTATAATAACAACTTATATTATCA TGAATCATATGAAACCAAAAAAAAAAAAAAAAATTAAATAATTATTACACCTTGTCATTT TTATTAATTAAATCACCAATAATACTATAACAAAAGATATAAAATCCCCTTTTAAGTTTT CTCACCTTATTTCCATCACTATTAATATTTTCCCCTTCCTTTGAACTATAACATCTTCTC ATCTTCACTACGTCTATCTCCGGCTCCGGTGATGAATATCCGGCCTCCGTCACCGGCAAA ATCATCGTGTTCCGTTCGATCATATGGACAAGTGAAACTAACTCATATGAATCATATAAT GGACTCCCACAATCCCATTTAATAGAAGAAGTTGAAGAAGAAGCTTTGTCAATATTTTCT CCTTTTTGGTTCATTTTTTGTTATTTAAACTCTTGATATCCTTGATACTTGATAGTTAGA CAGGTTATAAAAGCTCGTTTAATACGTGAGATAAAAGGACTATATATTGAGAATAAAGTT TAAGTTTGACTTAGTTTGTTGTGGTGTTGTTGAAAAACATGATACTTATTTCCCAATAAT TTGAATATCTAGTGGATGACTCAGGTGATATATTTCGAATTTCAAAATTCATGTAATTTA TGTTTTAATTGTAAATTTTTAATATATTTTTTAAATATTTTGAATTATTAATTATTATGA TTTATAGTATTTTTATTTCACAAAAAATTTATATTTCACGTTTAAATTCCTTATCAAACT AAAATTATTTGATTCTCAAAATTGCAACAAAAATATTGAACTCATAAAACTTAAATTCTG ATCATTATAGCATATTTTTTATTATTACTTTAATCATTATAAAAATTGGTTATCTTTAAA TGACTCCTAAATATCTATGTTGTTATTTTCTTAATTGCAAGTGTAAAAAGCAGTACCTTC ATCTACCTCTAATTATACTGGACTTATATAAAGATTTACCTTTATAAGTAAAATTAATCT AATTGAATAATCGTGTAAAAATTTCTCCATACGTATACAAAACGTAAATTATTTTTCTTG TTTCATGTGTATAAAATAATTAGTTAGTGATGTATGAAAACGTGTAATCATGTAAGCATT TGTATCTAAACTTATAAAATTAAACATTAATATATGTGTTTTGCAGGTGGAGTTGTTAAC ATGACATTTATTTTTTCTCAATTAAGTATTAGCACTGGTTGTAGTTGTATAGTTAATGGA TGAGCAAATCAGAATATTGTCATTAGTTAAACACTTGTATTAATGTTTTAATTTATTATG AAATCTGCAAAAGTTTGATAGTTGATAGCATGGATCACTAAATTAGGTTCTGACTCGAGT AATATTAAGTATATGGAATAATGTGTGAATCACCAATAGTGAACATTTATATATATATGA ATGTTTTCAATTAGAGATATACGAAAGTTCGATAATTAAAACTATCACTAACTCAACTGA TATCTGATCTAAATAATCTGAAGCATGTGAAATTTGGTGTGAACTTATAGTAAAATATTT ATATATAAATGTTTCAATAAGAGATTTATTAAAGTTTGATAGCTGAAAACATCACTAATT TAGAGTTGACCTCAATGAGATGAGACGTTTAAAATATATAATTATTTTGAAATCTCATTT GTTGCAATTTTTGCCCCTACTTGATGATGAAGAGACTTTGTTCTTACATATGGCATGATG GAGGCAATTTTATTTTGTATCTACTTTATTGTTCCAATCTTTGATAACACTAAATAATCA TTGCTCAACTTTTCTTATAAATTACTTAACCTTAAATATGATTGGAAATTATGTTACAAA TTTTCTTTTTACATTTCTTATCGTTGAATTTGATGGAAATGACACGATTGTATCAATGAG ATAAAATAAATAAATAAATAAAAAAGGAATATATCGTGGTACGTAGTATAAATAAAATTA TAATTTGAAATTTATAAATTTATGATTATAATAAATTAATAATTTATACAAAATGGATGT ATTTGGAACAAGTTAGTAAATTATTTGTTGGATGACTAATTCCATTGCAATTTGCAACAT AAATTTAGGGAAAATTGTATATAATAGCAAACTAATAACCTAAAACAAATGGAGTGGCTA GGGTTTGATTTAATTGTGCTCCATAACAAACATTTGCAAAAAATTGTCAGGCGCCTTCTC TCCTAAATATCTCGCTCGCCACTCTCCTCCAATCTCTCGCTCGCTTCCTCACTTTTTATA CAAACACAAGTATATAAAAATTATTTCTTATTGTATAAAGCAGAGAAAATTGTATAAATA CATATATTTTTGTTCCCCTCTCTCCCCTCTTCCAGATCTCGCTCGCCACCCTCGCCTTTT CACTTATACAAACAGAAGCGAAATATATAAATTGCGCTTTTGTTTGTATAAAGCGTGAGA AAATTGTATATACACATGCAAGTACATATATTTTTGTCCTATACACTTATAATTATACAA TGAAATACTCCGCTTCCCAGTTTCTTTTGCCTTTCTCTCTTTTTTGTTTTATACAATTTT CAAATTGTATCTAATTTCTCTCTTTCTCGTTTTATACAATTCGATTCAATTGTATATTCC TTGTCAAGTCTCTTTTGTCTTTCTCTCTTTCTCATTTATACAAATTCAAATTGTATATAA TCGTTCTATACACTTATAATAATACAATTCGTTTTATACACTTCGTTTTTATACAGTTCT CTGCTCAAGTGTCTTTCTCTTTCTTGTTTTATACACTTCGTTTTATACAATTTACTTCAA CTGTATATGTATAGCAAATTATACATTTTCTATATTTGCTATGGAGCGCAATTATGCAAA CTTTACTATAGCATATAAATATAAATTTTTTATTTGCTATATGTGAAAGTTGCCCATAAA TTTATCTATTTGGGCTTCATGTTGTGTAGTTTGTGGGTTAAAATTTGCCGCAAGGGCTTT GGTAGTCTTGAACTTCTAGACATGTGTTTTAGAAATGTCTAAAAAACTATCATATACACA CTTTGAACTTATGTTTAACGGACAATAAAAATTGTAATTTAAAAATACTGTTAAACAGAT CAAACGTTTAAAATTACATATATATCCCATTTCGGTAACTTTTTCAAAATGCTTTGGGTG ATAAAACTACTTGTCAAGAATACAATTATTTTATATAATTAGGAATATTTTTCTAGAAAA AAATATTTTGTATAAAATGAGGGAAAATTACCATTGATATTGATATGTATAAGTCTTCTT TATAGAATATCTTAATCTTTACTTGATTATGCTTGTATCAACTAATACACAAATATTACT TATTATTAAATTTTAATACTCAAAATTATCATGGATAACACCATTTATTCCTCGTAAATT TGATATAAATGATATTTCGAGACTTTAAAATTTATTATCACAAAAAGAAGTGTGTCGTAT TTTTTAAATCAAATTGAGTATCTTCTGATTTGCAATTCATATACTGAATATATCTTAATA ATATTTACTATATTTTATAAGTTTCAATTAACATAACACGTTCCTTTCAATAAAATAAAA TATAAGCAGTACGATAAGATTAAGAATAAAGTAAAACGTCCCACAAATCCATGAAAGCAA TGGTTTTATCCATCTAGATGAATTAATAAAATTAGGAAAAGTAGATTCAATGTCATTTTT TTCACTAATTTTAGGACAAAAATTATAGAGGTTATTTTTGTACTATACTATAAATAACAC AAGAAAAGAAAAAGATACGAAGTTGCTAAATTAATAAGTTAGTGAACCTAAAAGAATTAA CAACATTGAGGACCATCATTTTCAAGTTATTTCAACATTTAACGTGATCAACACACATGT CGATGGATACTTTTAAATTTTTTATTTAACTTAGATTTATTTTGATCGTTATTTAAATTT TATTATATTACAGTATTAAATTCATTACTATATAACATTGAAAGTTTCATGTCTAATTTG GTGCGGTTGTGTTGCTATCTCTTTTTCTTTCCCTCTCTCTTAAAATTATTTAATATCTAT TTTGTTATTGTATAATCTTAGAGGTTTATTATTCAAATTATTTATAAAGATTAATGACAT TGTGTCATAAGAAAAATAACATAATCAACTCAAATATTATATTTAAAATAATACTTATAA TATAATACAATAAAATATGATCTCTTTCTTCAAGCAAAACGAAAAGAGATAGAACCATGC AAATTTTCAACGTGTCTTTTTGAATATTTCTTTATGTCATGACTATTCACATAATGTAAG AAACAAATGATTATTCATTAGTTTCAAGAAGAAATCGAAGAATTTCTTGAAATTCTATAA GATTCGTTCGTTTTTTTCTCTAATATAGGATCAAACTCTTTTATTATTCGTTGCAACAAT AAAAATAAAAATTAATAAATATATTAAAAAAATCACATATTTATAAAATAATACGTAATG AAGTCTGAAACAAATCGTTAGGCAATATAATAACAAGTTGTTAGGCAACTAATTTATTAC ATCTATTATAATTCAATTAAAGTGTAACCAGTTGACTATCGACATTCCCAAGGCCAATTT AATACAAATTCTATACATAAGCTACAACGCAGTCCAATAAAATAAAATAGGAAATAACAA TTAAAAAAAAAAAGAGGTTAGGTTTAAGCACGATTTATTAAAAACTCTCACATTAGAAGA AGAATTAGCAAAAAATACGAATATTTAGATGCTCATGTGGACATATTAATCAAGAGAAAC AAAATCAGAAACGATTTATAAATTTCTATTAAAATACTCAAGAATATAATAATTCACTTA TAAATGACTTAAGGTACTTCAAAGGCACACATGACGAGGAAATAATTTATTCTAAAATTA GTTGTCCCATTGATTGTTATCTTTCTTTCAATGCAACGTAAAAATAAATTTAAGTATCTT GCTAATTTATTATAATCAAATATGAAATAATTTCATCATAAAATTGATCTTATAATTAGT TATTTTAAATCTATTATATCACCCTTAACGATAAAACTAAAAATAACCAAATCATTTTTT AATTTGAGCATCACAAAAATAAACCAAATCATTATTTAATTTGAACATCACAAAAATAAT TTATGTGATCGAACAAATTTGTGATATAATAAAGTAAAAAGGAAAAATTAGTAACCAAAT TAATACTGAAAACGACTTTCTATACCAAACTGGACCTGAAGCCCGTTTTCAACTGACCCG GCCCACCCTAACTTCCACGTGTCATCATTATGTATATCGAAAACTAACATAATTTATTGG CCACATTTAGCATTAAAAATTAAAGAATAAAATAATATTTGAGTTACTATTTAAAAATAA ATGAATATCTACATTAATATAAAGTAATAGATTCTTGAGAATATTACAGTTCACAACTAA ACTTACTTAAAAAACAATGCATTATTAATTTATATATCGTGCAAATTAATGTATTATTAG TTTATATGACGTGAAAAGAGTTTGAGTATTAATTATTTGTGCATAAAAAATATTAATTTA AATTAAAGGGGATGTATCAAACTTTTGATCAAAATGAAATTGGAAAATACAAGTTGTTAT CATTTAACGGAAAACACCTAAATTTGTTTAATTAAATATTAATCAAAATTACTTAGTTTG TAATTAGTAAATCTATCTTCAAATTTTCTTTAATTAACTAACTTTTAAAAATGAATTAGA TGAATTTCACGTGCTTAAATTCTTGAGAGAAGAACGATAATTTTTTTTTATAATTTAAAA TTATTTTTAAATTTGGCTAATAAGAAAAAAACTATTTGGTAATATTTTGGACAATATTAA ATCTAAAGTTTAACAAAAGAAAAAACTATTCAATTTTTCTTTCTTCGTTCAGTTTTACTT GTTACATTTTACTTTAAAAAATCAATTATAATTTATGGTATTTTTCAATCATGTAAATTT AAATTTTAAATAATAAATTAGTTTAATGAATTCAACTTTATAAATTAATTAAATTTTTTT AACAAATATACAAATAAACCTGAAAAAAAATATTTAGATCAAATTATACTTTTTCAATTC AACAATAGTTGTCCAAAGTAATAAATGATATATAACATTCTTAATATTTTTCATTTGATC AAAATTACACAAAAATATAGGTCATAAACATTTTTCATTTTATAAATTAAGATAAAATAT TTTTTAATAAATAGAAAAACAGATTAAACTTTTTTTTAGTCCTTTAATATAACAACGAAT ATCTTATGAAATTTATTATTTCAACTTAGACTTATGAGATAACTAATTTCTTCATTTTAA TAGATTATGTTGAAATTAATGATATCAATAGTAAATATAAATTTAATTTAATATTTATCT CATAATTATACTAATAATTATAAATAAGTATATATTAAGTGAATCTTTATCCATTATATA ATTCACCACATAATAATACAAATTCCATTATTTTTTTTTTTTTGTATTTGCCCATTTCTC AAGGAAAGCACCAATAAAATCCACTGCTTCCCTTCCCTCCTCTTCTCTCTCGATCGCCGG CGCACACTGACGAGTACTGAGACTAGCGTTTCTCTAGGGTTCCGGCGAGTTATAGGATGG CGTCGGAGGATGTGGTAGGTAAGAGAAGCGAAAGTGCTGTTACTACAATCGTCAATCTGG CTGAAGAAGCTAAAATGGCGAGCGAAGGTGTTAAAGCTCCGAGTCATGCTGCTATTTTCA GTGTATGCAAGTCTCTCGCTGCTGGTGGAATCGCCGGTGGAGTGTGAGTTCTCTATCCTT CGCTTTTTCCTTGTGCTATTTTCTACTGCATATTCCTTTATTATTAGTCCTTTTCTTTTT CTCTGTTAAGGTATGAATGAATTC GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 5030 5593 match_2 match_part 0.998 5031 5440 match_3 match_part 1.000 5034 5499 match_4 match_part 1.000 5034 5492 match_5 match_part 0.999 5036 5764 match_6 match_part 0.997 5036 5762 match_7 match_part 0.997 5135 5438 match_8 match_part 1.000 17573 18119 match_9 match_part 1.000 17628 18124 match_10 match_part 0.993 21553 21832 match_part 1.000 22823 23038 match_part 1.000 23362 23672 match_11 match_part 0.993 21564 21832 match_part 1.000 22823 23038 match_part 0.988 23362 23621 match_12 match_part 1.000 21567 21832 match_part 1.000 22823 23038 match_part 1.000 23362 23595 match_13 match_part 1.000 21567 21832 match_part 1.000 22823 23038 match_part 0.983 23362 23540 match_14 match_part 1.000 21567 21832 match_part 1.000 22823 23038 match_part 1.000 23362 23508 match_15 match_part 1.000 21568 21832 match_part 1.000 22823 23038 match_part 1.000 23362 23486 match_16 match_part 0.962 21571 21832 match_part 1.000 22823 23038 match_part 1.000 23362 23528 match_17 match_part 1.000 21607 21832 match_part 0.991 22823 23038 match_part 1.000 23362 23380 match_18 match_part 1.000 21608 21832 match_part 1.000 22823 23038 match_part 1.000 23362 23488 match_19 match_part 0.973 21648 21832 match_part 0.850 22823 22842 match_20 match_part 0.978 21652 21832 match_part 1.000 22823 23038 match_part 0.989 23362 23715 match_21 match_part 1.000 21659 21832 match_part 1.000 22823 23038 match_part 0.997 23362 23736 match_22 match_part 0.994 21665 21832 match_part 1.000 22823 23038 match_part 1.000 23362 23435 match_23 match_part 1.000 21706 21832 match_part 1.000 22823 23038 match_part 1.000 23362 23527 match_24 match_part 0.991 22930 23038 match_part 0.998 23362 23988 match_part 0.733 24554 24568 match_25 match_part 0.940 23552 23903 match_part 0.688 24554 24569 match_part 0.600 24981 24985 match_26 match_part 1.000 23557 23819 match_27 match_part 1.000 23557 23819 match_28 match_part 0.977 25379 25679 match_29 match_part 0.944 25473 25544 match_part 0.989 26647 27003 match_part 1.000 28214 28334 match_part 0.975 28482 28639 match_30 match_part 0.871 25475 25544 