C03HBa0030A11.1 AAGCTTCTCTACTCTGTAGCCTTTTATTAAAAGACGTGCAACGTACGCGCTCCAGATATA AATCACTTAAATCCGCCCTAGACTCCCTCCAAAAAACACCGTACTCGCCTAAAAAACACA TGCCCAAAATCCTGACCCGATTAACTAAATTTTGCAACTCACTTAACCCGCTTGTTTCAT CAACATCTTCTCCGCTCCGATTTAAAACCGTTCAAGCTAACTGCTCGCAATTGCTAAAAC GGATCGAACTTAAGCGCGATAAGACCAAAGCAAAACTCCGAATAATAAATAAATTCAAAC GCGGCTCAGCCGTATTTGTCATGGCTTTAACAGTCTCGCTTACGGTTATCGTAGCGACTC ATGCACTAGCCTTGCTAGTTGCGGCTCCAACCGTAATGATGGCTTCATTTCAGCTGATGT CGACTAAGAAGCTGGCTAGCTGGTCGGCTCAGCTGGACGTAGCCGCTAAAGGTACGTACA TATTGATTAGAGACTTGGACACTATAAGTCGGCTAGTGGGTCGGCTAAATGACGAGTTAG AAGACTTGCAAGCCATAGTACGGTTTTGGCTTGAGAGAGGCGGCGACCCGCTTCAGCTTG AGCTACAAGCCAGCGGAGAAGTGGCGCGCCAGCTGAAAAAGAATTATGCTAACTTTGTGG AGCAATTGGATGAATTAGAAGAACATTTGTATTTGTGTTTCATGACAATTAATAGGGCTC GAAATCTTGTTATCGCTGAAATTATGAATTCGAGTCCATATTTGTTAACCCAAATCAAAG TATAGAAATTTCTAAATTCGTATCTCGTGTATTATGCTATGTATTACAGATGTGTTTACT TGTTCAACTTTATATAAATTTAACTGTTTGATTTATTTAAACTGAATGACATAGATGATA GATAAAGTCAAGTTAAATAGGAACGTTTATATATTATGATTGTTGCTTGAATATATAAAT AAATATTTATATATTTCTTTATTTAATGATGTGAGCTTTTATGGGCAAGAAAATGGTGGA TGTGAAAATTTATGATCACCACCAAACGTAGCAAAAATTAACATAGTGAAAAAAAACTTT CACATAATTAGGTTTGTCAGAATTTAGTTGGGGTAGCTATGTGGTCAATGTGTTTGATTA AATTGGTGAGGTCTTCAATTTCAAATTCAATTTTATTATTATTGAAACAATTGATACATA CTCCTTCGGATCCATTTTAGTTATCGAAGCTATTTTTTATTAGGTATAATATATAAAAAA AAGTACTAAACGATTAGAAAATTTAGTCAGAATTTGAGTAGAAAATTTTAAAAATTATAA TATTTTTTTTATTTCTAAATAAATCGATCTTTTCTTTTTCATTTTTTAGTAAAATTAAAG ATAAAAGGGTAAAATATTTTTAAAAAGTAAAATTACATTAAAAATATCTCAGTCTGGCCA AAAAGATTTTTCCATAAATGGGCGAACCGTCCATCTTGATGTTTAAGGTTCATAACGTGT CCATTTTGATGCTGCGCTGGTCATGTGTCAGTTTAAACCAAGTTAAAAATCATTTTTATA TATTGTATTTTTTAATCATCATATCTATTGAAAATAGTTGATTTAAAGTAATTGTCATTT CATAAATTTGAGATATAATTAATTTTTTAATTTTATCTTTACTCTACTTATAAAATTTGG TATAGCTATTGTTCCACCTTTTATCTTTACTTAAACCAAAAAAATATGGAGAGACTACTA CAATAGAAAACATAATAATAATTTTTTTTATAACATAATAATAATTTTTAAAGAAAATTA AAGAGTAAATAAAGATACTTAAATTAAGCTAATTTTTTTCATTAGATTAGTAGGAGTGTA AAGAAAAAAAATTATACCAAGTAAATAAATATGACCTTTGAAAAGTAAGATAACTTGTCT TTTGTCTTGTTGACTAATTTACATATTTAATTGTATGGTTCAAAGATAACTCAATTTTAT TTGTTTTTTTACCCAATAAATTATATTTTCAGTTAAATCTAAAGTTACCGTAAAAGGCTA TCTGTTTTTTATGCTAAATTGCTAATTATGTGGGAAGTAGGAAAATATTATTCTTAGAGT CAGTCCAGTGAAACCAAATCAAACTATATCAGTTTGGTTGTTTCGATTTTTCTAAAAATA AAACTAGTTATTTTTTTATGCTATAGCAATTTTATTGGTTAAAGTGATGAATAAAGTTTT AATATGTTAAATAATAACAGACAAATGTATAATTTACTGAACACATAATAATTACTATTT GATTAGTTTAACAATATTCTTTTAATGATGTTTGCATTCAGAGTTCATCAAATTTTAATG AGGTATGCATTGAGAGTTTAATTGCATGTGGCTTTGCAACTGATAATATCTTTTGTTATA CTTTGGAATAAAAGATATCGTATTTGTTAGAAGTGTCTCAAGTATATTAATTGTCTAAAT TAAAAATTAAATAGAGCCTTAAATTTAAATTGTTAATAACTTTTATATAATTGATTTCTT CTAATTTTCAATTGATAATATAATCATTCTTATTTTAAATTATTTTTCATGAGATATAAT ACTCCAAATATGTTAAATTTCTTCTAATAATTCCTTCATTTTCTTGAAAAATTTACTTTT TCTACATATGGTATTCAATATTTATTTATTTTTTAAAAAAACTTACAACCTATTATTATT ATTAATAAAAATGAGGCATTTTAAATTTGAAAGCCTAAGACGCATATCTTTTTTTTAACA GTGTCGAGCCATCCCTAGTGTTTGTATTTCAAGAAATCACCAATATCTTTAAGAGTTAAC AACTTAATTTTTACGTGACAAGCCACGTGAGACTAATTTCTCCATTTTAACATTGTGAAT TAAGATTCATCACAAAAAAACTAAACCTTCAACGACGATTAATTTATACTAAATAATATA TTTGTAAATAAAACAAAAATAAGATTGAGATGGATGGTCCAACTTGAAACTAATTAAAAT CTATATATTTCTAGATTTAACTTTTCAATTTGATATGCTCACACCTACTCACCATTCATG ATACATTTTTATTACACCACTTTTCTAGTTGACGAACTATTATTTTCTAATAAACGCCTC CACATGACAACAATCACCACAACCATAAACTTTATTAATTATCCAAGAAAAAAGAAGAGG TACTATTATTGTAAAGTCCGATTCAAATAACGTGTGAAAAAGGAAAAGTGATCGGAAAAA ATAGGAAAAATGTATAAGTATCCCCTCAATTTATGTCTAAAATTTCAGTGATACACTTAT ACTATATTAAGGTCTTATCACCCCTCTAAACTTATTTTATAAGTAATTTTCTATTTCTTT TCGGTCTACGTGACACTAACTTGAAAAAAAAAGTCAACCAGTGTTGGGCCTACAAGATAG TACCACATAGGTCGAAATGATAGAAAATTATTAATAAAATAAGTTCAGGAGGCCACGTAG GCCGAAAGGGTAGAAATTTATTAATAAAATAAGTTCAGGAGAGTAATAGGACCTTAGTAT AGTATGAGTATGTCTCTGAAATTTCGGGCATAGATTGAGGGAGTATTTCTGTATTATCCC ACAAAAATATAAATAATAAAAGTTAGAAATATATTATTTTTTTCTATTCAATAGTAGTTG TGTAGTATAATTTGAAATAAGAATAGTTATATTATCATATGAAAACTAGAACAAAAAAAA AATATAAAAGATATCAACAATTAAATTTAAGACCCCATTAACTTTTGCTTTAGGTTACTA ATATGCTTGAGCACTGATTAATTAAATCAACAGGAAAAAGCTAAAATATGCAGTAGTTTT AACAATTAATTAATTATGACTAATTAGAATGCATGATCATAGAGTAAACGATTTGTACAC TTTGATTTAATGTATTCATAATTAATTTATTATATGTAAAATTGGCAGCTCAATTTAAAG TAGAAGACTTTACAATAATCACTTTTAGGCAGTATTTTATTTAATTAGTAAAAAAATTGT TTCACTTTTAATATTTATATTTCTATTTTTCAAAGTATTCATATTCTATGGTATAAGTTC ATTCTATGAATAGGTTAATTTTTTATAACCTTTTAAAATGAAATAAATTGGCAGAACGCT AAGAAAATGACGTGTATCTAAAATTTTCAGAAAATAGATGTAGTTGAGTATCGTTTGGTT TGATTCCTTTATTTTTTTTGTGATAAATTAATAATAACTTAGATTGAGCAAACAACGGTT AATACTATCCACCATATATATCATTTTATTTACTATTAGTCTTAATGAGTTTTCGTACTT TAAAAACAATAACTAATAGCAACATTTTATAAGAAAATCAGCTTCACAAATTTTAAAAAT AAAAAATAAAAAAATGCATGATAATGACAGAAGTATATGAGTTTACTTGAATTTATTTTC TTCAGATAATTTCATTTTGAATTATGAAATTAGTATAGTCAAGTTATTGATCAAATAATT TACGTACATGATAAAAAAACATTTCAATTTCAATTTTCAACGATGAAACTAATAATTAGG TATATATTTGGAAAACAAGGCACGTCTTTGCACTTAATTAACTACTCAAAATCTTATGCA ACATAACATGAGCTTTTCCAAAGACACATAACTCAGATACATAAAATGGTTTATACTAGG GCTGTCCAAAATCGAATCGAAATCGATAAGTCAAATCGATAAAAAAGTTATTGGTTTATA TTATTGGGTTATTGGTTTAGTGGTTTTGATGACAGTTTTGATTTTTTTTATCGAGTTATC GGTTCTTAACGGTTTAAAGTTTTTTCTTAACGGATTAACCGATAATCCGATATATACCAT TTTGTATATAAGTTTTCGACTTAGAGTTTAATTTCTTACTTTTATTTTTGGTTGTCTCAA ATACTTGATTATTCTACAATGTACAAGTGTTTGCTTTTGAGCAAGATGTAACTTGTGAAC TCAAGTGCATGGTTTATTTGGTTAGTCACCTTGTTTCTAAGTGATTTTCAATGTTTTTTT CTTTTGTGTCAAATCTTAACTGCTAAAATCGATAACCGAACTGATAACGACTAAAATCCA ATAAACCAATATCTTATAACGGTTTAGCATCTCTACAAACCGATAACCAATAAGCCAACC CGATAAACTTCAAATCAAACCGAACTGGCCGATACATAGCCCTAGTTTATACTACATCCT TTTATGAGAAAACCAATCCCCTACTATTATGAACGGGTCAGGACCAGTACGAGTAAAATA GCCTAACATCAAATTAAGAAATTATGTTTGGGATCCGAATTGACAAATAAGATTCGTGAA TGTAAATTAGACTTATGTAAAATTTCTAATCCTCTCGTCCCTCATTTTTGAGTTTTAAGA CTTATCTTTTTGAATAGAATCGATCTTTGTTTTTACTAGTCTATAATTGTTTTCTAATTT CTTTGTTAGTTTCATTTTTCCACTTGTTTTTTATAATATCATCCATATTTGACTTAAAAC ACTAAGAAGAAAACAAAAGTAAAGTGAAATAATTTCCTTCAACTGCCATCCAATATAGCT AAGGATAGTAGTAATAAATTGTATCCAACTACACACCATGTAATTCATAAATGCACCCTC