match_part 0.961 26647 27003 match_part 0.975 28214 28334 match_part 0.970 28482 28582 match_31 match_part 0.943 25475 25544 match_part 0.964 26647 27003 match_part 0.896 28214 28328 match_32 match_part 1.000 25478 25544 match_part 1.000 26647 26664 match_part 1.000 26794 27003 match_part 1.000 28214 28334 match_part 1.000 28482 28656 match_part 1.000 28769 28838 match_33 match_part 0.980 25495 25544 match_part 0.966 26647 27003 match_part 0.975 28214 28334 match_part 0.945 28482 28591 match_34 match_part 0.973 25508 25544 match_part 0.910 26647 27003 match_part 0.975 28214 28334 match_part 0.933 28482 28586 match_35 match_part 0.909 25512 25544 match_part 0.997 26647 27003 match_part 1.000 28214 28334 match_part 1.000 28482 28656 match_part 0.983 28769 28826 match_36 match_part 1.000 25515 25544 match_part 0.997 26647 27003 match_part 1.000 28214 28334 match_part 1.000 28482 28656 match_part 0.958 28769 28839 match_part 1.000 29197 29294 match_37 match_part 0.974 26647 26916 match_38 match_part 0.963 26650 27003 match_part 0.975 28214 28334 match_part 1.000 28482 28534 match_39 match_part 0.972 26684 27003 match_part 0.975 28214 28334 match_part 1.000 28482 28532 match_40 match_part 1.000 26836 27003 match_part 1.000 28214 28334 match_part 1.000 28482 28656 match_part 1.000 28769 28835 match_41 match_part 0.998 27518 28334 match_part 0.913 28482 28527 match_42 match_part 0.667 28393 28395 match_part 0.989 28482 28656 match_part 0.986 28769 28839 match_part 0.971 29197 29678 match_43 match_part 1.000 28545 28656 match_part 1.000 28769 28839 match_part 0.996 29197 29678 match_44 match_part 1.000 28651 28656 match_part 1.000 28769 28839 match_part 0.973 29197 29982 match_45 match_part 0.985 28775 28839 match_part 0.963 29197 29769 match_46 match_part 0.983 28782 28839 match_part 0.966 29197 29548 match_47 match_part 0.997 29333 29904 match_48 match_part 0.959 29418 29958 match_49 match_part 1.000 29553 29814 match_part 1.000 30620 30666 match_part 1.000 30731 30893 match_50 match_part 0.921 29589 29992 match_51 match_part 0.931 29638 29983 match_52 match_part 0.950 29638 29975 match_53 match_part 0.954 29668 29992 match_54 match_part 0.929 29744 29982 match_55 match_part 0.939 29786 29950 match_56 match_part 1.000 37418 38108 match_57 match_part 0.979 37835 37928 match_part 0.997 38037 38351 match_part 0.812 38999 39014 match_58 match_part 1.000 37893 37928 match_part 0.952 38037 38412 match_59 match_part 0.997 38040 38351 match_part 0.812 38999 39014 match_60 match_part 0.968 38064 38412 match_61 match_part 0.996 54873 55414 match_part 1.000 55502 55706 match_62 match_part 1.000 55012 55041 match_part 0.946 55098 55685 match_63 match_part 0.989 55132 55414 match_part 0.995 55502 55704 match_64 match_part 1.000 61240 61674 match_part 1.000 61868 61964 match_65 match_part 1.000 61240 61674 match_part 1.000 61868 61917 match_66 match_part 0.990 61259 61674 match_part 1.000 61868 61887 match_67 match_part 1.000 61926 61996 match_part 0.998 62487 63115 match_68 match_part 1.000 61926 61996 match_part 0.984 62487 63100 match_69 match_part 1.000 61926 61996 match_part 1.000 62487 62723 match_70 match_part 1.000 61934 61996 match_part 0.996 62487 63176 match_71 match_part 0.999 61966 62748 match_72 match_part 1.000 62149 62731 match_73 match_part 0.998 62391 62998 match_74 match_part 0.993 62392 62944 match_75 match_part 0.985 62487 63208 match_76 match_part 0.932 62706 63340 match_77 match_part 0.923 62864 63072 match_78 match_part 0.915 85561 85854 match_79 match_part 0.987 87890 88600 match_80 match_part 0.939 91310 92044 match_81 match_part 0.942 91310 91963 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_82 match_part 0.996 8333 8065 match_83 match_part 0.868 14178 14103 match_part 0.914 13959 13786 match_part 0.882 13065 13015 match_part 0.953 12940 12855 match_84 match_part 1.000 18123 17494 match_part 0.985 17212 16954 match_85 match_part 0.989 18131 17494 match_part 0.910 17212 16957 match_86 match_part 0.995 18129 17494 match_part 0.969 17212 16957 match_87 match_part 1.000 18124 17494 match_part 0.988 17212 16957 match_88 match_part 0.994 18025 17494 match_part 0.996 17212 16957 match_89 match_part 0.998 18023 17494 match_part 0.980 17212 16957 match_90 match_part 0.991 17918 17494 match_part 0.973 17212 16957 match_91 match_part 1.000 17897 17494 match_part 0.980 17212 16957 match_92 match_part 1.000 17854 17494 match_part 0.996 17212 16957 match_93 match_part 0.995 17710 17494 match_part 0.984 17212 16957 match_94 match_part 0.996 17717 17494 match_part 0.984 17212 16958 match_95 match_part 0.984 17212 16958 match_96 match_part 0.998 18078 17494 match_part 0.980 17212 16959 match_97 match_part 0.996 17728 17494 match_part 0.976 17212 16959 match_98 match_part 1.000 18124 17494 match_part 0.976 17212 16960 match_99 match_part 1.000 17736 17494 match_part 0.988 17212 16960 match_100 match_part 1.000 18126 17494 match_part 0.972 17212 16965 match_101 match_part 1.000 17961 17494 match_part 1.000 17212 16965 match_102 match_part 1.000 18126 17494 match_part 1.000 17212 16967 match_103 match_part 0.961 17696 17494 match_part 0.857 17212 16969 match_104 match_part 0.969 17655 17494 match_part 0.865 17212 16969 match_105 match_part 1.000 17814 17494 match_part 0.996 17212 16970 match_106 match_part 0.998 18139 17494 match_part 1.000 17212 16974 match_107 match_part 0.991 18131 17494 match_part 0.996 17212 16977 match_108 match_part 0.997 18127 17494 match_part 0.970 17212 16977 match_109 match_part 0.995 18127 17494 match_part 1.000 17212 16977 match_110 match_part 0.998 18126 17494 match_part 0.992 17212 16977 match_111 match_part 1.000 18126 17494 match_part 0.996 17212 16977 match_112 match_part 0.994 18125 17494 match_part 0.987 17212 16977 match_113 match_part 0.992 18139 17494 match_part 0.987 17212 16978 match_114 match_part 0.997 18139 17494 match_part 0.996 17212 16980 match_115 match_part 0.966 17522 17494 match_part 0.991 17212 16983 match_116 match_part 0.998 18139 17494 match_part 0.991 17212 16984 match_117 match_part 0.995 18124 17494 match_part 0.991 17212 16984 match_118 match_part 1.000 18127 17494 match_part 0.987 17212 16986 match_119 match_part 1.000 18127 17494 match_part 1.000 17212 16986 match_120 match_part 1.000 17992 17494 match_part 0.978 17212 16989 match_121 match_part 0.994 18126 17494 match_part 0.986 17212 16991 match_122 match_part 0.956 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55211 match_282 match_part 1.000 55708 55222 match_283 match_part 1.000 55622 55231 match_284 match_part 0.983 55703 55241 match_285 match_part 0.961 55710 55254 match_286 match_part 1.000 55720 55301 match_287 match_part 1.000 55705 55302 match_288 match_part 1.000 55705 55304 match_289 match_part 1.000 55666 55321 match_290 match_part 0.986 55695 55334 match_291 match_part 1.000 55703 55356 match_292 match_part 0.964 68499 68307 match_part 1.000 67226 67203 match_part 1.000 67144 67115 match_part 1.000 66538 66438 match_part 1.000 65174 65097 match_part 1.000 64876 64721 match_part 1.000 64416 64304 match_part 0.969 64190 64064 match_part 0.933 63805 63791 match_293 match_part 1.000 68390 68307 match_part 1.000 67226 67115 match_part 1.000 66538 66438 match_part 1.000 65174 65097 match_part 1.000 64876 64721 match_part 1.000 64416 64304 match_part 0.992 64190 64070 match_294 match_part 0.973 67226 67115 match_part 0.990 66538 66438 match_part 0.974 65174 65097 match_part 0.981 64876 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match_part 0.979 79391 79155 match_part 0.974 79061 78790 match_317 match_part 0.923 79936 79911 match_part 0.947 79679 79549 match_part 0.964 79391 78919 match_318 match_part 1.000 79946 79911 match_part 1.000 79679 79549 match_part 1.000 79391 79155 match_part 0.950 79061 79042 match_319 match_part 0.993 84188 84053 match_part 0.983 83894 83664 match_part 1.000 81560 81545 match_320 match_part 1.000 88688 88645 match_part 1.000 88543 88364 match_part 1.000 88072 87743 match_321 match_part 0.978 88737 88645 match_part 0.906 88543 88364 match_part 0.931 88072 87811 match_322 match_part 1.000 88739 88645 match_part 1.000 88543 88364 match_part 1.000 88072 87812 match_323 match_part 0.931 89702 89616 match_part 0.964 89530 89256 match_part 0.963 89169 89061 match_part 0.955 88978 88913 match_part 0.901 88815 88654 match_324 match_part 0.500 89623 89616 match_part 0.967 89530 89256 match_325 match_part 0.625 89623 89616 match_part 0.989 89530 89256 match_326 match_part 0.625 89623 89616 match_part 0.989 89530 89256 match_327 match_part 1.000 90743 90299 match_part 1.000 89738 89616 match_part 1.000 89530 89493 match_328 match_part 0.996 90773 90299 match_part 1.000 89738 89616 match_part 0.957 89530 89508 match_329 match_part 1.000 90748 90299 match_part 1.000 89738 89685 match_330 match_part 0.989 90767 90299 match_part 0.975 89738 89699 match_331 match_part 1.000 90748 90314 match_332 match_part 1.000 91786 91248 match_part 0.625 91165 91150 match_333 match_part 0.982 91648 91307 match_part 1.000 91165 91159 match_334 match_part 1.000 92348 91638 match_335 match_part 0.973 92359 91683 match_336 match_part 0.998 92348 91729 match_337 match_part 0.934 92289 91835 match_338 match_part 0.995 92342 91936 match_339 match_part 0.947 94414 94112 match_part 0.929 92436 92129 match_340 match_part 1.000 95369 95306 match_part 1.000 94398 94112 match_part 0.996 92436 92175 match_341 match_part 1.000 95368 95306 match_part 1.000 94398 94112 match_part 1.000 92436 92205 match_342 match_part 0.924 94608 94112 match_part 0.919 92436 92252 match_343 match_part 1.000 95561 95306 match_part 1.000 94398 94127 match_344 match_part 0.952 95368 95306 match_part 1.000 94398 94136 match_345 match_part 1.000 95562 95306 match_part 1.000 94398 94153 match_346 match_part 0.961 95843 95306 match_part 0.951 94398 94318 match_347 match_part 0.997 95721 95326 match_348 match_part 0.706 96773 96740 match_part 0.500 96295 96286 match_part 0.958 95892 95584 match_349 match_part 0.934 95843 95631 match_350 match_part 0.998 103559 102927 match_351 match_part 0.975 104001 103390 match_352 match_part 0.969 104017 103407 match_353 match_part 0.971 104017 103509 match_354 match_part 0.955 104003 103757 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 5030 5764 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 8333 8065 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 14178 14103 exon 13959 13786 exon 13065 13015 exon 12940 12855 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 18139 17494 exon 17212 16954 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 17573 18124 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 21553 21832 exon 22823 23038 exon 23362 23988 exon 24554 24568 gene_7 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 21553 21832 exon 22823 23038 exon 23362 23903 exon 24554 24569 exon 24981 24985 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 24003 23402 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 26513 26378 exon 26302 26229 exon 26006 25378 gene_10 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 25473 25544 exon 26647 27003 exon 28214 28334 exon 28482 28656 exon 28769 28839 exon 29197 29992 gene_11 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 25473 25544 exon 26647 27003 exon 28214 28334 exon 28482 28656 exon 28769 28839 exon 29197 29814 exon 30620 30666 exon 30731 30893 gene_12 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 25478 25544 exon 26647 26664 exon 26794 27003 exon 28214 28334 exon 28482 28656 exon 28769 28839 exon 29197 29992 gene_13 gene GT_PGL_9_AGS_4 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 28393 28395 exon 28482 28656 exon 28769 28839 exon 29197 29992 gene_14 gene GT_PGL_9_AGS_5 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 27518 28334 exon 28482 28527 gene_15 gene GT_PGL_9_AGS_6 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 25379 25679 gene_16 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 29968 29491 gene_17 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 31071 30544 gene_18 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 37835 37928 exon 38037 38351 exon 38999 39014 gene_19 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 37418 38412 gene_20 gene GT_PGL_12_AGS_3 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 37893 37928 exon 38037 38412 gene_21 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 51750 51181 exon 50943 50770 gene_22 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 55734 54847 exon 54357 54132 gene_23 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 55734 55112 exon 55054 54847 exon 54354 54135 gene_24 gene GT_PGL_14_AGS_3 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 55734 55112 exon 55054 54847 exon 54357 54162 gene_25 gene GT_PGL_14_AGS_4 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 55734 55104 exon 55045 54847 exon 54357 54151 gene_26 gene GT_PGL_14_AGS_5 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 55734 55110 exon 55052 54847 exon 54357 54135 gene_27 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 54873 55414 exon 55502 55706 gene_28 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 55012 55041 exon 55098 55685 gene_29 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 61240 61674 exon 61868 61996 exon 62487 63340 gene_30 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 61966 63340 gene_31 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 68543 68307 exon 67226 67115 exon 66538 66438 exon 65174 65097 exon 64876 64721 exon 64416 64304 exon 64190 64070 gene_32 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 68499 68307 exon 67226 67203 exon 67144 67115 exon 66538 66438 exon 65174 65097 exon 64876 64721 exon 64416 64304 exon 64190 64064 exon 63805 63791 gene_33 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 72421 71662 gene_34 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 73612 72478 gene_35 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 80006 79911 exon 79679 79549 exon 79391 79155 exon 79061 78477 gene_36 gene GT_PGL_20_AGS_2 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 79936 79911 exon 79679 79549 exon 79391 78919 gene_37 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 84188 84053 exon 83894 83664 exon 81560 81545 gene_38 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 85561 85854 gene_39 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 90773 90299 exon 89738 89616 exon 89530 89256 exon 89169 89061 exon 88978 88913 exon 88815 88645 exon 88543 88364 exon 88072 87743 gene_40 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 87890 88600 gene_41 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 96773 96740 exon 96295 96286 exon 95892 95306 exon 94398 94112 exon 92436 91248 exon 91165 91150 gene_42 gene GT_PGL_25_AGS_2 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 96773 96740 exon 96295 96286 exon 95892 95306 exon 94398 94112 exon 92436 91307 exon 91165 91159 gene_43 gene GT_PGL_25_AGS_3 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 94608 94112 exon 92436 91248 exon 91165 91150 gene_44 gene GT_PGL_26_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 91310 92044 gene_45 gene GT_PGL_27_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 104017 102927 RepeatMasker tomato repeats master TS 59 160 1 TS 59 160 1 nucleotide_motif 340 6590 6696 Copia00143 151 216 1 Copia00143 151 216 1 nucleotide_motif 374 7175 7240 TS 60 160 1 TS 60 160 1 nucleotide_motif 351 26507 26594 Copia00172 1687 2017 1 Copia00172 1687 2017 1 nucleotide_motif 860 31987 32309 Unknown00025 245 334 1 Unknown00025 245 334 1 nucleotide_motif 229 32478 32556 Copia00076 1 6207 1 Copia00076 1 6207 1 nucleotide_motif 40245 43522 48252 Copia00112 7487 7667 1 Copia00112 7487 7667 1 nucleotide_motif 233 51759 51846 SHAMUDRAV_MT 1544 1593 1 SHAMUDRAV_MT 1544 1593 1 nucleotide_motif 249 57128 57176 Gypsy00046 4127 4209 1 Gypsy00046 4127 4209 1 nucleotide_motif 286 57137 57216 Gypsy00202 7782 7903 1 Gypsy00202 7782 7903 1 nucleotide_motif 373 77161 77283 TS 58 1984 1 TS 58 1984 1 nucleotide_motif 327 82083 82200 Copia00172 1385 1488 1 Copia00172 1385 1488 1 nucleotide_motif 277 82208 82314 TS2 602 653 1 TS2 602 653 1 nucleotide_motif 253 90138 90188 SOD_SINE 87 652 1 SOD_SINE 87 652 1 nucleotide_motif 392 92709 92833 Unknown00040 4455 4524 1 Unknown00040 4455 4524 1 nucleotide_motif 251 99407 99478 SONATA2 1 243 1 SONATA2 1 243 1 nucleotide_motif 1219 102441 102690 SOD_SINE 87 193 1 SOD_SINE 87 193 1 nucleotide_motif 265 105855 105954 Gypsy00046 4078 4143 1 Gypsy00046 4078 4143 1 nucleotide_motif 258 108837 108901 Unknown00019 154 698 1 Unknown00019 154 698 1 nucleotide_motif 804 115825 116392 RepeatMasker tomato repeats master SINE_SO 1 77 -1 SINE_SO 1 77 -1 nucleotide_motif 279 4749 4672 Copia00030 3021 4163 -1 Copia00030 3021 4163 -1 nucleotide_motif 8470 44374 43221 SONATA2 5 166 -1 SONATA2 5 166 -1 nucleotide_motif 686 54747 54588 Copia00107 499 731 -1 Copia00107 499 731 -1 nucleotide_motif 1752 84916 84683 TOTO1_LP_LTR 1 194 -1 TOTO1_LP_LTR 1 194 -1 nucleotide_motif 1372 85107 84914 Unknown00019 34 706 -1 Unknown00019 34 706 -1 nucleotide_motif 4443 86003 85305 TS2 518 653 -1 TS2 518 653 -1 nucleotide_motif 321 94882 94759 SONATA1 185 243 -1 SONATA1 185 243 -1 nucleotide_motif 230 105736 105678 Gypsy00073 943 1378 -1 Gypsy00073 943 1378 -1 nucleotide_motif 1116 108570 108134 Copia00110 13276 13557 -1 Copia00110 13276 13557 -1 nucleotide_motif 1118 108612 108349 Copia00110 13194 13345 -1 Copia00110 13194 13345 -1 nucleotide_motif 488 108858 108704 Unknown00025 237 415 -1 Unknown00025 237 415 -1 nucleotide_motif 420 109641 109456 Gypsy00043 1066 1362 -1 Gypsy00043 1066 1362 -1 nucleotide_motif 1286 115803 115521 Copia00110 13267 13623 -1 Copia00110 13267 13623 -1 nucleotide_motif 1283 116097 115753 Gypsy00073 608 677 -1 Gypsy00073 608 677 -1 nucleotide_motif 277 116401 116336 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 4910 43465 46639 match_2 match 1992 110938 112008 match_3 match 2034 87115 88224 match_4 match 2284 114229 115380 match_5 match 2272 92514 93680 match_6 match 2488 116074 117370 match_7 match 2686 97922 99276 match_8 match 3033 101039 102616 match_9 match 4252 93729 95894 match_10 match 5388 89716 92496 