AACCGTTCCCAATATAACACTACTAGTACTATAAGTAAATCACTATCTTGGCTCATTTTT CTATCTTGCAAAAAAAACACACACCAAAAAAAAAAAAAAACAAACTTTAGCCATGACAAA GGAGGAAATTGCCACTACAAATGTGAACATCTTGAAAAAATCAAATGTGAAGCCACAAAA ACCACTAGGGAAAAAAGAATGTCAATTAGTAACATTTGATTTACCTTACTTAGCTTTTTA TTATAACCAAAAGTTGATGGTTTACAAGTTAGGGGCTGAAAGCTTTGAGGAAACAGTAGA AAAATTGAAAGATGGTTTGGCTTTAGTGTTGGAAGATTTTTATCAACTTGCTGGAAAATT GGGAAAAGATGATGAAGGAGTATTTAAGGTGGAATATGATGATGATATGGATGGAGTTGA GGTAATTGTGGATGAGGCTCAAGAAATTCAAGTTGCTAATCTTACTGATCATCATGAAGG GATCAATAAATTCCAAGATTTGATACCTTATAACAAAATCTTGAATTTAGAAGGGCTTCA TAGGCCTCTACTCGCCGTACAGGTAAAAAAAAAATATATTTATACAATCAAATCACACGT AACTTAGTACTAATGAAAGTAACAATTAATCTGTTAATGATACAAGTAAAAAAATATATT TATACAATTAGATCGTACTGACTTAGTAATGATGAAAGTGATAATTAATCTTGTTAATTA TAACATGTAATTGCATTATAACTTTATTACCCCTAATTTATTATTATTTATAACTATTTT TTTTTTGTGAATTGAGTTTCAGCTAGCTAGTCACGTCTACGTTACATTTATTAATGCACT TTTATTAGTTCGGCTGTGACAGAAAATTAGTTGTGGGGTATTTAGTGTGGTTTTTGAAAA ATAGGTTATTCGGTTTATTTTTATTTGATTATAATTGGATTTTGACATATTTATTAAATA AAAAATAATAATTAAAATGATTATTTAGTCATATTATTTTTATTAATTAATATTTAGTAT TAGATATTGAAAAAATAATTACTCTCTCCGTTCAGAAATATTCGTCATGTTGAGTTTATA GAAAGTTAATTTGATTAATTTTCAAAGGTAAATTAAATCACATTAATTCGATATTTTAAA CAAAAAAATTAGATAGTTTAAAACTATATGAAAAATACTATAAATTACAATTTTTTTTTT CATATTCATATAATTAAAAGATGCATATTAAAATGTTAGTCAAAGTTTTTATAGTTTAAC TCTAAAAATAAAAATCATAACAAACAATACCGAACTAAGAGAGTAATAGTAAAGGTAAAA TAAGATTTTAAAAAATCTTTTTTAATATATTAAAAATCAAGTGAATTATTACTTTTGAAA TAGTAAAAATGTCTTGATTTTCTAAAATTAAATTTAAATTAATCATAAGATAATCGATAC GAAATTAATTTTTTTTTTGTCTCCTAGTCCAAACAAATAATCATATTCCATAGGATCTCA CATGGTATGTTAGCCCATTTTTTTGCTACATTAACATGCACTTTTTGTACAAATCGAACC TCACCATTTCACTTGCCGGTCTGTCTAAGTATATAGGAATGTCTATCATCGTGTACAAAA AGTTATGGTTTATATTCTCCTTCTATAAATTATATTTAGAATCGTCATCATCGTGGGTAT ATTTTTATTTTTTTTATAAAATAAAAAAAGCTGTCCACAAATGGATGTACCAAATCTTAC TTAGTACTAATTCTTGTAGTTAATTTTTAGAAACATACATTATATTGCTATTTTGGTTTC ACCGTTGTTTGTTGTAATCTGATTTAACTCTATAAGTAATCTATCCTATTATTAAGATTA CCAATTTAGAGTTATATGCTTCTTTGATGTATAATTTTTTTTGTCATTTTGTGTTGCATT TAATTTGAACTGAAAAAAATAGTTACGTAGTTAGGAGTAATTAATTAGTTGGACCCCATT CATCACTCTATTATTTTTGACAGCTCACCAAGCTTAAAGACGGGCTGGCAATGGGATTAG CATTTAATCATGCTGTGCTGGACGGTACTTCCACGTGGCACTTCATGACTTCCTGGGCCC AGCTTTGTAGTGGGGCCACCTCCATCTCGGTCCCACCTTTCCTCGAAAGAACTAAAGCTC GTGACACTCGAGTCAAACTCAACCTATCTAAGCCATCCGACGCGCCGGAACATGCCAAGT CGGAAACGAACGGCGACGTTAGCGCCAGCGTGGATCCACCTATGCGTGACAGGGTGTTCA AGTTTTCCGAATCAGCAATTGATCAAATCAAGTCAAAAGTCAATACTAACCCAGGAGAAG GCGCAAATAATACGACGCCGTTCTCTACTTTCCAATCCCTCTCCGCGCACGTGTGGCTAG CTGTCACGCGTGCGAGGCAGCTCAAACCGGAGGAATACACGGTTTACACCGTGTTCGCTG ATTGCCGTAAAAGAGTCGATCCGCCGATGCCGGAGAGTTACTTCGGAAACCTAATTCAGG CGATTTTCACTGTAACGGCGGCGGGATTGCTGCTATCGAATCCGATTGAGTTTGCGGCAG GGATGATTCAGCAAGCCATAGCGAAGCACGATGCGAAGGCGATTGAAGAAAGGAACAAGG AATGGGAGAGTAGTCCGAAGATATTTGCGTACAAAGATGCCGGAGTGAACTGTGTGGCGG TGGGGAGTTCGCCGAGGTTTAAGGTGTATGAGGTTGATTTTGGATGGGGAAAAGCGGAGA TCGTGAGGAGTGGGTTGAACAATAGATTTGACGGGATGGTGTATTTGTATCCAGAGAAAA ATGGAGGAAGAGGAATTGATGTGGAGATTAGCTTGGAAGCAAATGCCATGGAGAGGTTGG AGAAGGATAAGGAGTTTCTTATGGAAGCTTAATCCATTTGCTTTTGCTTAATTGTGTTAT GTTTTTTGTTGTTTGAGTTTAATTATTATTGTTTTACCATGTGGTATGTTCCTGGTTTTT TTTTTCTTCTTCTCTGTGGTATAAAGGAATAATGTTCCTTAATGTATATCATGTGTTTGA TGATTTTGTTTTTTACAAATAGTCAAAAATCAAAATAGAGGTGACTACAAAATATGTACT ATATCTTCTGTTTTTTTTTAAAAAATAAAAAATAAATGACTATATAATAAAAAAATATGA AAAAGGCTATATCCTTACTGTACTATAGGGTTAAAAATACATTTCTCACTAATGGAATCT GTTAAACATTATTTGGATGTCACATGGCATGCCATACAAGGCAATAGAGTTGCATTAATG CTACATAGACTAATAAACTTATCCCTAATTTCTCCCAATTTTCTCCATTTCCCTTTAGAA TTTAAAAACGATTTCAATAAAAAAAAACATGATAACTCTTTCCCTCATTTCACCATTTCC TTAGAGACGATTTTGTGGTTAAGGTTCAAAGTACATAACTTCTTAATTCTAATTTTGGTT TTATGTCATAACAGTGGTCACTCAACCCATCCATGAACAACCATTCAATAAAAATAGTTT TCTTTCAAATGGAATTGGAATGAAGCAAAGTAAATAAACAAAGTAGTGCCTTGATTCAAG TAGTATTTCTGATGCCGTGTACCATAATGTCACCACCTGAAACAGTGAAGTCTGCTGTTG GAAGTCAAAAGAAACAAGCTCAAAAGGGTCAACCATATGCGAGAAATAGAGAAATGAGAG AAAGGGGTTGTATGTTTTTTAGTGATATCGTTTTTAAATTCTAAGGGAAATGGAGAAAAT TTGAGGAAATTAGGGATAAGTTTATTAGCCTACGTGGCATGAGTGAAACTCTATTGGCTT AAATGGCATCCAAGTGGCGTTTAACAAATTCTGTTAATGAGAAGGGTGTTTTCTATACTT TGATGGAAAGCGTATACTTAAGCCGAAATATAGTTGAAAGGCATATTTAAGCTATTTTCA GATAGTTCAAGATATTTTTAACCCTTTTCGAAAAAAAATATAGTCACATATGAATACATT ATAAGAAATTTGACGAACAACGAAAAAGCAATAAAAATATTTTCATATCTGAAAAAATAA TTACACGGTGCAAAATCAAGATAAAATTATCACGATCTAAAAATTAAAGATCGTGATAAC ATTTATCTGCAAACATACTGATACTCTAAAAATATTTTATCTATTTGCGAGTTCAATTAT TATTTTCTCTTCTTCTTTTGATCTAGTTATCTCTCCGACTTTACGGCATAACATCTACTT ATATATGTATTTGTATTTGATGCAAATATATTGACACTAACGGTGTATTTAAGTTGAAAA AAACATTTCTTAAAATAAAAAAAAATTAGAATCTTCAACTAAAATAAGTCATTATTAAAA TTAATTTACTTAAATAGTATATTTTTATTTTTTCTTTACGAAATTGATATAAACGTGAAG TTTTAGTTTTATTTAATTGAAAAAAATAATTGACAAAAAGATGGACGGATAACTTTAACT TAAGCCAAATATAAAATATTACAAAAATGTTCCCATGAGTTCAACTGTTAATGAACAATA CAAAACCAAATCTTATGTTGTGCATCCACTAATAAAAAAGAAGTCTCACACGACTCATGT CAATTGGGTATATAATACGGGAGAGAGTTAGCGTTAACATAATCAGTATCGACTATCGCG TGTGAGTATAATCTTTAGTTTATAAATAATTAAGTACAACACTATTCAATGGCTCTAATG TACAAAATTGTTACTCCGAAGCAGAACAGTCCAAGTTCATCAAGCATTTTAAGAATAACA CTACAAATATTCAATGATTTTAAGAACAAGACCTATGTCTCACTTTCGGGATTCGTGGAA GAAGAGATCATCGAGGCAGCTTCTCCAGGAGCTTCTGGGGTGTAATGCAGTTACAGAAAA CATCAGAACAGAGGAAGAGAGAGAGAGAGAGCATACTGTGTGCACAAATTACTAACCTTG CGACTGGCTTTCAGCATTTGAGGGGCTTTGTTGGGAAGAAGACAGATTCTGCTGAGCAGC TGCCTTTGAAAGATCTTCAGTTGAGTATGCTCCATCTGCTGAAGAAGCACTATCTGCTAT TTTAGAACAATACCAGTTAGTTCCCTATGGATAAAGAAAACAACCAATCAGGTCGAAAAG TTTGGAAGTGCCTCCTGTGAATAGAATATCATATCAGCTCTGGTTGCACAACAGAACTAG TATTAATGTTAATAAAGAAATAGACTTCTGAGTCTAATTCAACCTCAAAAGCTAGGACAT GAGGGAGGACTGCCCAAGACCAACTAAGTAGTCCATGTTACCGTCCCACAAACAATGTGG GACTCCAACCCACCCCACTACCACATGCCCAGGACCGGACGTGTGGACCGTGAATAATAT AAGACTGGGTTTTGGGGGGGGAGGGGGGAAGGGGGGGAACATTGGAAACAATAAAAAGGA TGAGCGTCACACTGATACCATAATAAAGAAATGGACCTTGAGCCTAACTCAGCTTCAAAA GTATGCTCATGAAATGGAGGGTTACCCAAGACCTTATAAGAAGTCTGTGATCTCATCCTA CAAATGATATGGGACTCCAACAAATGTACACCCTGCTTTTGTAACAAAATATTAATGGTA