match_11 match 7626 102680 106553 match_12 match 2173 46203 47595 match_13 match 6762 43465 47796 match_14 match 2173 46203 47595 match_15 match 2284 46167 47796 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 824 8 120292 clone_end_1 clone_end 1035 8 552 clone_start_1 clone_start 613 119984 120292 match_1 match 767 8499 8885 clone_2 clone 609.5 8525 120384 clone_start_2 clone_start 684 8525 8885 clone_end_2 clone_end 535 120108 120384 clone_3 clone 556 8899 120384 clone_start_3 clone_start 577 8899 9201 clone_end_3 clone_end 535 120108 120384 match_2 match 428 8899 9118 match_3 match 1511 9418 10179 match_4 match 805 13178 13604 clone_4 clone 829.5 13266 110910 clone_start_4 clone_start 975 13266 13782 clone_end_4 clone_end 684 110566 110910 clone_5 clone 680 13266 111139 clone_start_5 clone_start 975 13266 13782 clone_end_5 clone_end 385 110938 111139 match_5 match 1283 13344 14011 clone_6 clone 1130 13726 97768 clone_start_6 clone_start 1586 13726 14525 clone_end_6 clone_end 674 97429 97768 clone_7 clone 990 13726 98124 clone_start_7 clone_start 1586 13726 14525 clone_end_7 clone_end 394 97922 98124 match_6 match 287 14802 14946 match_7 match 466 14968 15226 clone_8 clone 464 16186 34173 clone_start_8 clone_start 613 16186 16542 clone_end_8 clone_end 315 34015 34173 clone_9 clone 643.5 16186 34545 clone_start_9 clone_start 613 16186 16542 clone_end_9 clone_end 674 34206 34545 clone_10 clone 832.5 20297 64166 clone_end_10 clone_end 858 20297 20729 clone_start_10 clone_start 807 63760 64166 match_8 match 507 20888 21191 clone_11 clone 697 20897 119405 clone_end_11 clone_end 482 20897 21191 clone_start_11 clone_start 912 118898 119405 match_9 match 504 21234 21508 clone_12 clone 877 25347 65646 clone_start_12 clone_start 571 25347 25655 clone_end_12 clone_end 1183 65029 65646 clone_13 clone 736 25746 65646 clone_start_13 clone_start 289 25746 25891 clone_end_13 clone_end 1183 65029 65646 match_10 match 1316 26899 27606 match_11 match 710 29505 29866 clone_14 clone 1135 29665 90184 clone_end_14 clone_end 1340 29665 30344 clone_start_14 clone_start 930 89716 90184 clone_15 clone 861.5 29665 89661 clone_end_15 clone_end 1340 29665 30344 clone_start_15 clone_start 383 89465 89661 match_12 match 1509 29665 30425 match_13 match 478 33754 33994 match_14 match 315 34015 34173 match_15 match 1241 43505 44151 match_16 match 1126 52684 53286 clone_16 clone 875 57577 94516 clone_end_16 clone_end 551 57577 57884 clone_start_16 clone_start 1199 93912 94516 match_17 match 1449 64138 64868 match_18 match 765 67155 67576 match_19 match 1421 67334 68071 match_20 match 369 68455 68705 match_21 match 882 81600 82080 clone_17 clone 773 81830 118811 clone_end_17 clone_end 426 81830 82080 clone_start_17 clone_start 1120 118247 118811 clone_18 clone 838.5 82131 118811 clone_end_18 clone_end 557 82131 82432 clone_start_18 clone_start 1120 118247 118811 match_22 match 341 82131 82317 match_23 match 712 88808 89166 match_24 match 789 88808 89205 match_25 match 827 88808 89252 match_26 match 595 89362 89661 match_27 match 876 89716 90185 match_28 match 426 89716 89930 match_29 match 771 93729 94117 match_30 match 1247 97922 98564 match_31 match 878 104706 105160 match_32 match 1235 108991 109646 match_33 match 872 110471 110910 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 5030 5593 match_2 match_part 0.998 5031 5440 match_3 match_part 1.000 5034 5499 match_4 match_part 1.000 5034 5492 match_5 match_part 0.999 5036 5764 match_6 match_part 0.997 5036 5762 match_7 match_part 0.997 5135 5438 match_8 match_part 1.000 17573 18119 match_9 match_part 1.000 17628 18124 match_10 match_part 0.993 21553 21832 match_part 1.000 22823 23038 match_part 1.000 23362 23672 match_11 match_part 0.993 21564 21832 match_part 1.000 22823 23038 match_part 0.988 23362 23621 match_12 match_part 1.000 21567 21832 match_part 1.000 22823 23038 match_part 1.000 23362 23595 match_13 match_part 1.000 21567 21832 match_part 1.000 22823 23038 match_part 0.983 23362 23540 match_14 match_part 1.000 21567 21832 match_part 1.000 22823 23038 match_part 1.000 23362 23508 match_15 match_part 1.000 21568 21832 match_part 1.000 22823 23038 match_part 1.000 23362 23486 match_16 match_part 0.962 21571 21832 match_part 1.000 22823 23038 match_part 1.000 23362 23528 match_17 match_part 1.000 21607 21832 match_part 0.991 22823 23038 match_part 1.000 23362 23380 match_18 match_part 1.000 21608 21832 match_part 1.000 22823 23038 match_part 1.000 23362 23488 match_19 match_part 0.978 21652 21832 match_part 1.000 22823 23038 match_part 0.989 23362 23715 match_20 match_part 1.000 21659 21832 match_part 1.000 22823 23038 match_part 0.997 23362 23736 match_21 match_part 0.994 21665 21832 match_part 1.000 22823 23038 match_part 1.000 23362 23435 match_22 match_part 1.000 21706 21832 match_part 1.000 22823 23038 match_part 1.000 23362 23527 match_23 match_part 0.991 22930 23038 match_part 0.998 23362 23988 match_part 0.733 24554 24568 match_24 match_part 1.000 23557 23819 match_25 match_part 1.000 23557 23819 match_26 match_part 0.977 25379 25679 match_27 match_part 0.944 25473 25544 match_part 0.989 26647 27003 match_part 1.000 28214 28334 match_part 0.975 28482 28639 match_28 match_part 1.000 25478 25544 match_part 1.000 26647 26664 match_part 1.000 26794 27003 match_part 1.000 28214 28334 match_part 1.000 28482 28656 match_part 1.000 28769 28838 match_29 match_part 0.909 25512 25544 match_part 0.997 26647 27003 match_part 1.000 28214 28334 match_part 1.000 28482 28656 match_part 0.983 28769 28826 match_30 match_part 1.000 25515 25544 match_part 0.997 26647 27003 match_part 1.000 28214 28334 match_part 1.000 28482 28656 match_part 0.958 28769 28839 match_part 1.000 29197 29294 match_31 match_part 0.974 26647 26916 match_32 match_part 1.000 26836 27003 match_part 1.000 28214 28334 match_part 1.000 28482 28656 match_part 1.000 28769 28835 match_33 match_part 0.998 27518 28334 match_part 0.913 28482 28527 match_34 match_part 1.000 28545 28656 match_part 1.000 28769 28839 match_part 0.996 29197 29678 match_35 match_part 1.000 28651 28656 match_part 1.000 28769 28839 match_part 0.973 29197 29982 match_36 match_part 0.997 29333 29904 match_37 match_part 1.000 29553 29814 match_part 1.000 30620 30666 match_part 1.000 30731 30893 match_38 match_part 0.921 29589 29992 match_39 match_part 0.954 29668 29992 match_40 match_part 1.000 37418 38108 match_41 match_part 0.979 37835 37928 match_part 0.997 38037 38351 match_part 0.812 38999 39014 match_42 match_part 1.000 37893 37928 match_part 0.952 38037 38412 match_43 match_part 0.997 38040 38351 match_part 0.812 38999 39014 match_44 match_part 0.968 38064 38412 match_45 match_part 0.996 54873 55414 match_part 1.000 55502 55706 match_46 match_part 0.989 55132 55414 match_part 0.995 55502 55704 match_47 match_part 1.000 61240 61674 match_part 1.000 61868 61964 match_48 match_part 1.000 61240 61674 match_part 1.000 61868 61917 match_49 match_part 0.990 61259 61674 match_part 1.000 61868 61887 match_50 match_part 1.000 61926 61996 match_part 0.998 62487 63115 match_51 match_part 1.000 61926 61996 match_part 0.984 62487 63100 match_52 match_part 1.000 61926 61996 match_part 1.000 62487 62723 match_53 match_part 1.000 61934 61996 match_part 0.996 62487 63176 match_54 match_part 0.999 61966 62748 match_55 match_part 1.000 62149 62731 match_56 match_part 0.998 62391 62998 match_57 match_part 0.993 62392 62944 match_58 match_part 0.985 62487 63208 match_59 match_part 0.932 62706 63340 match_60 match_part 0.915 85561 85854 match_61 match_part 0.987 87890 88600 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_62 match_part 0.996 8333 8065 match_63 match_part 1.000 18123 17494 match_part 0.985 17212 16954 match_64 match_part 0.989 18131 17494 match_part 0.910 17212 16957 match_65 match_part 0.995 18129 17494 match_part 0.969 17212 16957 match_66 match_part 1.000 18124 17494 match_part 0.988 17212 16957 match_67 match_part 0.994 18025 17494 match_part 0.996 17212 16957 match_68 match_part 0.998 18023 17494 match_part 0.980 17212 16957 match_69 match_part 0.991 17918 17494 match_part 0.973 17212 16957 match_70 match_part 1.000 17897 17494 match_part 0.980 17212 16957 match_71 match_part 1.000 17854 17494 match_part 0.996 17212 16957 match_72 match_part 0.995 17710 17494 match_part 0.984 17212 16957 match_73 match_part 0.996 17717 17494 match_part 0.984 17212 16958 match_74 match_part 0.984 17212 16958 match_75 match_part 0.998 18078 17494 match_part 0.980 17212 16959 match_76 match_part 0.996 17728 17494 match_part 0.976 17212 16959 match_77 match_part 1.000 18124 17494 match_part 0.976 17212 16960 match_78 match_part 1.000 17736 17494 match_part 0.988 17212 16960 match_79 match_part 1.000 18126 17494 match_part 0.972 17212 16965 match_80 match_part 1.000 17961 17494 match_part 1.000 17212 16965 match_81 match_part 1.000 18126 17494 match_part 1.000 17212 16967 match_82 match_part 1.000 17814 17494 match_part 0.996 17212 16970 match_83 match_part 0.998 18139 17494 match_part 1.000 17212 16974 match_84 match_part 0.991 18131 17494 match_part 0.996 17212 16977 match_85 match_part 0.997 18127 17494 match_part 0.970 17212 16977 match_86 match_part 0.995 18127 17494 match_part 1.000 17212 16977 match_87 match_part 0.998 18126 17494 match_part 0.992 17212 16977 match_88 match_part 1.000 18126 17494 match_part 0.996 17212 16977 match_89 match_part 0.994 18125 17494 match_part 0.987 17212 16977 match_90 match_part 0.992 18139 17494 match_part 0.987 17212 16978 match_91 match_part 0.997 18139 17494 match_part 0.996 17212 16980 match_92 match_part 0.966 17522 17494 match_part 0.991 17212 16983 match_93 match_part 0.998 18139 17494 match_part 0.991 17212 16984 match_94 match_part 0.995 18124 17494 match_part 0.991 17212 16984 match_95 match_part 1.000 18127 17494 match_part 0.987 17212 16986 match_96 match_part 1.000 18127 17494 match_part 1.000 17212 16986 match_97 match_part 1.000 17992 17494 match_part 0.978 17212 16989 match_98 match_part 0.994 18126 17494 match_part 0.986 17212 16991 match_99 match_part 1.000 17992 17494 match_part 0.995 17212 16997 match_100 match_part 1.000 17992 17494 match_part 1.000 17212 16997 match_101 match_part 1.000 18135 17494 match_part 0.986 17212 17004 match_102 match_part 1.000 18117 17494 match_part 1.000 17212 17005 match_103 match_part 0.994 18135 17494 match_part 1.000 17212 17007 match_104 match_part 0.994 18128 17494 match_part 0.960 17212 17011 match_105 match_part 0.932 17552 17494 match_part 0.990 17212 17014 match_106 match_part 0.998 18126 17494 match_part 1.000 17212 17040 match_107 match_part 0.994 18131 17494 match_part 0.994 17212 17053 match_108 match_part 1.000 18002 17494 match_part 1.000 17212 17062 match_109 match_part 0.997 18129 17494 match_part 1.000 17212 17068 match_110 match_part 0.986 18131 17494 match_part 0.986 17212 17071 match_111 match_part 1.000 17922 17494 match_part 0.985 17212 17082 match_112 match_part 0.986 18127 17494 match_part 1.000 17212 17137 match_113 match_part 1.000 18111 17494 match_part 0.969 17212 17149 match_114 match_part 1.000 18124 17494 match_part 1.000 17212 17154 match_115 match_part 1.000 18123 17494 match_part 1.000 17212 17162 match_116 match_part 0.998 18002 17494 match_part 0.958 17212 17165 match_117 match_part 0.994 18123 17494 match_part 0.979 17212 17166 match_118 match_part 1.000 18119 17494 match_part 1.000 17212 17183 match_119 match_part 1.000 18097 17494 match_part 1.000 17212 17185 match_120 match_part 1.000 18120 17494 match_part 1.000 17212 17200 match_121 match_part 0.997 18123 17494 match_122 match_part 1.000 18123 17495 match_123 match_part 0.998 18126 17496 match_124 match_part 0.998 18085 17515 match_125 match_part 1.000 18123 17525 match_126 match_part 0.997 18120 17529 match_127 match_part 1.000 18120 17529 match_128 match_part 1.000 18119 17573 match_129 match_part 0.996 18120 17576 match_130 match_part 1.000 18086 17576 match_131 match_part 1.000 18123 17579 match_132 match_part 1.000 18130 17600 match_133 match_part 1.000 18120 17600 match_134 match_part 1.000 18126 17608 match_135 match_part 0.981 18121 17608 match_136 match_part 1.000 18119 17608 match_137 match_part 0.998 18111 17608 match_138 match_part 1.000 18111 17609 match_139 match_part 1.000 18116 17610 match_140 match_part 1.000 18118 17612 match_141 match_part 0.998 18120 17614 match_142 match_part 1.000 18126 17618 match_143 match_part 0.990 18123 17622 match_144 match_part 1.000 18124 17628 match_145 match_part 1.000 18130 17629 match_146 match_part 1.000 18120 17629 match_147 match_part 1.000 18115 17635 match_148 match_part 1.000 18125 17670 match_149 match_part 1.000 18118 17685 match_150 match_part 0.995 18122 17690 match_151 match_part 1.000 18126 17692 match_152 match_part 1.000 18123 17693 match_153 match_part 0.988 18112 17699 match_154 match_part 0.992 18096 17706 match_155 match_part 0.998 18126 17711 match_156 match_part 0.995 18126 17715 match_157 match_part 0.995 18124 17715 match_158 match_part 1.000 18122 17718 match_159 match_part 0.997 18087 17719 match_160 match_part 1.000 18016 17732 match_161 match_part 1.000 18120 17771 match_162 match_part 1.000 18124 17811 match_163 match_part 0.991 18090 17871 match_164 match_part 1.000 18115 17940 match_165 match_part 0.967 18120 17941 match_166 match_part 0.941 26513 26378 match_part 0.892 26302 26229 match_part 0.973 26006 25378 match_167 match_part 0.979 31063 30544 match_168 match_part 0.988 31045 30544 match_169 match_part 0.958 31071 30641 match_170 match_part 1.000 51744 51181 match_part 1.000 50943 50770 match_171 match_part 1.000 51514 51181 match_part 1.000 50943 50770 match_172 match_part 1.000 51750 51192 match_173 match_part 1.000 51743 51212 match_174 match_part 0.986 55128 54847 match_part 0.987 54357 54132 match_175 match_part 1.000 55191 54847 match_part 0.987 54357 54135 match_176 match_part 0.991 55076 54847 match_part 0.982 54357 54135 match_177 match_part 0.996 55345 54847 match_part 1.000 54357 54139 match_178 match_part 1.000 55161 54847 match_part 0.963 54357 54144 match_179 match_part 0.997 55542 54847 match_part 0.991 54357 54146 match_180 match_part 1.000 55387 54847 match_part 1.000 54357 54185 match_181 match_part 0.993 55690 54847 match_part 0.989 54357 54270 match_182 match_part 1.000 55402 54871 match_183 match_part 1.000 55712 54879 match_184 match_part 1.000 55710 54879 match_185 match_part 0.996 55714 54880 match_186 match_part 0.990 55714 54881 match_187 match_part 1.000 55712 54881 match_188 match_part 1.000 55710 54882 match_189 match_part 0.994 55711 54885 match_190 match_part 0.998 55710 54886 match_191 match_part 1.000 55706 54898 match_192 match_part 0.994 55711 54903 match_193 match_part 0.994 55461 54927 match_194 match_part 0.997 55710 54949 match_195 match_part 0.997 55711 54966 match_196 match_part 0.978 55712 54981 match_197 match_part 0.999 55705 54984 match_198 match_part 1.000 55454 54985 match_199 match_part 1.000 55709 55041 match_200 match_part 0.997 55705 55041 match_201 match_part 0.991 55708 55064 match_202 match_part 1.000 55705 55077 match_203 match_part 0.997 55676 55077 match_204 match_part 0.998 55704 55091 match_205 match_part 1.000 55709 55108 match_206 match_part 0.998 55705 55108 match_207 match_part 0.985 55446 55117 match_208 match_part 0.993 55709 55133 match_209 match_part 1.000 55711 55136 match_210 match_part 1.000 55708 55136 match_211 match_part 0.998 55613 55136 match_212 match_part 0.998 55705 55144 match_213 match_part 0.998 55703 55178 match_214 match_part 1.000 55679 55179 match_215 match_part 0.998 55734 55181 match_216 match_part 1.000 55709 55181 match_217 match_part 1.000 55705 55181 match_218 match_part 1.000 55705 55181 match_219 match_part 0.994 55699 55181 match_220 match_part 1.000 55705 55210 match_221 match_part 1.000 55702 55211 match_222 match_part 1.000 55708 55222 match_223 match_part 1.000 55622 55231 match_224 match_part 0.983 55703 55241 match_225 match_part 0.961 55710 55254 match_226 match_part 1.000 55720 55301 match_227 match_part 1.000 55705 55302 match_228 match_part 1.000 55705 55304 match_229 match_part 1.000 55666 55321 match_230 match_part 0.986 55695 55334 match_231 match_part 1.000 55703 55356 match_232 match_part 0.964 68499 68307 match_part 1.000 67226 67203 match_part 1.000 67144 67115 match_part 1.000 66538 66438 match_part 1.000 65174 65097 match_part 1.000 64876 64721 match_part 1.000 64416 64304 match_part 0.969 64190 64064 match_part 0.933 63805 63791 match_233 match_part 1.000 68390 68307 match_part 1.000 67226 67115 match_part 1.000 66538 66438 match_part 1.000 65174 65097 match_part 1.000 64876 64721 match_part 1.000 64416 64304 match_part 0.992 64190 64070 match_234 match_part 1.000 68498 68307 match_part 1.000 67226 67203 match_part 1.000 67144 67115 match_part 0.990 66538 66438 match_part 1.000 65174 65097 match_part 0.987 64876 64726 match_235 match_part 1.000 68506 68307 match_part 1.000 67226 67115 match_part 1.000 66538 66438 match_part 1.000 65174 65097 match_part 0.979 64876 64731 match_236 match_part 1.000 68539 68307 match_part 1.000 67226 67115 match_part 0.990 66538 66438 match_part 0.987 65174 65097 match_part 1.000 64876 64802 match_237 match_part 0.980 68510 68307 match_part 1.000 67226 67115 match_part 0.980 66538 66440 match_238 match_part 0.983 68535 68307 match_part 0.988 67226 67146 match_239 match_part 0.999 72421 71662 match_240 match_part 1.000 73143 72478 match_241 match_part 1.000 73143 72733 match_242 match_part 0.994 73603 72826 match_243 match_part 0.982 73398 72945 match_244 match_part 0.998 73594 72953 match_245 match_part 0.982 78908 78519 match_246 match_part 1.000 80006 79911 match_part 1.000 79679 79549 match_part 1.000 79391 79155 match_part 0.991 79061 78594 match_247 match_part 0.923 79936 79911 match_part 0.947 79679 79549 match_part 0.964 79391 78919 match_248 match_part 1.000 79946 79911 match_part 1.000 79679 79549 match_part 1.000 79391 79155 match_part 0.950 79061 79042 match_249 match_part 0.993 84188 84053 match_part 0.983 83894 83664 match_part 1.000 81560 81545 match_250 match_part 1.000 88688 88645 match_part 1.000 88543 88364 match_part 1.000 88072 87743 match_251 match_part 0.978 88737 88645 match_part 0.906 88543 88364 match_part 0.931 88072 87811 match_252 