AACGAGAAAAGAATTCAAGCAGTGGATCTATCATTGTACTATTGAGGCAATAAGTATCTA AATCGAACTAGACCACTTTTGGGCAACTCCAATAGGAGCACAGCAAGAGAGACCAGGTTT TGTGACTTCACCAATTTAAGAGATGGCTTAGCAAATAGGTGTTTTCTATGTCCGCATATT ACTAACCTTGCGACAGGCTTTGGGTATTGAAGGGGATTTGCTCGGGCGTAGATGTCTCAC TCTGCTTCTGAGCGGCAGCTTTTAGCTGTTCCTCACTGATCTTCAAGTACTCTTCAGTTG AGTATGCTCTATCTGAGGAAGAAGAATTATCTGCTACTTCTGAAACATTAACACTGATTA GTTCCTTAAGGATGAATAACAGAATAAAACAACAATTGGATCAAAATGTTCTAAAATGCA TCCCATGAATAGAATGTGTCATAACAGCTCGAGTGGATCTGCGGAAAACACCTAGTAGAA ATGCACCCTGCTTCATACCATGATGGTAAAGGTAAAAAAAACTCAAGAAGTGGATTGCTT CTTCTGCTAATGAGAGCAACAAATATCCAAATAGAAGAAGAGCACTTTTGTGCAGTCCCA TCAGAAGCTAAGAAAAATCAGGCATCTTGAGTTCAGCAATTTAAGAGATGGAAAATGGTT GCTACAGAGTAGCTAAATAAACGGTTATCTGAACTTTATTTTGTATATCTACTTACCTTG TGACACGGTTTGGGATTCAGACCGACTTTCAAGTAAGGCTGCAAGGTCTTTCTCTGCTTG CTTTTCAGCATCAGCGATTCTCATCATCCTTTCCAAGTCGTCTTCAGCTGTGGAAGCTAA TTTTGGTGATGGAGAACCATCTGCCATTTAGAGTTATATAGTGACACTCTTTACAGGATA GGTAACTATTCAGTCTGCTAACACAAATGAGCATGGGAAAGTGATTTGCTTCTTCAATGA TGTAATGCTAAAAATAATAATTGCAGAAGACGACTATGGATAATAGTAGGTAAAAATGGT CCAAGATAAGGGACCAAAAAACGACTTATCGATTTGCAATAGTGGATATCTTGCAGGTAC TAAGCAGCAACAACCATGGATTGGAAGGCTAGAATATATGATTGAAAAGGCCCTAGATAA GGAATAAATATTCTTGCAATTTTGGGCCTTCCGCTATACTAAAAAGCAATGAGCAGTGAT TATGTCATTAGGAGGTAGAAATGCAAACATGAATGCACGGTTGTCCTTCCTCTAGTTATC AGATGTAAACATTTCTTCAGCAAAAACATGTTTCATGCTAGTCTTGCGCTCTAAATAGCT AAAATTTCCTCCAAATTCAGTTCTTCCTAGATAATCTTCTCCACAAAGGAACATAGCCGG TTATCGCACATTTTGATGATACGGCATCTTTTGAAATTTGCTTTTACTTCAGATAATTCA CAAACATCAAACAGTTTTGAACATCTCTGATTATAGACGGTGAGTTTTCAAGTGTTTCAT ATAAATTCAGAAGAACTAAATTTGAATCCTCGAAAGGGCAATTTCTGTAATGAGCCCAAG GTTTCCATGAACTCTCCACGCACCTCTTAACATTTTGTACATGTACAACAAAAACTTGAC TTCTGTCCCTCTCAAACACATGCCCGCTGTACAGAATTTCTTTAAACCAAGCGGTTATCC ACAAAGTGCAATGAATGTAAAAGTAAGATTCAACACAATAGATTGAAAATTCAAGGAGTC CAGAGCATGTTCACCTTGTCACCATTCTATGGCCTACATTAATGTGGGTACAAATATGAA CAAAAATGAGAGACCTTTATTATTTTTTGCTAAAGCCTGTCAGAGTGTTAAGCTCACAAG TGTCTTGTCAGTGTATGTCCAAAAGAGTGTGAGATGTTCTCATATAACTATTCTTAACAG TATGAATAGCATGCCTGAATCTAACTAAGGTTCGTGTTGGGGAAGATTTGGATCAAAAGA AAGAGGGTTTCAAGTTGTAATCTGATGAAATTGACATTGGAATTTCGATCTAATTCAAAG AGAAAGATCAGTAGTCTGGGTTAAAGACATAAACAGACTAATGGTATCCTTATGATTAAG GAGAAGAAGGTCCACCTCCAATGGGAAATCAAATAATGAAGGGAAAAAAGACATACACGC CAAGAAACTTCATTGTCAGACCGAACTTCTTTCACAATAGACACTCCAAAATTCAAGAAC CCTAGAAAGTAATAGAAGTGCAGTTTTTTCTTAATCTATGCAAAAGGCAAACACATACTC GTCATGCACCTAGGTGGATTCATCATACCTTTGCTTTTCAATTTCAGTTTGGCCTTTTAA AGATCTTTCAATCCTACATCTTTGTCGACTAGACTACACTGAAAGTCACTCTTAACATGG TGTGTTGATGTTAACTTTGGGTCAAACCTGCATGATTTTCTCCTAGAGACCTCACACCAT TAATAGTATCTCTACACCTTATATATAACTTCTTTTTATCAATTTCCAATATGGGACTTT ATTCGCTCACCCAATTATGCACTAACCTAGAGCTTCATTGTGAGCCACCTAATTAACTAA CTATTTATCTACCAGAACCCACTACTGTTTCTCTTTGTGTGGATCTCCAAGGTACGGCCA AAGGTAGTAAACTGGCCCCTAAACACTCAACGGGAGTATACCAGCACATTCAACTCCGTC ACTCAGTTGGGCTTTGTTTCTTAGTTCTCCAGGCAGCAATATGAGAGTTATCTTCATCAT CTCCATACCCATTTAACCAAACCATCAGCTCCTACACAATTGGGTGAGTTAAATAGGTCC AATTGAAATCATTACACGGTGTGATGTTCCACTTCCGCAAAGCCTTTACGATTTTCTCTA AAAGACCTCACACCAGGAAGAGTACCCCTATACATTATATGTAGTTTCTTTTTCTTATAG CAATGCTAAAGTGGTCTCCGTATGACCTATAGGTCACGGGTTTGAGTCGTGGAAGCAGCC ACTAATGCTTGCATCAGGTTAGAATGTCTACATCACACCCCTTGAGGTGCAGCCTTCCCC AGAACCTGCTTTGTACACCGGGCTGCCCTTTTTTTCTTTTTTCTTATAACTTCCATTTTG AGAATTTGTTTGCACACCCAACAATGCAACAAAAATTATTACCGTGATTACTTTAGTTTC CTGCTTGTGAAAAGAAAGCTCAAAACCAAGCAAAAACTTCTGTAATGTCAATTGTTTGCA AGTCAACCAATTTTTAAGTTTCTTAGATAAAAAACGTATTAATTTATATGGATGAACGTC AGAGATTATAGTACCAAAATCAATTCTTGAGAAACTACATGAAAGACCACGTCACCTAGG GTAGCTTTTAGAACAGCGCTGATTTTGATGGTTAAGGTCTTGGTAAGATTGGTTGTGGTT CTGATCAGCATTTACTTGCAAAAGATGTGCAAACACCAACAGTTCTTCAATTTGATAATA CACTCATACACTTGGTTTTTTCTATAAGGCATTGATATAACCTCTGAACCATTAATATGA TAATTAAAATGTCCAAGAAGTTAAGGACTGTTTGAAGTTAATGAAAAAAAACATACAATT AATTTTAGGAAACACAAATGGTATAAAGATGACTCACTGGGATCAGCCACTGAATTTTTA TAGCTGCTATCTGATGAAGGACTCATGGTGCTAGAATTTCTTGTGTCTTGGACTGAACCT TTTATGTCATCAAGGCCAATCTCTCGTTCAAGTGTGCTCTTGAATTCCCTTGAAACATCC TTCATGCAGAAGACAAGAGCGCCATGAGAATCCAAAACATGCTTGTAGAATAAAGGAAAC AAATAAACTTCGACAAATGTCACAGTCACACAGACCTACCTGAAGTTCTCTGATAGTAGG TTGAAATTCGCGCAAAGTTTTTCCCAGGTTACGAGCAACCTGACATGCAGAAAATCTTAA ATTGAAAGATGATAAGTCAAGGTTTATGTTGTCAATAGATATTATAGTTGAATGAGACAT GCTAGGTTCTCCTACTGAGATAACAACTAGTAGTACGACCAGGGTTTTCATTTACATTGT TATACTTGAACCCAACCTAAGGATTTGAAGTTTATAACTTCAAAATCTTCAAACTTTAGC TGCAGAACCAAAGTAGAAAGCATCAGTAGAATGTGATTTTTGCAGCGAAAATGGGACCAA CAAAAGAGAGGCACATGATGCTCATACGAACATGCATGTATTCACTTTATAGCCTATACT GCTTATTTGTGTGGCCAGCCAGCCAGTCATTAACTAGTACCATCTAAGGGATTTCAGAGA CTGATACCATCGAGAAGGTGCTGCATCAGTATTCACTTTACTCAGCATGCCAAGGAAGGC GCCAATCAGCAGGAGTATTTTTCTTTTTCCAAAAAATTATGAGGACAGATGGATTGCCCA AAGATCCCTGAAACAATTATTCCCAGACTTATATACACTAAGCTTTCAACAAAATGCAAC TGTGGCTGAAATGTGGACAGGACAGGGGTGGAACTTACATCTTAGGAGGAATCTAAATGA TTGGGAGATGGGGAACATAGTGGCCTTCCATGATACAATGGCACAATTTAGTAATCTGAC TAGGGAAGAAGACAAGGTTGTGTGGAAGATTGGCAGCAAAGAGGTTTCAAGTGTCAAGTC AGCTTACAAAGATCTCAATCATTCAAATTCAAATGACAGGATGGAGCTCTGGCATGGCAG ATGATATCGAGACCTATAATCCCATACAAGGTAAATTTTTTGACATGGTTACTAGCAAAG GAAGCAGTGCTGACACAAGAAAATATAAAGAAGAGGAAGTTCCAACTATGCTCAAGATGC TATTTGTGTAAGGAACAGGCAGAGACAGTCAACCATCTCTTTTTGCATTGCAAATGGACA GATCAATTATGGAGAATATTCAGCAGCCTTAGGAAGATCACTTGGGTGAAACCAAGAAAC ATAGCACAACTCCTTAATTCTTGGATCAATATAGGCAATACTAGAATTAAGGAGGAGAGA GGGAGGATTGTCAAAGCTTGTATATGGTGGACAGCGTGGAAAGAAAAGGATCAAAGATGT TTTGAGGGCAAGAAGAACAATTTGCAGAATTTCAAGATGAATTGTATAGCTCTTTATTAT TTTTGGTGTAAACAGAAAGTATTCTCCAGCGTTACCACAAAGAACTTCATCTCACTAGTT GAGTAACTTAAATTAACTAGAGAGCCATGCCCATACCTAGGTTACAGAAAAAGCAAGCCT TCAGAATCCTAAGGGTAAAATGCTTGGAGATTCAAAGCAATTGGCAGCAATAGCACAAGA CCTCATCATTAGATACCCATTAACCTCTTGACTGAGGTACTACGGGTGTCTACTTTCTGA CTACTTGTATTCGCTCTTTTAGCACTCACTGAAATCCCACCCCATCCAGTAAACGCTGGC TTATCACTTCACCTGTAGCGATCACTGTCCCGAATGGGCAAGTGCTGTAAAAAGCCTATA TGCAGTCATGATCTTAGGTGCATCTACCACTGCAACCCGTCTTAGTTTAGATGCTAGACC GCCCCTCCTAATCTTAAGCACATGAAAGGTCATTTATCTAATAACCGAGGCATATACGAA GAATTTTATAGGCATTTACACCAAAGAATATATTAACTACCAAGGAAGGTCCACTCCCTC CCTCCAAAACTAACAGACTTCCTACCCTCTTCTATGATGATATATTTTACCTCCCTTATA TGTTACAGTCACCCCACCCCCCTCTTTTCCTCCCCAAATTAATTCAACGACTTCTTGCAG TAGTATAAGATAATATAAAACTCAGTTGAGGTGTTTCTAATCCTTCCATAAAGATCTAGC ATTTGAAACTCACTCAAGCTAAGTGCATCTAAAAGACTAAAACTATCTAGCAATTTGAAG ACATGATTTTCACATGACTAAATTCCAAATAAGCCTGAGGATTTTGAATGTAAGCAATCT AAGTAGTAGCTGTTAAACATTTTGTATCACGTCTAATTAGCTTTCATATTAGTGATAGAA ATCATCTGCACAATTACATCTACAGTATGAGACTGCAAACTTGTTCCCTGGGAGCTCAAT AGAAAGTAACTTAACCATAGTTTAAATTTATGTCATGCTATCAATTAGCCTGAGAGTTCA TGTCGTAGACTCTCTGCTTTGAATAATTCAGCTGGCAAAAAAAAACATCTTCCTGATTAA TACTGTGATCTATGAGAAGAATAGAGTTGACTTAAGACTATTCTAAAAGAACTAAAATGG AATCAATGCCAGATATTTATGTACAAGGAAGAAGGCAAAACATACCTCAGCAAGACCTTT TGGGCCAAAAACTAGCAAAGCTACAACCCCAATCACTAGTGCCTCAGGTGCACCAACTCC AAATAGAGATGCATATACACCTTTTCCTTTGTTCTTTCTACTTCTTCCTGTAAACCAACC AATCACTTCAAGAATCAACCAAAGCAAATGCCAATTTGGCATTAAAAACAGGTGAATCAG CAAAGACCCATTAAAGAAAAAGTACCAATTTTTACTGAAAATTGAGATTTTGAAATACTC AGCTGCTTCAGTCCATTCCAAGAAGAGAGACCCGAGTAAGGAATCCATTTAAAGAAGTGA ACTTTGGGGTTGTGGGTAACTGAAATGGAAGAAAATGAAAGGGCAGTCACAGAAACTCTT CTACTACTAGCTAGTGAAGAAGAAGAAGATGATAATGCAGAAGCCATGAGAGAACTGGTG GTCATTGAATCAAATTCAGCTAGCCTACATTCATATTGCTTTCTTCTCCATTGGTCTTGC AGATATATTGGTCTCACAAAGAAAATGGACCGACTCATGTTAATTTGGGCCATAAAGCCC TATTTTCTTTGATCATTTTCCTACGACTGTTTTCAATTTTGTTTGAATCGAATCTAATCA TGGAATGATAGATATTCTGTAAAATTAATTTAAAATAAAAGTCGATCGGAACATCACGAA TGCATCGAGCAAAGGTGCGTGTCATATGAGAGAATTTATTTTTTTTTCCACTGAATTGTT TGCAGATATTTTTTAGATTAAATTTTACTGTGTATCACATTGTGACTCGCTCTTTTCACC AAATCCAATATTGTCACACAAAATGTGTATAATGAATAATAAAAGTTCTACCAATTAATT TGATTTTGTATGTGATTTATGATGTATAATAAAAGTTCTACCAATTGATTTGGTTTGTAT GTGATGAAGCCTATAACTAATCATGTCAATGGCAGTAGAATGTAAAATTGAATAGCTTTT AAATATAGAAATATGCCAATTTGTTTGAAATAGGCTAATTATAAGACAAAATGCAGAAAC CTTTTTTGGGCCTGGCAATTATATATAGAGAAAATCAGATATTGACAAATGACAGAAATC GCATACTTTTAATATAAAATTACAATATTTCCTTATAAGTTTATACTTACAGAAGTCCCT CAAATTAATACAATAATATAAGCGCTGATAACATTAATCTGATGCGCAAGGTACACTTGA GGTAAAGTAAGATACATTATAATTTATCCATGATACACTAATCTGATGTACATTTTATAC ATGATACATTAATCTAATGCGCGAGATACATTAATTTGATGCGCTGATACATTAATTTGA TGCGTGAAAATGAGAGATTTTGAGAATTCGTAAAACTAATAAAAAATTATAGTAATAAGA GAACTTAAATGTGATTTTCCGTCATTTTTCCTAAAATAAAATATCCAAAATAGTTCAATT ATCAAACAGAGCTACTATTGTACTGGCTTCATTTTATTTCTTCTATTTGTCTTGGGTACA TTGGTCCTCTTAATGCGACAAAAATGGGCCGAAATTTTAGTTTGGGCCACAAAGCCCAAA TTTCTTCGTTCATTTATGGGGAAAATTAGCGGGAAACCAAGTAATATCCCATAAAAGTAA ATAATTACAAATATATATCGTTTTAGATTCATATCCCACTAAATAATTACACTATATCTC TAATGAGTGGCGGATTCAGAATTTAGAGTTTGTGGGTGTCAAATAGATTTATCGATTCCA ACTTCTAAAATCAGTTTTTGTGTAAAACTCACTCGTATTTCAATGAAAAAAAAAGTCATT TTTGAATAAATTACAACATAGACAATAGACTGAATCTTTCTCCACGCTATACTCCAACCA TTTATAAAATATGGACCTTGAAATCAACTTTTACAAAATTGAGCATTCTTTTTCCAATTT CAGTTGGAGGATATGAATCCATTTTAGGTTGACAAGGCTCTTTTTGAATATAATATTGAA AACTTCATCATTTATTCGAGGGTTATAGTGAGCAATTGGTACTCTTTTTCTTGGATCGAC TTTAAGTGAATCCAAATTAAGGTCATCTATAAGATGAGAAGGATTGACATTCGAACTAGA ACTTGCTTGAGATTGATTAAAATTCACAAGAAACTTCTTTATCTCAATCGACAAAATTAG AACACTTTTCTACAAAAAAATAAATTCAATTTTAGCTCACAATTAATTCAAATTTAATAG GATAAGTCATAGTTAATTTAAATTAACATGGTTCATATTACACAATTTTTAACCAACAAT GTCTTACAAGTTACAATGTTCATTAGAAATTCCGAATATCAAAGTAAAATCAAAACTTAT GTTTATTATGAAATCAATCATCACTCATTAAAACTTAAAAGAACTCAAGAAATAAAAATA AAAAAATCTTTTAAAAAATAGAATTACAAACTTACAATCTATAAAAGATTGTGGATGAAT AGAGAAACGTGAAAATAATATCACCCAAACAGCGGGCGGCAAAGTGACCTGGCTCGGGTA TCAGAATGGACAATGAACATATGGAGAAGTTGAATTTGGAGAAAGAAGGGTTTGCCAAAA GTTGAAGAGAAAGAGAACACCTTTTTTTAATGTTTAATCAAATAAAAGAAAAGTCAAAGA ACTAGTAGTGATATTAAGGTCTTATTTGTTTCTATTAAGATTAAGACGTCTGAATTTAAA TTTGAATACGCATTTAAATATTAAAATGTGCATTAAGATCTAGATGTATAAATCTGAATA AACATCTGAATATTAAAATATTGTCTCTGAATCCGAACACTAAATTATTAGGACAATTTA TTTTCAATATATGAATGCACATATTAAATTAAACGTTATATCAATAAAATATTATCAAAA CCTTGTTAGTAAAATAATTTTTTTATATAAAATAATATTTTGAACTTTTTTTTACCATAA CAAGGTAATATGATTTATCTTTTAAGAACTCAACATCAAGTTACATCATTAATATGATTA TTTTTTGCACTCAAATACTTTGAGAATCTAATATAATGCAATTTAAAATAGTTTATATAG AGTAGTAAATATATAGTTTAGGAAAATATTTTATTTTATTTTATTTTAAAAAATTATTAT TGTTATCGATCAAATAACTAATACTTTCTTATTTTTTGAAATAGTGCTAAATATTATATC ATGGGAGTGCTTATCAATTAAAATATTGATTAATTTTTGAAAGTAAAAAATGTATATTAA GTTAATATGAATAAAAGAAATTATTATGGCAAGCATGTAATTAAATATTAAATAAATAAG AAAATAACTTTTATGAGTTGTTATGATTTAGTTGAATTAAGATAAGAGACTTATTTTTTA GTATGAATAGTGTTAAGGGTGTGTTACAGATCTGATTCATTCACATATATCCACACCCAT TAAAGGCTTATAAGAAAATAAAACAAACGAACTTAATGAACTGAATCTGAATAATTAAAA TTCAGTTCTTAAAAACAAACACACTTAATGAGGCAAATCTAAATGATTAAGATTCAAACT CCATCAAGTGCAAACAAATGAGGTCTAACATAATATAATATTGTTTTGTCGATATTTATG ATAATATTTTTAAATCATAATTTATAATTTAATTTAATAATTATAAAAAAATAAAAAAGT GGCTGACCCAGCAAGCGTGTAGCCCACGTACTTGTGGGTTGGGCCGACCATTTTTTGACC CACACAAAAAATGGGCTAACCCAGCCTGACCCGTAAAATGTCAAAGCCTGTATGGATTAG CCCGGATGGGGTGGGCTAGCCCATATTGATAGTTCTACAAAGAACTAATAATTTAATTTG AGTCAATAAAAATTATTTTTTAAAAAAAAAGGAAAAAAGCAAACGGGAATCGAACCCTAC ATCAGGGTTCATGAGTTGCCCTTCTACCATGGCAGCACGAGCGTGTTTTGGTCTATGGGT GGTATGCTATATATTTATATAAATCTTATATATATAGAATTTTCGTCGAAGATCGTGGGT GGCGTGGCACCCCCACACCCCTTAGTAGGTCCGCCCCTGTCTCTAATTAATTTCACTTAA CTAATACTAAATCAATATCATCGCTTCACTGATACTAAATCAATATCATATACTATATTG ATATCATTAAGATTGATTATTTCGCTTGATTGATACTCTCTCTCTCTCTCTCTCTCTCTC TATATATATATATATATATATATATATATATATATATAAAGAGAGAGAGAGAGAGAACTG TACCGGTATCATTAAGGTTTCTTGTTAAAAATTACTCATAAGTCAATAATACCACAACAT TATAATGATACCAATACCATATATAATTTATTGATTTAGTATCAGTTAAGCGAAAATATC ACCCTTAATAATACTAATATAGTATATGATATGATTTAATATCGGTTAATGATACATCAC TGCACATTAGGATACAAGGTTAGCGATGTATCAGAGAGGGGATAGGTAATTCGGTTATTT CACTGAACTTTCGAATATATAGTCAGACATCCTGATACATAGGTGAGGGATGTATCAAAA AAGAGGGGAGGAAAGTATCCAAAAGGGATGGGACGTATCATCGAGAGGAGAGTGATATAC CAGAGAGAGAAGTTTGATTATTTTTTTAAAATGATAAGAAATTTTAGAAATTATAAAAAA AATGAAATGTGTATTTATTTTATACTTCTTTTTTTATAAAAAATAAATAAATACTATTAC AACCCCACCTACGTAGATGATGATTAGAATCAACCCATGTGACACCAGCTATAAAATAGT ACTACTACCATACATAAGCATTTAGTCAAATGAAATTAAAGGCATTATAACTCTAAGCCA CTGGGTAAAACTTTGATACACGTGCAACCATTTAATTTTATATTACTATGCTTTAAATAA ATTGATCATTTAATTAATCAAATTAAAATACGCTATAAGTATTCACAAATAGCCACTATA