match_part 1.000 88739 88645 match_part 1.000 88543 88364 match_part 1.000 88072 87812 match_253 match_part 0.500 89623 89616 match_part 0.967 89530 89256 match_254 match_part 0.625 89623 89616 match_part 0.989 89530 89256 match_255 match_part 0.625 89623 89616 match_part 0.989 89530 89256 match_256 match_part 1.000 90743 90299 match_part 1.000 89738 89616 match_part 1.000 89530 89493 match_257 match_part 0.996 90773 90299 match_part 1.000 89738 89616 match_part 0.957 89530 89508 match_258 match_part 1.000 90748 90299 match_part 1.000 89738 89685 match_259 match_part 0.989 90767 90299 match_part 0.975 89738 89699 match_260 match_part 1.000 90748 90314 match_261 match_part 1.000 91786 91248 match_part 0.625 91165 91150 match_262 match_part 0.982 91648 91307 match_part 1.000 91165 91159 match_263 match_part 1.000 92348 91638 match_264 match_part 0.998 92348 91729 match_265 match_part 0.995 92342 91936 match_266 match_part 1.000 95369 95306 match_part 1.000 94398 94112 match_part 0.996 92436 92175 match_267 match_part 1.000 95368 95306 match_part 1.000 94398 94112 match_part 1.000 92436 92205 match_268 match_part 1.000 95561 95306 match_part 1.000 94398 94127 match_269 match_part 0.952 95368 95306 match_part 1.000 94398 94136 match_270 match_part 1.000 95562 95306 match_part 1.000 94398 94153 match_271 match_part 0.997 95721 95326 match_272 match_part 0.706 96773 96740 match_part 0.500 96295 96286 match_part 0.958 95892 95584 match_273 match_part 0.998 103559 102927 match_274 match_part 0.975 104001 103390 match_275 match_part 0.969 104017 103407 match_276 match_part 0.971 104017 103509 match_277 match_part 0.955 104003 103757 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 5030 5764 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 8333 8065 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 18139 17494 exon 17212 16954 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 17573 18124 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 21553 21832 exon 22823 23038 exon 23362 23988 exon 24554 24568 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 26513 26378 exon 26302 26229 exon 26006 25378 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 25473 25544 exon 26647 27003 exon 28214 28334 exon 28482 28656 exon 28769 28839 exon 29197 29992 gene_8 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 25473 25544 exon 26647 27003 exon 28214 28334 exon 28482 28656 exon 28769 28839 exon 29197 29814 exon 30620 30666 exon 30731 30893 gene_9 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 25478 25544 exon 26647 26664 exon 26794 27003 exon 28214 28334 exon 28482 28656 exon 28769 28839 exon 29197 29992 gene_10 gene GT_PGL_7_AGS_4 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 27518 28334 exon 28482 28527 gene_11 gene GT_PGL_7_AGS_5 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 25379 25679 gene_12 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 31071 30544 gene_13 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 37835 37928 exon 38037 38351 exon 38999 39014 gene_14 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 37418 38412 gene_15 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 37893 37928 exon 38037 38412 gene_16 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 51750 51181 exon 50943 50770 gene_17 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 55734 54847 exon 54357 54132 gene_18 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 54873 55414 exon 55502 55706 gene_19 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 61240 61674 exon 61868 61996 exon 62487 63340 gene_20 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 61966 63340 gene_21 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 68539 68307 exon 67226 67115 exon 66538 66438 exon 65174 65097 exon 64876 64721 exon 64416 64304 exon 64190 64070 gene_22 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 68499 68307 exon 67226 67203 exon 67144 67115 exon 66538 66438 exon 65174 65097 exon 64876 64721 exon 64416 64304 exon 64190 64064 exon 63805 63791 gene_23 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 72421 71662 gene_24 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 73603 72478 gene_25 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 80006 79911 exon 79679 79549 exon 79391 79155 exon 79061 78519 gene_26 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 79936 79911 exon 79679 79549 exon 79391 78919 gene_27 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 84188 84053 exon 83894 83664 exon 81560 81545 gene_28 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 85561 85854 gene_29 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 88739 88645 exon 88543 88364 exon 88072 87743 gene_30 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 87890 88600 gene_31 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 90773 90299 exon 89738 89616 exon 89530 89256 gene_32 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 96773 96740 exon 96295 96286 exon 95892 95306 exon 94398 94112 exon 92436 91248 exon 91165 91150 gene_33 gene GT_PGL_23_AGS_2 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 96773 96740 exon 96295 96286 exon 95892 95306 exon 94398 94112 exon 92436 91307 exon 91165 91159 gene_34 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 104017 102927 AUGUSTUS_tom_cdna de novo gene_1 gene 1 5413 6141 transcript_1 transcript 5413 6141 start_codon_1 start_codon 5413 5415 CDS_1 CDS 5413 6141 stop_codon_1 stop_codon 6139 6141 gene_2 gene 1 21698 23580 transcript_2 transcript 21698 23580 start_codon_2 start_codon 21698 21700 CDS_2 CDS 21698 21832 CDS_3 CDS 22823 23038 CDS_4 CDS 23362 23580 stop_codon_2 stop_codon 23578 23580 gene_3 gene 1 25339 29837 transcript_3 transcript 25339 29837 start_codon_3 start_codon 25339 25341 CDS_5 CDS 25339 25375 CDS_6 CDS 25528 25544 CDS_7 CDS 26647 27003 CDS_8 CDS 28214 28334 CDS_9 CDS 28482 28656 CDS_10 CDS 28769 28839 CDS_11 CDS 29197 29837 stop_codon_3 stop_codon 29835 29837 gene_4 gene 1 37432 38099 transcript_4 transcript 37432 38099 start_codon_4 start_codon 37432 37434 CDS_12 CDS 37432 37508 CDS_13 CDS 37781 37928 CDS_14 CDS 38037 38099 stop_codon_4 stop_codon 38097 38099 gene_5 gene 1 41741 50132 transcript_5 transcript 41741 50132 start_codon_5 start_codon 41741 41743 CDS_15 CDS 41741 41872 CDS_16 CDS 49414 49479 CDS_17 CDS 49917 50132 stop_codon_5 stop_codon 50130 50132 gene_6 gene 2 61391 63093 transcript_6 transcript 61391 63093 start_codon_6 start_codon 61391 61393 CDS_18 CDS 61391 61674 CDS_19 CDS 61868 61996 CDS_20 CDS 62487 63093 stop_codon_6 stop_codon 63091 63093 transcript_7 transcript 62515 63093 start_codon_7 start_codon 62515 62517 CDS_21 CDS 62515 63093 stop_codon_7 stop_codon 63091 63093 AUGUSTUS_tom_cdna de novo gene_7 gene 1 16988 11592 transcript_8 transcript 16988 11592 stop_codon_8 stop_codon 11594 11592 CDS_22 CDS 11726 11592 CDS_23 CDS 12940 12765 CDS_24 CDS 13065 13015 CDS_25 CDS 13924 13786 CDS_26 CDS 14182 14103 CDS_27 CDS 16988 16952 start_codon_8 start_codon 16988 16986 gene_8 gene 1 17860 17199 transcript_9 transcript 17860 17199 stop_codon_9 stop_codon 17201 17199 CDS_28 CDS 17212 17199 CDS_29 CDS 17860 17494 start_codon_9 start_codon 17860 17858 gene_9 gene 1 19368 17936 transcript_10 transcript 19368 17936 stop_codon_10 stop_codon 17938 17936 CDS_30 CDS 18135 17936 CDS_31 CDS 19368 19362 start_codon_10 start_codon 19368 19366 gene_10 gene 1 37339 30233 transcript_11 transcript 37339 30233 stop_codon_11 stop_codon 30235 30233 CDS_32 CDS 31085 30233 CDS_33 CDS 33605 33587 CDS_34 CDS 37339 37273 start_codon_11 start_codon 37339 37337 gene_11 gene 1 55536 54343 transcript_12 transcript 55536 54343 stop_codon_12 stop_codon 54345 54343 CDS_35 CDS 54357 54343 CDS_36 CDS 55536 54847 start_codon_12 start_codon 55536 55534 gene_12 gene 1 68465 63702 transcript_13 transcript 68465 63702 stop_codon_13 stop_codon 63704 63702 CDS_37 CDS 63805 63702 CDS_38 CDS 64190 64069 CDS_39 CDS 64416 64304 CDS_40 CDS 64876 64721 CDS_41 CDS 65174 65097 CDS_42 CDS 66538 66438 CDS_43 CDS 67226 67115 CDS_44 CDS 68465 68307 start_codon_13 start_codon 68465 68463 gene_13 gene 1 73571 73116 transcript_14 transcript 73571 73116 stop_codon_14 stop_codon 73118 73116 CDS_45 CDS 73571 73116 start_codon_14 start_codon 73571 73569 gene_14 gene 1 80094 78672 transcript_15 transcript 80094 78672 stop_codon_15 stop_codon 78674 78672 CDS_46 CDS 79061 78672 CDS_47 CDS 79391 79155 CDS_48 CDS 79679 79549 CDS_49 CDS 80094 79911 start_codon_15 start_codon 80094 80092 gene_15 gene 1 90751 87950 transcript_16 transcript 90751 87950 stop_codon_16 stop_codon 87952 87950 CDS_50 CDS 88072 87950 CDS_51 CDS 88543 88364 CDS_52 CDS 88815 88645 CDS_53 CDS 89169 89061 CDS_54 CDS 89530 89256 CDS_55 CDS 89738 89616 CDS_56 CDS 90751 90299 start_codon_16 start_codon 90751 90749 gene_16 gene 1 99051 91660 transcript_17 transcript 99051 91660 stop_codon_17 stop_codon 91662 91660 CDS_57 CDS 92436 91660 CDS_58 CDS 94398 94112 CDS_59 CDS 95570 95306 CDS_60 CDS 99051 98230 start_codon_17 start_codon 99051 99049 gene_17 gene 1 105002 102720 transcript_18 transcript 105002 102720 stop_codon_18 