ATAAATTTAATTATGTTTATAGCTATAGTTTAAATATTTATGGGTTGTGGATACAGTTTA AGCGGCATAGTTTGTATGATTCGTGGGTTTGCATAGTTTGTGCATGGGATTGTATAATTG AGTTATTTTTGTATAAACTTGAAATAACGAATTTATACAAATACAAATATCTGACATTTA AACAGTAATTATACAAACTCGAAATTTCTGCCCACATAATGATCACAAATGATAATTAAC AAAAATTATAACTATGATGAGTAATTAATTAATATATGTTTGCTTAACCATATAATTTTT CCTTCAAACTTAATTTATACTAGATAAGAAAATAATTTGTGAAGAAAAAAATTATCAGAT TAATCAAAGTAAAATAATTCCAACTTAATTAGTGTATCCTTACTTTTTAGTCGAGTGTTG TTGAAAATTGAAATATATCAATTTCTTTTAATATTCTTTCATATTCATATTTCAAAGTGA AGCGTAAATTGAAAACATATAGGAGGAAGACACGATACGTAATTGTAATGGAGAACTAAA AAGATTAAAATATCTTCTAAAGCTATAAAACAGACACGTTGAAACGAAGTTTTAACCAAA CTAAGTCATTATATAAAGTCATTCATCAAAATAATATGTTTTTTCTAAAATTTTAAAACT AGTATAAACGTATTCCACAGTAACGTTTTAGGATATATTTTATTTTTTAAAAGTTGATGG CGTCAGATTGATATACGTTACTCACAGTAACGTTTTACTCCTAAAACGTTATTACTGAAA ATAACGTTTTAAAAGTAAAACGTTATTTACAGTGACGTATATCAACTTAATGCTGTTAGT TTTTAAAAAATAAAATATACCCTAAAACGTTACCATGAAATACGTTTATACTAGTTTTGT AAAATTTTAGAAAAATATATTACTTTGATAAATTGTTTTATATAATGACTTAGTTTGGTT AAAAATTCCAAATCTCATTTCTAATATAAACAAATTATATTCATCTTTAAGAAATTACTT CTTTTTCATATATAATGAGATAGAAATCTAAAGCAAATACTAATAGGATTATAAAATCAT TATCTTAAACATGACATATAGTTTGATGATTTTTCAAAAGTTATAAAGTTATTAAAAATC AAGTAGCTAGACTTTTAAGGTACAATGCATCTAACACATGAATGAGTGTTAGAGCAAATA AAGAAAAGCATGACATTCCAAATATCTTAACTGTTGACAGAGAAGAAGGGATTGTTATTT CCTATTTATGTGATGTTTTTGGTAGGGATACCTTTAATTTACTCTTTATGTACCCTTCAC AATTTTTTTATAAAATAAAGGAAAAAGGATCTGATATATCCTTTAATTTTGTTATTTGGA GCGGATATATCACTCGTTATGAAAGTGGTTCATATATGCTCTTATCGTTATACGAACGGC TCACATATACCTCTGTCGTTACAAAATGAGCTCACATATTATATTTATTATTTTTAATTT TTTTTAAAATTGTTTAGGGGTATATATGATTCTTCAATCAAAATTCAAGGTATATTTTAA TTTTTTTAATACATAAATTATTTTTTGACTTCTTTTATTATAATTATTTGAGTTTCTTAT TCTTATTTTGTTTTTTTCTTTCATTCCTTTGTTTAAAGAAACAAAATTTAAACTATTTTT TTTGTCTATATTGTAATTTGATTTTTGTATTGGAAGAAAAAAATTTGGTCATCTACAATA AGTTTTACAAGAATATTAGTGAAACATAAATAAATTTGATTATCAAAATAATAATTCTAA ATTAGTCCTTGAAACAAAAAGAAAGTCAAAAAAATATGTTTGACGAGGATTAAATTTACT CATATGGGATTATATATTGTAGAAAAAAATAATAAAAAGTTGGATTAAAATTATCTTTTT TTCATTTCCGTTAGAAGAAAAGGGTATATGTGAGCCATTTGTTTATAAGTAAAGGTATAT ATTTGTCACTTTTATAACAAGGGATATATCAGCTCCAAATAACAAAGATGAAAAGTATAT CAGATCCTTTTTCCTAAAATAAATTAAGCAAGATGGTCTACTCTAATTCGATAAAAAGAT TAACTTATAAGGTGACAATTATTAAATACGATAAGAAAAAACCAAGTATTTTATCTACGG ACAGCGTGGGGCTACTATCACACTACTAAAAAAAATTGGTCAAATATGAAGGACATGGTC GTTTTTTAAAAAATAAATATATATTTGGACAATTTTACAATTCAACCACCTATGCTCTTT GATAAAATATTTTCTGTATCGTTTTTATATGTAATTTTACACTTAGAAACCCGAAAATTC GATAGGACGATCGTCAATTTTTACTTTTTATTTTAAAAAAAGTTACTATTTTAAACTAAA CTCTATTTGTTGGCGTAGACAATGAAATTTTATTGATAAATTCATATTAAATTTTGATTA AATCTATAAATTTCTTATATATTGACCAAGTCAAATTATTGGTTAATAAAATCGGATTAA TATTTGAGTCAAAACATATTACTTAAATAAAGTCCAAATTATATTTGAATCAATCCATTA AGTTGGCAAGACGAATCCAAATCAAGTTCTTCAAGCCCAAGCCCCCTGAAATTACTTGTA GACCAAGATACCTCAAAACCCTAGCTTACACTTATATAAAGGGGTCCTCATGAGACCAAA AGAAGAAGGAAGAAAAAGAAGAAGACACACACAAATACATAGAGAATCATTGCTCTTCGT GAGTCTTTAAAGTCTTCACCTCTAAGTGTTGAGCCGCAAGTATTTCATCAAATCAAGAAC ATCTGCGAAGGAAGAGAAGAATTATGAGATTACATATCTTTTCTTAAGAATTTTATAAAG ATTGTAACCTTCGCATAAATTCAAATAGAAATACTATTATTTGCTTGCTATTTTTCTTTT TTATTTGCTAAATTTAAAAAAAACTTTTGACGCATTTCTCACTAGTTTTATTAGTAGCAT ATTTGCATGCCAAAGATTGGATATATGGAGCATGAGCAACATTACATTAGGGTTCAGCGG GTAAGTCAATAATTGAGATGGATTTGATCACGATATCAAAATAAGAAATTGACATAGGGC AAGCTTAATTTAACCCTAAATAGATATCGTGTGAGGTGAAAATTCATAAAAATCGTGTAT AATTTACTTAAATCTTTTTCAAATACATATATCCTCTTTACTTAAAATATCTTGATAAAC TTGAAGTGGCTCCACACGCTTATTATAACTATGTCTTTCGACATTATGAAGATGACTAAT CGAACTAATGATGATAGACAAGTAGCAACAAAAAATTTGCTCTAAAGAAATAGAGGATCA TGAAGCTAAACTTCACATGATCATGTTAGCAAGTAACTACAACAAAATGTCCAATAAAAC ACAAAGGTTGAATGTGCTCTTGTCATAATACATCTATAGTTAAACCGTATAAATTGGTGC TTAGTACTCTCGATTCGATAAAGACATATATTTTAAATCATGAGATCGCTGATCAAAATT ATCCGAAATCATATAAGCAGATCAAATCTCATCCCACGAATTAACATATATCATGAAATC GCTGATCAAAATTATCCAAAATCATATAAGGAGATCAAATCTCATCCCACGAATTAACAA CGTGGCAAACTCAGTAACTTCAACATGTAATAGATATAAAACGTACAAGTTTGCAATTTC TTTCCACACAATTGATATATACAGTAACAACTTTATAATAATTGAATTGAAACTCTGAAT TGTTATATATTGATAATGATAGAATCACATATATGTACTTTAATACATTTGATGTTTGCA TGTGTATGGTGAGAGTGGAGTAGAAGACAATTTGAAGTAGAAATTTAAAGTGGGATGAAT GAGGACAAACACATAAGGTAATGGCAAGTTGTTGACAAATGTTTTAAAGGGATAAATTAT GAATTGTAGATAGTAGTAGAAATGTACACGAAAGGGGTTTAATTGGGAGGATCTAACGGC CACCTACTTGGAACATGTGATATGTTGGGCTAAACTTTAGTGTTGTAGGACCATTTACCC ATACTCCCAAACTCCAAAACCACACACCAAAAAAGCTTTTAATCGAATTGATATGAATAT CGAACATCAGATAAAAGAAAAAGATATAACTTAGCTTTTAACACATATGTGATCGCGCTT AACTAAAATCAATTATACTTACGAAAGATTAAAAAAAAATTATTTATCAATTGATTATTA TTTTGATGGACAACTATATATATCACGTAAAAGTTTTCGCGATAAAGCTAAGATAGTTGA CAATATGATAGGCTAGTTTTCTTGAGGATACATGGAGTCCCAATATTGCAATTGGTGGTG GCATGTCTTCTTCACTTGTTGTCATGGACCCCCATCTAGCTATTTAACCCTATTAATTTT TATAGCCTTTTTTATCACTTAGCTTTCTAACCATCAAAATTAGGTCTTGCTTGAAATCTT GATCATCCTTTCTTTTCACGACATAGTGTCCGCCGGGTGCTCGAGCACTCAGTAATTTCG TTACGAAATATATATATCTCTGTAGAAATTGATAGGTATTTGTATAAAATTAACATAGAG CACCTAATGAATAAATCATATAGTTGGCCCAATGGTTCTAGGATGGGTACTTAAGACTTT TTTAATGTTGTTGTACCAAGGTTCGGATCTCATTGTTAACACATATTTTTTATAGTTTCA CTTAGAGCACCCACAACCTTAAAATCCTAGATCCGCCACTGTTTTCACGTTAGGGTAGGG GCAAATCCAATGTTTCCATACTATAAAATCTTTTAATCTAAAAGTTATATAATATATTAC TGCGATACCAAAAAAAAATGTTTAGTTAATGTTACCTGATAATGCAAAAATAATTTAGAT TGCGAGTTTAAGTTACATAAACTCATAAATCTTATTATAAAAATAAAACATATTTAAGTT ATATTCATCAATAGTATAACAAGTTTCTTGCACTATTAACTTGTTATAATGGGTTACTTA CCGTTTGTTTTAAGCTATTAACCAATATTTTAACTTTGAAATAGCAATTACCTTTTAATT ATCACTCCTTTTCACCTTAATTGAGTAGGGCCAAATTCAATTTTCCCATACTAGTAGACA CAACAAATACATAAAAAAAAAAAAAACTTTCCTTATAAAGTCATATAATTTTAACGATAC CAATCCACATAATTTAAACTCTCAAAATCATTTACTTAGCATCTAGATCTACTTATATAA TAGTGAAATTGTATTGACAGTGGAGAACCAGAATTTTTATTTAGAGGATTTAAAATATGA AAAGAAATTAAAAAACATCAAATTATAAAAGTCAAATATAGTACAGCATTTACTGTATAT AACTAAAATAATATTTTTAATCATATATAAATAATACTCCATCTATCTCTTTTTACTTGT CATTTTTGAACTGACATACCTATTAAAAAAATAATTAATGACGTAGTGAATTTACTATTT TACCCCTATTAATTATGAAGATGAAAAGTTTTATATTTTTCAAAGTAATTAGTCATTTAA TTGAGAGTATAATAGGTTTAAAAAAATTATCATTTTTTGATTTGTTAAAATAGATGAATA