stop_codon 102722 102720 CDS_61 CDS 105002 102720 start_codon_18 start_codon 105002 105000 AUGUSTUS_ab_initio de novo gene_1 gene 1 5662 6141 transcript_1 transcript 5662 6141 start_codon_1 start_codon 5662 5664 CDS_1 CDS 5662 6141 stop_codon_1 stop_codon 6139 6141 gene_2 gene 1 21698 29837 transcript_2 transcript 21698 29837 start_codon_2 start_codon 21698 21700 CDS_2 CDS 21698 21832 CDS_3 CDS 23362 23576 CDS_4 CDS 28769 28839 CDS_5 CDS 29197 29837 stop_codon_2 stop_codon 29835 29837 AUGUSTUS_ab_initio de novo gene_3 gene 1 14222 11592 transcript_3 transcript 14222 11592 stop_codon_3 stop_codon 11594 11592 CDS_6 CDS 11726 11592 CDS_7 CDS 12940 12765 CDS_8 CDS 13065 13015 CDS_9 CDS 13924 13786 CDS_10 CDS 14222 14103 start_codon_3 start_codon 14222 14220 gene_4 gene 1 18080 17508 transcript_4 transcript 18080 17508 stop_codon_4 stop_codon 17510 17508 CDS_11 CDS 18080 17508 start_codon_4 start_codon 18080 18078 gene_5 gene 1 31048 30233 transcript_5 transcript 31048 30233 stop_codon_5 stop_codon 30235 30233 CDS_12 CDS 31048 30233 start_codon_5 start_codon 31048 31046 gene_6 gene 1 51276 41661 transcript_6 transcript 51276 41661 stop_codon_6 stop_codon 41663 41661 CDS_13 CDS 41774 41661 CDS_14 CDS 51276 51181 start_codon_6 start_codon 51276 51274 gene_7 gene 1 55665 54802 transcript_7 transcript 55665 54802 stop_codon_7 stop_codon 54804 54802 CDS_15 CDS 55665 54802 start_codon_7 start_codon 55665 55663 gene_8 gene 1 90733 87950 transcript_8 transcript 90733 87950 stop_codon_8 stop_codon 87952 87950 CDS_16 CDS 88072 87950 CDS_17 CDS 88543 88364 CDS_18 CDS 88815 88645 CDS_19 CDS 89169 89061 CDS_20 CDS 89530 89256 CDS_21 CDS 90733 90299 start_codon_8 start_codon 90733 90731 gene_9 gene 1 99051 91660 transcript_9 transcript 99051 91660 stop_codon_9 stop_codon 91662 91660 CDS_22 CDS 92436 91660 CDS_23 CDS 99051 98230 start_codon_9 start_codon 99051 99049 gene_10 gene 1 105002 102720 transcript_10 transcript 105002 102720 stop_codon_10 stop_codon 102722 102720 CDS_24 CDS 105002 102720 start_codon_10 start_codon 105002 105000 AUGUSTUS_tom_ugs de novo gene_1 gene 1 5662 6141 transcript_1 transcript 5662 6141 start_codon_1 start_codon 5662 5664 CDS_1 CDS 5662 6141 stop_codon_1 stop_codon 6139 6141 gene_2 gene 2 21698 29837 transcript_2 transcript 28289 29837 start_codon_2 start_codon 28289 28291 CDS_2 CDS 28289 28334 CDS_3 CDS 28482 28656 CDS_4 CDS 28769 28839 CDS_5 CDS 29197 29837 stop_codon_2 stop_codon 29835 29837 transcript_3 transcript 21698 29837 start_codon_3 start_codon 21698 21700 CDS_6 CDS 21698 21832 CDS_7 CDS 22823 23038 CDS_8 CDS 23362 23576 CDS_9 CDS 25514 25544 CDS_10 CDS 26647 27003 CDS_11 CDS 28214 28334 CDS_12 CDS 28482 28656 CDS_13 CDS 28769 28839 CDS_14 CDS 29197 29837 stop_codon_3 stop_codon 29835 29837 gene_3 gene 1 37432 38099 transcript_4 transcript 37432 38099 start_codon_4 start_codon 37432 37434 CDS_15 CDS 37432 37508 CDS_16 CDS 37781 37928 CDS_17 CDS 38037 38099 stop_codon_4 stop_codon 38097 38099 gene_4 gene 1 61391 62000 transcript_5 transcript 61391 62000 start_codon_5 start_codon 61391 61393 CDS_18 CDS 61391 61674 CDS_19 CDS 61868 62000 stop_codon_5 stop_codon 61998 62000 AUGUSTUS_tom_ugs de novo gene_5 gene 1 14222 11592 transcript_6 transcript 14222 11592 stop_codon_6 stop_codon 11594 11592 CDS_20 CDS 11726 11592 CDS_21 CDS 12940 12765 CDS_22 CDS 13065 13015 CDS_23 CDS 13924 13786 CDS_24 CDS 14222 14103 start_codon_6 start_codon 14222 14220 gene_6 gene 1 18080 17508 transcript_7 transcript 18080 17508 stop_codon_7 stop_codon 17510 17508 CDS_25 CDS 18080 17508 start_codon_7 start_codon 18080 18078 gene_7 gene 1 31048 30233 transcript_8 transcript 31048 30233 stop_codon_8 stop_codon 30235 30233 CDS_26 CDS 31048 30233 start_codon_8 start_codon 31048 31046 gene_8 gene 1 51276 41661 transcript_9 transcript 51276 41661 stop_codon_9 stop_codon 41663 41661 CDS_27 CDS 41774 41661 CDS_28 CDS 51276 51181 start_codon_9 start_codon 51276 51274 gene_9 gene 1 55665 54343 transcript_10 transcript 55665 54343 stop_codon_10 stop_codon 54345 54343 CDS_29 CDS 54357 54343 CDS_30 CDS 55665 54847 start_codon_10 start_codon 55665 55663 gene_10 gene 1 68465 63702 transcript_11 transcript 68465 63702 stop_codon_11 stop_codon 63704 63702 CDS_31 CDS 63805 63702 CDS_32 CDS 64190 64069 CDS_33 CDS 64416 64304 CDS_34 CDS 64876 64721 CDS_35 CDS 65174 65097 CDS_36 CDS 66538 66438 CDS_37 CDS 67226 67115 CDS_38 CDS 68465 68307 start_codon_11 start_codon 68465 68463 gene_11 gene 1 80094 78672 transcript_12 transcript 80094 78672 stop_codon_12 stop_codon 78674 78672 CDS_39 CDS 79061 78672 CDS_40 CDS 79391 79155 CDS_41 CDS 79679 79549 CDS_42 CDS 80094 79911 start_codon_12 start_codon 80094 80092 gene_12 gene 1 90733 87950 transcript_13 transcript 90733 87950 stop_codon_13 stop_codon 87952 87950 CDS_43 CDS 88072 87950 CDS_44 CDS 88543 88364 CDS_45 CDS 88815 88645 CDS_46 CDS 89169 89061 CDS_47 CDS 89530 89256 CDS_48 CDS 89738 89616 CDS_49 CDS 90733 90299 start_codon_13 start_codon 90733 90731 gene_13 gene 1 99051 91660 transcript_14 transcript 99051 91660 stop_codon_14 stop_codon 91662 91660 CDS_50 CDS 92436 91660 CDS_51 CDS 94398 94112 CDS_52 CDS 95340 95306 CDS_53 CDS 95590 95553 CDS_54 CDS 99051 98230 start_codon_14 start_codon 99051 99049 gene_14 gene 1 105002 102720 transcript_15 transcript 105002 102720 stop_codon_15 stop_codon 102722 102720 CDS_55 CDS 105002 102720 start_codon_15 start_codon 105002 105000 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 5030 5762 match_2 match_part 1.000 21553 21832 match_part 1.000 22823 23038 match_part 0.998 23362 23988 match_part 0.733 24554 24568 match_3 match_part 0.944 25473 25544 match_part 0.989 26647 27003 match_part 1.000 28214 28334 match_part 0.975 28482 28639 match_4 match_part 1.000 25515 25544 match_part 0.997 26647 27003 match_part 1.000 28214 28334 match_part 1.000 28482 28656 match_part 1.000 28769 28839 match_part 0.981 29197 29982 match_5 match_part 0.998 27518 28334 match_part 0.913 28482 28527 match_6 match_part 1.000 29553 29814 match_part 1.000 30620 30666 match_part 0.979 30731 31071 match_7 match_part 1.000 37418 38108 match_8 match_part 0.979 37835 37928 match_part 0.971 38037 38412 match_9 match_part 0.996 54873 55414 match_part 1.000 55502 55706 match_10 match_part 1.000 61240 61674 match_part 1.000 61868 61964 match_11 match_part 0.988 61966 63340 match_12 match_part 0.997 71660 72421 match_13 match_part 0.980 78514 78908 match_14 match_part 0.987 87890 88600 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_15 match_part 0.996 8333 8065 match_16 match_part 0.998 18139 17494 match_part 1.000 17212 16968 match_17 match_part 0.941 26513 26378 match_part 0.892 26302 26229 match_part 0.973 26006 25378 match_18 match_part 0.921 29992 29589 match_19 match_part 1.000 51750 51181 match_part 1.000 50943 50770 match_20 match_part 1.000 55734 54847 match_part 1.000 54357 54135 match_21 match_part 1.000 68499 68307 match_part 1.000 67226 67203 match_part 1.000 67144 67115 match_part 1.000 66538 66438 match_part 1.000 65174 65097 match_part 1.000 64876 64721 match_part 1.000 64416 64304 match_part 0.969 64190 64064 match_part 0.933 63805 63791 match_22 match_part 1.000 68538 68307 match_part 1.000 67226 67115 match_part 1.000 66538 66438 match_part 1.000 65174 65097 match_part 1.000 64876 64721 match_part 1.000 64416 64304 match_part 0.992 64190 64070 match_23 match_part 1.000 73603 72478 match_24 match_part 1.000 80006 79911 match_part 1.000 79679 79549 match_part 1.000 79391 79155 match_part 0.994 79061 78595 match_25 match_part 0.993 84188 84053 match_part 0.983 83894 83664 match_part 1.000 81560 81545 match_26 match_part 1.000 88688 88645 match_part 1.000 88543 88364 match_part 1.000 88072 87743 match_27 match_part 1.000 88739 88645 match_part 1.000 88543 88364 match_part 1.000 88072 87811 match_28 match_part 0.625 89623 89616 match_part 0.989 89530 89256 match_29 match_part 0.989 90767 90299 match_part 1.000 89738 89616 match_part 0.974 89530 89493 match_30 match_part 0.706 96773 96740 match_part 0.500 96295 96286 match_part 0.981 95892 95306 match_part 1.000 94398 94112 match_part 1.000 92436 91248 match_part 0.625 91165 91150 match_31 match_part 0.988 104017 102927 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 5030 5762 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 8333 8065 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 18139 17494 exon 17212 16968 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 21553 21832 exon 22823 23038 exon 23362 23988 exon 24554 24568 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 26513 26378 exon 26302 26229 exon 26006 25378 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 25473 25544 exon 26647 27003 exon 28214 28334 exon 28482 28656 exon 28769 28839 exon 29197 29982 gene_7 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 29553 29814 exon 30620 30666 exon 30731 31071 gene_8 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 27518 28334 exon 28482 28527 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 29992 29589 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 37418 38108 gene_11 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 