AATAGGGTCAACTATTTTTAAAAATAGACAAGTAAAAAAGGAACGAAGAAAGTATAATTT TTAGTTGATATAAACTCTGCAACTCTAGATTGAGCGTGAAAAGGCGAGAAGTGAAAGGAA CCAAAAAAGAGTGAATAATTATTGACTTACTATTGATGTTGAAGTGGATTCACACTTCGT AATTTCCCACGTATGACGGTTTTGCCTAATTCTTCTTTATCTATGTTAATTATTATTAAC AATCATTATCTTCATCATTAAACAAAAAAGATTTGGTTAAACATGAAAAAGGCTATAATA ACTATAATGTAAAGCTAATTAACTTCTTATATGGAAAAAAAAAAAAAGGTTAATGTAAAA AGTTAAGCATAAAGTTATTAGGAGTACTCCTTAATTAAGAAGCTTTTGCTTTCACAAGGA AAAAGGCAAATTGGTACTGTTTTTTTTTCTTTTTTCATGAAAAAAGAATAATAAATACGT AAATTACTTTAAAAAGTGGGGGAGAATTTATTTTTATTTAATTTAGAAGAAAAAAAAAGG GTCATTGTCCTAAACAGGAAGAGGCAAGCACACGAGGGCCTCCAAAAAGAACCAAAATTA AAAAAAAAAACAACAAAAGATGGGTGGTTCCCCGCACGTGTATTTAGCTTCCGTTATAAT TATCTCGATTAAGTTATTTCGTAATTATAATTTTGATTTCTCTCGATCAAGATAAATTTA AATTAATTATATACGTGATATAAATAGTTGAAACATATTATCATATGTTTTAAGTTAAAT TATAGTGTATTTTATTTATTTATGTTGTTAATATTTTCTTGTAAATAATTTATATTTGAA AATAATATTATTTTTTTGAAGTTATTTTTTTTAATTCAAGGTCTCGTGTTCGAGCCCTAG TTATAAAAAAATCTTTCTGAATTAATCGAATTTTAATGCAGGCATCAAACACTGGGCGAA AAACTAATAACAAATTCTAAATTCTCGAATATTTTGATTATAAATTATGATTCATAGTGT TTAGATATATTTCTATAAATATTGTATATTTCAATTTAGAAAAATAAAAATATTGATATG GAATTTATATTAAAACAAGTTAACTCTTTGTTATAGCAATTGATATTATGTTAGTGGTAG ATAATGATTGAATATTTTATTATAAAACTCGACTAATCAAGCATATTATAAGGAACAATC CAATAACTATAACATCACAAATTATAATTCCAATTTTTATCGAATCTTTATATTCAATTA TGCCCTTTTTTTTACTCTTTTAGTTACTAGTTTACTACAGTATAAATGATAAAAGAGAGG AAAAAATGCTTATTAAGCAATTAAGATTGAATAAAGTGCTTATATCCTTTTATTGGCGCA TATTGTTCATGGAGATATTCTAAAAGTGAGTTGGCTAAAAATATTCCCAGTGTGTTACTG TCGTAATTTTTAATAATTCAAATTTTCTTTTATTTAAATTTTAAGATTAAATTATTATTT TTCATTATCTTGAATTGTTTTTAAAAATTACAAATACACTGTTATATACGAGAAAATTAT TGAAAATAATTTTAAATTTAATGCGAATAATTAATTTTATATATAAACTATTGATCCTTT ACATGATCAATTAGACTTAAATATACCTCAATCATGGATATTCATAAATTCTCGTCATGC TCATTTTTTATTAAGAGTCTTATACTCCTGCTACTTATTATATATGGCATGTTACATATT GAAAATGTTCTGAGTTTAGTTAATGGATAATTCAGAAACTAAACTAATAATTCGTGTCAA GTTAAAAATTGTTTTCAATACTTCTCTCTATTAAAATATAACACTAAAATAATTAAAATT CTCTCTTAAGACTGAAGAGTTAGGAAGGAAAAAAAATACGGATAATGCGCAAGTATCCTC TCAATCTATGTCCGAAATCTCAGATACACACTTATACTATACTAAGGTCCTATTACCCCA TGAATGTATTTTATTAATAATTTTCTACCCCTTTTAAGCCTACGTGACACAATCTTGTGG GCCCAATGTTGGTTGCCTTTTTTTTCAAGCTAGTGCTTCATAAGCCGAAAAGGGATAGAA AATTACATATAAAATAAGTTCAGGGGTAATAGGACCTTCGTATAGTATAAGTGTGTCACT GAAATTTCGGACATAGGTTGAGGGGATACTTGTGTATTTTTTTTTTAAAATATAATATAT AAATAATACCTCTTTTAATTTAATTTCAACGAATTATGTATTCATCGGTTAAAATATAAT AAAAATACATAAATTACTTACAAATGTTCTCCTACGTAACAAATCACATGAGATTTGTTA CGTAAACATGTATATTTATTCGTTCATATTTAAAATTAAAGTACGTAAATATTAATCGAA TGCGTTCGCCAAAAAAAAATAAAAATTAGAGAGTTAACAACAACTCAGAGATCACGACGG TCACGTGATCCAATTGAAAAACATCACGCGGTGGCACACTCTTCTGTCACCAAAAACAAC ATCCCCTTCCTTAAATGCGCATCCCTGGCGTCAGTTTAGCCATTAATAGCCAAACCTATT CTATCTTACGCCGCTTACACAAAATGGCACCTCATTAAATTCAACCACAAACCAAGGTCA TTTCCGTCATTCCACCCCTTCACTAATAATTCCAACATTATCCACCCCCATCTTATACGT AATATAATACCACAGATCTTCGCTTTAATGTTATTTTTGACCCCACTTTCCCTACATAAT TACAAAATAACAGCTAGAGAAGAGTTTTTAATTTTATTTTTTTTAAAAAAAATAAATTAA ACTTTTCCTCTTTCCTTCTTCTTATTAATATAATAAATAAATCGCTGTCTTTTCTCGATT ATTGTGTTTCTTCTTCTTCGAATGTCTCCTGATTTCTTTCTTAATTAAAAAAAAAAACTC CGGCGGTTCAGTTACCGGAAAATCTATAATTCTTCGCCGGAGAACAGAATTTGTATTTTT TAAAAAATTGTAGTTTTTTTTCTTCAAGGATGAGTAGCGTACAGAATACTGTAGATACTG TAAATGCTGCCGCTTCGGCTATAGTTAATGCAGAGAGTAGAGTTCAACCGTCTACAGTTC AGGTATATATATAGTAATTATGTACTCTGTTTGTTTCCATACTATGTACTGTAACTTGTA ATTATAGCTAAAAGGTAAAAAAAAAAAATTGAGTTAATTTTTGTGCTATATATATTTTTT TTAATAATGATTTGATGCAAATTTCATGTTTTTGTGAAGTTGAAGGTATATGCTTCTTCT TTTTTTTAAAAAAAATAAAATTAAAACTAGTGTGTTTCTATTTGTGGACTGGATTGGAGA TTTGGTGGTGTGACGGTTATCAGCTAAGATGATCGGAAATCATGAAACGAAGGGGAAAAA AGGAACAGATCGGGGAAGCTGTGTGAAGAAATGATTTATTTATGATAGGGAATTGTAGTT GTGCGTTGTGATGGAAGATCGTTTCGCGGTGATTCGATATGTAAAATTCAGTCCATTGTT GTGAATTTTGCTTCATCTGTAAATCTGTGACCTAGAAAAGTCGGTCTATTTGTTGGAAAG GTGATTTAGAGGATAGACAAACATGTTGAGGGAAAAGCTAGAGGGGTTGAATTTTGCTAC AATCCTCGGGCTTTTAGGGAGTTGATTTCTGGTATGGTTGCTCAAGTGATAGTTATTATC TCAAAAAGTGACCAACTTTGTTGATTAAAATTGGAATCAAGAAGAAAGGTGACTTTTTGA GGTAATAGTTATTAGTTGAATGGCTATTTGAGAAATTAACTCGGCTTTTTTGGATGTGGA TTGGGTAAGATTAAGAAGTACTTTTATCACTTTTTAGCTAGGATCAACTTGTGGGTTGTG TAGAGAAGGGTGAAGACTTTTTCAGCATCTGGGTCCAGTTTTGGTGTCTTCTTTTTTCTC TATCTTGATAATAACTTTTAAGCAATAAGCAGTTCTCTTTTCGCCTCCGTAATTCTTGGT TTGTGACCTATTATGTGATCATCTGTAGTGCTGGATCATGTGATATAGATCAGTCAACAA GGGGAGCAGTGCCATGAAAAGAACATAGTATCCAACTGAAACAGCATATTTTCAAACCTG GCTTTAATAGAAGAATTGTTTGGATAAAAGAGAATTCTCTTTGATTCCATAGTTGTTTAA CAGGACTTGCTGCCCTTTGAAAATAAGTCACTGATTGGAATTTGATTATTACTCTGATAA TGAAATCATGTCTTTTAGCCTGGAGGATATTATAGGGGCTGCCATTGTAACTTCCAGGGA GAAGAAGTTGAAATCTACTGGCTATGTCTGTAACATAGGAGGAAGATTGAGGAATGACGA AGTAATTGTCTGCATCACTAGGTTTAATACAATTTTTTCGGAAAATAGTGAATAGGACCT GCATCATTACATTCTATTACATTAAATAATTCACTGTGAGTCTTTCTTAAAGTTTCAATT AAAGATATATAGTCATACTTGTAGTCTACTCCTATCTTTCTGATATGTAACCCAGCTTTT GGGATTAGAAACGGCCAATAGAAAATGAGAGTTTGCATAAGAAATATCTTGAAGCCGTGA GACTAAATAATGGGTAATCGTGGTCGGAGCATAGTAGTTGTATTCGAGTCAGTGTAGAGA AGTAGTAGGTTAGGATTTTCCTTGGAACTAAACTACTTTGACAATATAGCAGTTCTCTGA ATGTTGTACAGTAACCACCTCTTCCTGTTCCACAATTATGATACCCCACATAGTTATAAT TGGTTATTGTCTTGAAGCCATATTTATATTCTGAATCCATGCTGAAAGTTCGATTGATCT TTTATCTTGTGGGTGTTAGTAAACTCTATTCCATGTGGTTGTGCATTTAGGCAGCATTCA GCTGAGAAGTTGGTGCTCCACTTTTCCTTCAAGAGTTCTTCCTACGGCTAAAGGTCTCTA TGTTGCTAGAAAATTGGAACTGAAATACCAGCAAAAGTATAGAGTGACTTATCCTTCTAC ATAAATAAATAAAAATAAAAACTTATCCTTGTACACTTGCCAGATTGGCCTTTGCATATG CACTTTTTATTCGTGTTTCTCATTTATACAAGTTATGATTAGGAAAATGAGGCTGCATCG TTGTGAAAATGGTTGCACTCAAGTTGTGTCATACAACATCAACGTGCATAGTGTTTTTGA GAAGGGCGAGTACCTCTGCACCATAGCTTGTTTTGAGCTATGAGAACAAGAAGTAATCAT TGATGTCATTTCTGATGTCCAAAGGATGTATTTGTTTGAAAATACTAGCTCTACCCATGT AATGTATGAAATTGCCAAAAAGTAGTAAAAGAGGGTGTTGATAGTTATAGATTGAGCAGT GTGAAATTTATAGAACGTCAAGTTTGAAATTTTTCTTGCATTCTCTTCACTTGCTTTCTC ATTTTGGGTTAACTGACATGGATTGGCAAGGATCTTACTCTGCTTGTTATAATGCTGAGT CGTACAGTTGTCTAAATGTGTAAAATTGTGCACATAATTCTCCTTTGAGGATTTATTATT CACTAACTTTTAACTTTTTGGTTCCAGAAGAGAAGATGGGGAAGCTGCTGGAGTCTATAC TGGTGTTTTGGTTCTCACAAGCACAGCAAAAGAATTGGTCATGCCGTCCTTGTTCCTGAA CCTGTAGCACCTGGACCTGCTGTTCCAGTTACTGAAAATCCAAACCACTCAGCCACCATT GTAATTCCTTTTATAGCTCCTCCTTCTTCTCCTGCATCCTTTCTTCCGTCTGATCCTCCT TCTGCTACCCAGTCACCCGCTGGATTACTCTCTCTCAAAGCCCTCTCTATCAATGCATAT TCTCCCGGTGGGACTGCGTCTATTTTTGCAATTGGTCCCTATGCTCATGAAACACAGTTA GTTTCCCCACCTGTTTTCTCAACCTTCACTACTGAACCATCTACTGCTAATTTTACTCCC CCACCTGAGCCGGTGCATATGACAACTCCACCTTCACCAGAAGTGCCTTTTGCGCAGCTT TTGACATCATCACTGGCCCGCAACAGAAGATATAGTGGGTCCAATTATAAGTTCCCGCTG TCCCAGTATGAGTTTGTGCCTTATCAAGATCCAGGAAGTCCAGGTAGTAATCTAATATCT CCTGGTTCAGTAGTATCAAATTCTGGCACCTCCTCACCTTTCCCTGGAAAATGCCCTATT ATTGAGTTTCGCAAGGGGGAACCTCCGAAATTTCTTGGTTATGAACATTTCTCCACTCGC AAATGGGGTTCAAGGGTTGGCTCAGGATCAGTAACGCCAAGTGGCTGGGGCTCTAGGCTA GGGTCTGGAACTTTGACTCCGAACGGTGGAATTTCAAGGCTAGGTTCTGGTACTGTGACT CCAAATGGTGGGGAACCTCCTTCCCGAGATAGTTATCTATTGGAGAACCAAATCTCCGAG GTAGCATCTCTTGCCAATTCTGATAATGGTTCTGAAATTGGGGAAGCTGTAATTGATCAC AGAGTTTCATTTGAACTAACTGAAGAAGATGTCCCGAGTTGTAGAGAAAAGGAGCCCGTC ATGTCGCATTCTCAACCAACTCTTCCAATGGATGTGTCCAATTTGTTAGCCAGTGAAATG AGAAGTGGTAGCTCTATGGCCGAAGAAAAAACCTATGGATCGCCTAGGAAAGCTTCAGAA AGTGGGGAAGATGAATGCCATAGAAAGCACCGGAATATCACCTTTGGCTCAAGCAAAGAT TTTGATTTTGACAATGTGAAAATAGAAGTCTTGGAGAAGGACAGTATTGACTGTGAATGG TGGACAAGTGACAAGGCTGCTGTGAAGGAATCAGGTATTCAAAACAACTGGACTTTCTTT CCTGTGTTGCAACCAGGAGTCAGCTAATATCTTGAGCTAAAGGTTAAAAATCAACGTTAA AACGCACCGACGTTACTGCTTCTGGTAATATATATATATTATATATATAAGCAAGCTGGG AATGCAATTTTCAGGCATAGAAATCTAATTGCAGCAAACTTAGCTTTAAAACTGAAGAGT TGGACAGACTTGTGCAGTAATTGGTGTTTAATTTGGTGCTCAGATAGTTGGTCGGTCACC TGAAAATATTCCTTTGAATAAAGGACTTCTGTATACACCATAGAATATGTTTTGAAAAAG AGATGTAAATGATATTATTATTTCTTAAAAATGAGAATTTCTCACTTGTTTATGGTTTCA AAGTAGTTAAGCAATGATTGGTGGTAATCTACTACTTACTACGTTGGTGTTTTAACTTGG GTCTCCCATCTTTTTGAACAAGTTACACACACTTGGTTAATAATAAATTGGGACACCAAC AATATTGATAGCAACGTTGGTCCTCTCCTTTGCACAACCAAGTTGTCATGTCATCTACCC AGCCTCAAAAACTCTTTGCTCATCTACTTATGTTCCTCCTCGATCACCTGAACAACTATG TGAACTAGAACATGAAGATGAAATCTCTCAGCTTTGACACCTTCAGCCCCTTGTCCGTTC TCCAAGCTCCGGGGTCTAGTGATTCAACCCAACTAGCAAATAACTTCCCAAGTCCCTAGA GAATCTCATCTTTTCTGAGTATGTTCATCCAGGCTTTTAATTTTGGGTTCTTTTCTGCTT CGTTTCTGTGGTAGCTTCCCTTTCATGACGAGGCTTGGCCAAGTCTCTTTTGAGTTTCTC TGCTTCAACTGAGAAGTAGGAGTCTCTCTATGAAAAATAAATAAAAATACATGATATACC TAAATGCATGGTGAAAAACGACTTTCAGGTGCAATTGCTACCCAGATACCCTGAGTAAGG GCTACATAACAAGGGGCCATGTAAATGGAAACACATTCAGGAATAATTTGAGAAGATGAA TGTTTTACCTCACACCTTTAATAACAGGGGACAAGCATGAAGCAACCAACAATACCATCT CAGACGGTACACTAATTAATGTAAAGGAGGTTACATGAAAGCTACGAACCACTAACTACT GAAGTCCAATATAGATAGATGAAAGGTACAAAATCTCCAGTAAACGCATTAGCAAATGCA GGTAAAATCTGAAGCATAAAGTAAGATGTAGTTACAGCCGTTCATGAGATTCTCTGCAAT TGTACAATTTGCTAGACCATAGAGCTGAATACGGAAACATTGTTTTCTCTTTGTGGCGCA TAGCATAGCGAATACCAAAAGAAGAGGACCTTACTTCAACGAGGGTCATCGTGCAACCTT GCCTGCCACCCGGCAAAGATAAAATGCTCAAATGCATCTGTGCCAAGGAATGATAGTGCA ACTACTCTGTATTTATGGTCATTTTGCACAGTGCATATGTATTCATCTGGCCCGTCTCCT TTCCCTAGATTTGTCTCTATCATGATCATCTCTCTCCCTGCTTCCACTCTTCCTTCCCCT ATCACGACGCTTTTCTCTATCACTATCGCGGTCTCTGCTGGATGATTTCCACTGAGGGCT TCCACTTCTGCTCCTACTGCGCTGCCGCTTCCTTGAAGCTTCACGAGCATCGTCTCTTTT CTCTTTCCTCTCCGAAGATGACCTGCCTCCTGTTTTTTTGAAAGCAGAAATATGAGACGA TTTGAATACAGAAAAAAGAAATCAATAACTTAAGGTAAGATTGTTATTGTTGTAATAAAA GCTGCCTATCCAGTATCCTGCTCAACCAGATATCTAAGTCTTTTTTACTTTCTTTTTTAA TAACCGAGAAATCTCCAAGAACCAGCTAGCAAAAGTATAATACTCAGCGGATATAGGCCC ACGCCTCTACCCTTCTCTACTTGAACACCAAATAGTCTCATCAAAGCTCGGGCTCGTGAC ATGCACCTAATCCATACAACAAGTCACCACTAAACCTAATCTTTTTGGAGCACAAGATAC ATAATCTTCACGTAAATATGATGATGACCAACTCTATCCAGCAATATGTGATTCATCTTA TAGATGCTGAGAAAAAATGTTGTTAAAAGGACATTGCATCTAAAACATAATACTGTGACA GCTAAATCCTCACCAAAGTGCTTAAATGTGTGATATTATTTGCCTCGTTACATTACAAAT TCTTGTACTAACGTCTAACAGAAACAGTTTAGGAAAAAATAGTCTAATAAGAAGCAGCTT AGTAACCTATGATCCAGAGAATGTCCTCATAGTGTTGTTTAAAGCAGTAAATATTAATTT TTTGAAACTGAAAGCAGTAAATATTAATATGAGCATATAAAATCAAACTGCTTCAGCTAT TCTTTACTATAAAATGAAATATACATCGACAAAGGATCTGAGAACTGATTAAAGCAAAAA AATTCTACGAAAAAAACATTGAAAACAAAAAAGATAGGATTGAAGTATGATACAGCAGTA TAAAGCTAAGATTTGACCTGCACATGCAATTAAATACACATTACTGCTGTTTATCAGCAC TAAATGTTGATCTATTGGATTTAATTTTAAATAAATACACGGACATGTCAACTACTGACA GGTTTAGAGCTTTACCTTTTTTTGATGTATCTTCGCTGAAATTCAATAAACCATATTCAG ATTGTAGGCATTGCCGATGGATTTCAACTTTCCTCTCAATTTCATCCGGATTTTTTATTC CTTGTTCTTCAAGAGATTCACGATATTCAATCAATGCAACCTCAAGACGCCTCAGCTTTT GCCTGATAAATTAGTTATGGACCACAAATCAAAATCCAAACAGGAGAAAAACTGAGGAGA GCAAATTGAAAGCAAAAGATTGCACGCATGAGGCATAGAATCCCACAAAAATTTGAAACA GAAAGAGAATCTGCAGTATGGAAATAGGAAGTATCCTACGCTCCCAGCACTTGGCATATT AACATCCCTAATCCTAAGAATATTATAGAAGTCAACATGCAGAGTCTTTCATTTCGTAAA AGTGCACCCTTGTATCTTTCCACAGGAAATATAATAAAATCATAATGAAGAAACAAGAAA TCCATTTGCTGGCCTTGAGAGGGTGGGGAGGTATGAAATTGTTTCTTGTTTTCTGGCAGA TCAAACTAGAGTAGTTTCTAACTTTAAAAAAATTATCCTTCAATAATTTGAGATAAAAGT TAGCATGGTTGTTAAATGGATGAAAAAACAATAAGTAAAACCTATCTTTGGAAATAATCC CACAAGGAATGCTCAACTTCCCATACCTCAACTCTTCGTTCATTCCACTTTCCGGGTATG CTGAATTGCCTGTGTCCGTTGTAAGCTCTGCATCCTTGATCTTGCTAAGCCCATCACCAG CATTCTCACTTCCAGAAGATGAATATGTCAACCCCAGGTCCCTAGAACTTCTCTTTTGTT CATCATCACTTTCATCATCCTCTCTGGCCCATTTAGATGTAGGCAAAATTGTCTCACTTT TGCCGTCACTGGAGAAGTCAATTGAATTATAGTGTGGAGCAGAATTTATTTGGTGTGAAG ATACAGACTCTCTTTGTTTGAGTTGTACGTCATAATCCATTTGACTGTTCCGTTCGGAAG GAGCCATCCTGTCCAACTCAAGGTTGCTATCTTTCCGAGTACTGGGAAACCTAGCAGAAC TTGAATGGCTCGCAAATTTCAAATCTTCATCTAGTTCATGACCCCTCTGCTTTTCAGCTT CTTCCAGATAAAGTAACCGAGCAACCATCATTTCCCTACCACCTACGATAGATAAACCAT TGTGCCTGCATCGTCTTTCTAGCTCCGTAAGTGGAAGGCTCAACAGTTCCTTCATCGCAG CTCCTTTGCCAATTGCCAAAGCACCATCTGGGTTAACTTTGCCGCCATCACCTGCATCAT CAGAGCTGGTCCTTTGCTCCACGTCAGGTGCATCACCACACAGAGAATGGAAGGGGGTCA CACCAGAGTTCCCGGTTCGAAGAAAGGTAGCTCGTAAACCATTGACATAGGCATCCGAAA ACAAAAACCAATCAGCCCATACTTGAAGCACTTTCAGAACTCTCTCCTGTAACATGCAAG GAAAAATTAACCACACATTAAAGAGGAGCAAAAAAAGGATACAAAAGATGTAGCAAGTGC AAGTCAAATGTAGGTGACAGGCACAATTACTTTAAGTGCCTCGGCAGTAATTCGCCCTGT TATACTTCGATATAGATCATTGAAGCTTTCCATTATGTCTGGTAAAGAGGCTTCGAATTT GGTGCGATAAGCAGATGCATTCTTCACAGGAGCGCTACTATTATGAAGAATATCAGAGAC AAGCATGAGCCTAGAAACTTTTGTTGGTATTGGAGTTTCCTTTAGTGTCAACGACTCTGT