37835 37928 exon 38037 38412 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 51750 51181 exon 50943 50770 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 55734 54847 exon 54357 54135 gene_14 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 54873 55414 exon 55502 55706 gene_15 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 61240 61674 exon 61868 61964 gene_16 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 61966 63340 gene_17 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 68538 68307 exon 67226 67115 exon 66538 66438 exon 65174 65097 exon 64876 64721 exon 64416 64304 exon 64190 64070 gene_18 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 68499 68307 exon 67226 67203 exon 67144 67115 exon 66538 66438 exon 65174 65097 exon 64876 64721 exon 64416 64304 exon 64190 64064 exon 63805 63791 gene_19 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 71660 72421 gene_20 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 73603 72478 gene_21 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 78514 78908 gene_22 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 80006 79911 exon 79679 79549 exon 79391 79155 exon 79061 78595 gene_23 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 84188 84053 exon 83894 83664 exon 81560 81545 gene_24 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 88739 88645 exon 88543 88364 exon 88072 87743 gene_25 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 87890 88600 gene_26 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 90767 90299 exon 89738 89616 exon 89530 89256 gene_27 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 96773 96740 exon 96295 96286 exon 95892 95306 exon 94398 94112 exon 92436 91248 exon 91165 91150 gene_28 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 104017 102927 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.990 49263 48763 match_2 match_part 1.000 79648 79549 match_part 0.979 79391 79155 match_part 0.953 79061 78492 match_3 match_part 1.000 79946 79911 match_part 1.000 79679 79549 match_part 0.981 79391 78919 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 49263 48763 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 79946 79911 exon 79679 79549 exon 79391 78919 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C08SLe0011M12.1 type gene exon 79648 79549 exon 79391 79155 exon 79061 78492 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 5413 6141 transcript_1 transcript 5413 6141 start_codon_1 start_codon 5413 5415 CDS_1 CDS 5413 6141 stop_codon_1 stop_codon 6139 6141 gene_2 gene 1 21698 23580 transcript_2 transcript 21698 23580 start_codon_2 start_codon 21698 21700 CDS_2 CDS 21698 21832 CDS_3 CDS 22823 23038 CDS_4 CDS 23362 23580 stop_codon_2 stop_codon 23578 23580 gene_3 gene 1 25339 29837 transcript_3 transcript 25339 29837 start_codon_3 start_codon 25339 25341 CDS_5 CDS 25339 25375 CDS_6 CDS 25528 25544 CDS_7 CDS 26647 27003 CDS_8 CDS 28214 28334 CDS_9 CDS 28482 28656 CDS_10 CDS 28769 28839 CDS_11 CDS 29197 29837 stop_codon_3 stop_codon 29835 29837 gene_4 gene 1 37432 38099 transcript_4 transcript 37432 38099 start_codon_4 start_codon 37432 37434 CDS_12 CDS 37432 37508 CDS_13 CDS 37781 37928 CDS_14 CDS 38037 38099 stop_codon_4 stop_codon 38097 38099 gene_5 gene 1 41741 50132 transcript_5 transcript 41741 50132 start_codon_5 start_codon 41741 41743 CDS_15 CDS 41741 41872 CDS_16 CDS 49414 49479 CDS_17 CDS 49917 50132 stop_codon_5 stop_codon 50130 50132 gene_6 gene 1 61391 63093 transcript_6 transcript 61391 63093 start_codon_6 start_codon 61391 61393 CDS_18 CDS 61391 61674 CDS_19 CDS 61868 61996 CDS_20 CDS 62487 63093 stop_codon_6 stop_codon 63091 63093 AUGUSTUS_tom_pot_cdna de novo gene_7 gene 1 16988 11592 transcript_7 transcript 16988 11592 stop_codon_7 stop_codon 11594 11592 CDS_21 CDS 11726 11592 CDS_22 CDS 12940 12765 CDS_23 CDS 13065 13015 CDS_24 CDS 13924 13786 CDS_25 CDS 14182 14103 CDS_26 CDS 16988 16952 start_codon_7 start_codon 16988 16986 gene_8 gene 1 17860 17199 transcript_8 transcript 17860 17199 stop_codon_8 stop_codon 17201 17199 CDS_27 CDS 17212 17199 CDS_28 CDS 17860 17494 start_codon_8 start_codon 17860 17858 gene_9 gene 1 19368 17936 transcript_9 transcript 19368 17936 stop_codon_9 stop_codon 17938 17936 CDS_29 CDS 18135 17936 CDS_30 CDS 19368 19362 start_codon_9 start_codon 19368 19366 gene_10 gene 1 37339 29907 transcript_10 transcript 37339 29907 stop_codon_10 stop_codon 29909 29907 CDS_31 CDS 29997 29907 CDS_32 CDS 31085 30258 CDS_33 CDS 33605 33587 CDS_34 CDS 37339 37273 start_codon_10 start_codon 37339 37337 gene_11 gene 1 55536 54343 transcript_11 transcript 55536 54343 stop_codon_11 stop_codon 54345 54343 CDS_35 CDS 54357 54343 CDS_36 CDS 55536 54847 start_codon_11 start_codon 55536 55534 gene_12 gene 1 68465 63674 transcript_12 transcript 68465 63674 stop_codon_12 stop_codon 63676 63674 CDS_37 CDS 63805 63674 CDS_38 CDS 64190 64064 CDS_39 CDS 64416 64304 CDS_40 CDS 64876 64721 CDS_41 CDS 65174 65097 CDS_42 CDS 66538 66438 CDS_43 CDS 67226 67115 CDS_44 CDS 68465 68307 start_codon_12 start_codon 68465 68463 gene_13 gene 1 73607 73116 transcript_13 transcript 73607 73116 stop_codon_13 stop_codon 73118 73116 CDS_45 CDS 73607 73116 start_codon_13 start_codon 73607 73605 gene_14 gene 1 80094 78672 transcript_14 transcript 80094 78672 stop_codon_14 stop_codon 78674 78672 CDS_46 CDS 79061 78672 CDS_47 CDS 79391 79155 CDS_48 CDS 79679 79549 CDS_49 CDS 80094 79911 start_codon_14 start_codon 80094 80092 gene_15 gene 1 90751 87950 transcript_15 transcript 90751 87950 stop_codon_15 stop_codon 87952 87950 CDS_50 CDS 88072 87950 CDS_51 CDS 88543 88364 CDS_52 CDS 88815 88645 CDS_53 CDS 88978 88913 CDS_54 CDS 89169 89061 CDS_55 CDS 89530 89256 CDS_56 CDS 89738 89616 CDS_57 CDS 90751 90299 start_codon_15 start_codon 90751 90749 gene_16 gene 1 99051 91660 transcript_16 transcript 99051 91660 stop_codon_16 stop_codon 91662 91660 CDS_58 CDS 92436 91660 CDS_59 CDS 94398 94112 CDS_60 CDS 95570 95306 CDS_61 CDS 99051 98230 start_codon_16 start_codon 99051 99049 gene_17 gene 1 105002 102720 transcript_17 transcript 105002 102720 stop_codon_17 stop_codon 102722 102720 CDS_62 CDS 105002 102720 start_codon_17 start_codon 105002 105000 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 120 23350 23550 match_2 match 126 22823 23029 match_3 match 157 29196 29786 match_4 match 125 43711 44262 match_5 match 164 5419 6138 match_6 match 172 29196 29795 match_7 match 168 29187 29795 match_8 match 168 29187 29795 match_9 match 168 29187 29795 match_10 match 185 29181 29804 match_11 match 156 29196 29795 match_12 match 179 29154 29888 match_13 match 177 29196 29786 match_14 match 177 29196 29786 match_15 match 198 29196 29804 match_16 match 135 28226 28657 match_17 match 38.5 28770 28838 match_18 match 120 22823 23029 match_19 match 114 23350 23550 match_20 match 119 46136 46630 match_21 match 264 46609 47490 match_22 match 124 47493 47801 match_23 match 179 29196 29807 match_24 match 154 28214 28654 match_25 match 145 26677 27003 match_26 match 313 29196 29834 match_27 match 46.2 28767 28838 match_28 match 114 22823 23029 match_29 match 132 28214 28654 match_30 match 189 29196 29831 match_31 match 42.4 28767 28838 match_32 match 141 28214 28654 match_33 match 117 26686 27003 match_34 match 299 29196 29822 match_35 match 42.4 28767 28838 match_36 match 166 29187 29801 match_37 match 166 29187 29801 match_38 match 121 22823 23029 match_39 match 117 23350 23562 match_40 match 121 22823 23029 match_41 match 139 46951 47490 match_42 match 61.2 47490 47648 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_43 match 320 92448 91669 match_44 match 149 94384 94109 match_45 match 124 102208 101822 match_46 match 198 79397 78690 match_47 match 225 99042 98233 match_48 match 225 99042 98233 match_49 match 233 99042 98233 match_50 match 233 99042 98233 match_51 match 110 73541 73125 match_52 match 198 92472 91675 match_53 match 117 94402 94103 match_54 match 184 104468 102723 match_55 match 124 102208 101822 match_56 match 113 92406 91984 match_57 match 129 94384 94109 match_58 match 174 92421 91675 match_59 match 118 94384 94115 match_60 match 184 104444 102723 match_61 match 129 102208 101822 match_62 match 306 92448 91669 match_63 match 147 94384 94109 match_64 match 126 102208 101822 match_65 match 35.8 89666 89613 match_66 match 116 89533 89321 match_67 match 340 92448 91663 match_68 match 141 94384 94109 match_69 match 129 99042 98233 match_70 match 322 92448 91666 match_71 match 137 94384 94109 match_72 match 34.3 89675 89613 match_73 match 110 89533 89321 match_74 match 134 92448 91675 match_75 match 116 94384 94109 match_76 match 134 92448 91675 match_77 match 116 94384 94109 match_78 match 211 92448 91675 match_79 match 126 94384 94109 match_80 match 216 92448 91675 match_81 match 124 94387 94109 match_82 match 332 79397 78675 match_83 match 162 83895 83650 match_84 match 132 73541 73119 match_85 match 132 73541 73119 match_86 match 58.2 11255 10935 match_87 match 48.1 11530 11333 match_88 match 75.5 11950 11840 match_89 match 64.7 11727 11641 match_90 match 143 92448 91675 match_91 match 116 94384 94109