CAAAACTTCAACAACCTGCAAATTATAATCAGCAGTGCAACTGTGTTGGAAGAACCATCC GAAGTATACATGTAACAGATCATGCCAAAACAAGTGCAAAGGGGCAACGAGAAGCATTAT GAACATTGACACAACACAATGCAAAATCAGCAATTTTGCCTCTGAAAAGTTAAATATGAA AGAAGAGCTTCATACACAAGTGAGCTATTCGATTGCTGCATGAAACCAGCTTAAAGTTAC CTCTCCAGCAGCATCAGCGTTGTCCAAAGAAAAACCCATTGCTTCTTTTATTTGACTTCT TTCTAGTGTCAATGAACGGAGCATATCCTCAAATTCATCCCTCTGAGCATCAGTCAATGT CCGTTCAACATCCACTCGCTGAACAAGGTATAGTAGAAACATCATTTACAAAGAAACTTT TAATCAAGTTCCAAAGTCAAAATCCAAACTCTTAAATGCCTTAGAACAGAAAGCTAATCA AAAGGGCATACCCTGCTTCTTCCAGCAGCATATGTGCTCCCAGCTTCTTTTTCATGATCA GCTCCTTTCGGTGTTGGTAGAGAGGGTGGTATCCACCTGCATATGTGAATTTGTTATATT TGAAGAAAGAGCACTATATCAAGGAAACTTCTAAAAAGGCTGCATCAAAGCCTTGCAGAA CTCAGCAGCCTTTGCAAAAATTGAATGATAAATTATATTTAGATGATTTCATTCTTTCAC AGCAAACATTAACTCAGGGAAATATCGGTAGAAGCTTCCTAAGAAACTGAGTCAATAAGT GTTGCATTCAGGAACTGATATGCACATGCATCAAATATCTGACAGCAAGAGGAAAGGTAA ATATGGAATTTGTAATGAAAGATGATATAAGTTGGAACAATGCCTTACCTCCCACTACCA GTTATCATGATGAAAGGGACTGTCCTCCACCGTTGAAGAGTATCTCCCTGTTAATTAAAA TAAGGAAAGAAAACTTTATCAGTGAGGAAATAAAAGCATAAGAGGACAAAATGTCCCAAT TCCTGCAAAGGGTATCAAATGAAGTATTTCACTGATTGATTATATCACAAGTACAATTAG TCGTATTGCTTTGCATAACATGGAAAGCAAAACAATAATTGACAAGAACAAAATTCTCGT CAGTTACAATTACATGAAACTATTGGCTCTTGCCATTGAAACATTGTTTGAAGTATCCAC GTGGATTGTAGAAGTGGTCGATGGGGTTATGTCACGAGTACTATTAACTCCATTTAACAG GAAGAAATAATTGCAGTAACATTCATCCAGACTTTACTGCAGCAGCAAATTACCTGAGCA AAAGAATAGAGCCTCCAAACATAGTAAGTATGCTCCTTCGAGCCAAGCTCAAACAAGAAA CTGAAGAGAGGATTTCCACGGCCTCGCTCCATTATGGCTTGTTCAAAAGCACAACCTCCG TCGAGAACACACAGAGCCATTGTATCAATAACATGGCGCAGATGATCATCCTCTGGTGGA ATAACCATAATATCAGGTACATTTGGAGTGAGAACCTGCAGAACAAAAAAAACATCATAT GAAATAGGAGAACGGTGCTTAATAATCATCTTCATTATAGATTGGAGATACTCAAGAATA TTACATGTTTACAAAAGGACGCATCAGAAGACAGGCTGATTGTTATATCAGTCAAGTTTT TCTAGCTAACTTAAGGCCCTACAACTTATCAGAATATCTATTTTTCTGAAACTGAACTTA TCAGAATATCTATTGAGAGTTGTATGTACCATCCCAACATATTGCCTCTCTTTACAAACT CTTTTTTCTAAAATAAAAGGTAATTGTTATATCGAAATAGCACTAGGAAAGTGCTTCAAA AAGTATGTACATCAGTAGTCGAGAAACAATGGTGAACTATTGTACCAACCTGTGTATGGT GGTCAATTTGGAGAGAAAGAAACTATAGGTGTTTTGAAAACATTTTAACACAATACAGAA AGTTAAAGAAAACTGCATGAACACTTTGTCTTTGGGTGTAAAGAAGATGGTATAGAAGAC GTGGAACAGTTAGTAGATCTTTTAAGATTGGTAATTGCAGCAACTGGTTTGTAACTTTTT GGAGGTAGCCAACATACCCTTAATGCTGAAGAATACAACTATACCTTTTTCAAAAATAAA AGTATGTACATCAATAGTCAGCTTCCAAATGAAAAGCTGAATGTTCCTATTTATACAACC TAAGACATGGTTGTGATTGGTCCAAAGGGCAGGTCACAGACAGATCTCAGTTATCAAAAA AAGAAAAAAAAAACTCATGCATGTAATCTATACTTTGAACCTTAAACATACTATTCCTTC ATCAGACTTATTTCTCTATATCACATATATAAGCACTTTCTTGAAATGTACTATCTTCTT TTCATGCCTTGGAAATCTTAGGGAAGTCAAGGTCCACATCACACTTAACCTACTTCTCTG TCTAAACTGCTCTATTTCCATATCAAATACTCATGACGAGAATATACACTCAAGCATTTA CTTTAATAAAAAGAGTACTCCCTAGTTCAACATAATGTATATACTAAGAAAACTTTCTTC TGATATCTTTTTAGTACAGTTCTATTCCTTGTTTGGTTACTAAAGGCCCGTTTGACCATA AATTTTCCAAATAATATTTGAAAAAAATTTGGCAAATAATGTTTGTCCATACAATTTGCC ATTATTTGGCAAATATTTTTGGTAAATATCCCAAATTTCCAAATACTAGTTTTTTCTAGT ATTTGGGCCAAATCTCATTATTTGGGATATTTTGAAAATTAAAATTTTACCCCAATCTTT TATCTTTTACAAAAACACCCTCTCTAGTAGTTGCTTGCGTTGTATTACATAATTTTTTAC GTGAATACCAAAATAGTGATGACATATTTAGTGAATATATTAAATAACGATATGATTGTT GATGAAAATTATTAAAAATTAGCTCTAGGTAATAAAGTCATGTGCTTTGTCTACTTCACA ATATAAGAAATAATTTTTGTTGCACTCACTCCAAATTATCACATTGCTTTAGTGTCATAG ACACTATTAGTTATTGTTGTAACGAACATCCAATTGACTTATAATACAAACTTTTAGTTA GTTTTGATAGTTTTTAAAACTTGTGTGTATAAATCATATTTTTCTAAAAAGGTGAAATAT ATTTCCCAAATTCTATGGCCAAACACATGGTGAAATTTCACCCAAATTTTCACTCAAATA ATATTTACCAAAAATATTTGGAAATCTATGGCCAAACACTAGCTAATTCTGGGATAAGTT AATACCAGGATTTGTTGGTAGTACCAGAATAAGTTATCCCTGGCACAGGATGGAAAAATA TTGTTGGGATCAGTTATCCGGGATAAACAATGAAAATGACTAAAACACTCCCCTCAAACC CTTTCTACTAAATAAGGTAGAGTGTGTTTTTGTAACAGGAAACTTCTTAGAAATTATGCA ATCCATGTTAATACAACAAACCAATCATGACACTAATATCAGTATAACTAATCCCGACAT AAGTAATCCCAGCATAACTAATCTTAGCATAACATGTCTTCAAACCAAACGACCCCTTTA TGAATACATATATAATATAACTTGTTTAGAAAGATAAATTTCAATATGCATGTGTGCCCA CAAAAAGATGAACTTTTGTTGAGATTTTGTTCTTTTAAGATGTTTCTTAATAGAGTGCAA ATGCAATATCACTTAATATATATTATACAAAAATCTCAATAGTTCAGAAGACTAAAAATT TGAAGTAACAAGAGAAAAAGGTATAGAAGTAAGATGCTGGAAGTAAAATAGATTAAAAGC TGAAACTTAATTTCTTCGAATTGAAGGATAAGAAGAATTCTTTAACTATTTGATATCATC AAAATATTATACTTTATAAATTCTAATAAGATATTTTAAGACCACACGAAGTGCAGGGAT ACTACATAGTATTTAATAGTTGATACACATTTTTTAGGCAGAAGTCAGAAGGAGGGCAAA TCTGTATCATTTCAAATAGGTTAAGGGATTTTTGACTCAATAAGTGGAAGGAAGGCTTTT TTGACCCAATAGGTGAAAAGGAGGACAAATTTGATCCAATAGGTGCAAGGCCTCATTTTT GAACCATTTCTAATATGTTAAGGGCATTTTGACCCTTCTCCGTTTCGTACAATAAAATGT CAATCATACTAAATTCATTTTTTTAAAATGTAGTACGGTATTTCATTAAAAAGCATCTAG CAAGAACTACAGAATAGACAAAACGGTTAACAGAGGGCCTAAGCAAAAGATGTTAGCTCC TTTATAATCTTCAAACTAGTGCTAAAGACTAGAGTTAACAAAGTCAAGATACTGTTCAGT GCTAAATACAGGAGTTAAATTAACCCAACTGAATAGAGCATAGGTAAACATTTAGCTTTG AGAGAGTGGTTTGGAGTTCAGATCCCATCAGAAGCATATACTGTTCCTTTCAGTCCATAA ACACCAAAAAATAACTCCAGGGATCATCCCTTCACCTCTTGAAGGCCACTCATATGGAAT GCGAAAGAAATTTCTTAATCTCCTATTATTGCAGTCCTGTAAACTTTTCTTATAAGCATG TGATTTCCTGGCTTTCTCATCGCAGATGGTCAAACACTATAGCATCCCTGTTAGTTACCA TTCTCAAGTAAATGTTTCCTCTGGAGTGGCTCCAGCACGCCACTTGTCTTCCCAAAACCG AATACCCATGCTATTATCAATCGTGAATCCTAGACTGTAAAAATTTGTTCTTCCACAAAC TAACTTCATTAGAGTTTGTCACATCTCCAGAGGACCATCAATTCTCTAAGAATCCATATT TAACAGTTATCAAGTTTCTGATCAATACATTCTTCTCCTAGGAAAATCTCCATGACTGCT TTTCACACAAATTTCATATCGAACATTGATAATCTTTGTATCCCTCTTCCCCGATTTTGT GTCCATTAATTGCATCCAATTTTCGAAATGATACTCTTTCACCCCCTCCTTTTCTTCCCA CGGTAAATCCCTCATAATTTTTTATAGTCTACCTAATGATGTACATGAACATTAGCAACA AAAAGAGGCCAACAAATTATCCACAGATTCTTGGAATTTAGATCATTCACCACACACGAG TTTTTTGCCGCATAAATTGTTTAAATGAGTTAAAAACAAGCCTAAAAATGTATACTGAGA ATTTCTGAACTAAAAGAAGTAAATTCAGACTTGGTACAAATAAAATTCATGTGTTCACCT AAAAATAAAAATGATGAGCATAAATTGGCAGATTGGTCAAAAACTCAAAATCCCTCCTAC TCATAGCACCCTACAACAGAATTGTTCACTGCTACACACAACTTCCTTCTAAAGTTGCAC TTATTTTGTACACTCTCCTCCGTGTTTCTTGCCAAATAGTAAATACAGATCAATCCTCTT TGAGGTAATAAAATCCCGGGTTTCCTCTTCATACCGTCTCCTTTTTTATTCAAATAATAA TCCATACCAAGTAAAATGCCTATTTTATAGATAAAGTATAAGTCAAAAATTATAATTTAA AAACAAAGCTGACAAGAACCATCTTAAATCTAACTCCAATAGACCTAAACTCTCTGAACA TTTTGCTTCACTATTATGATATCTTTCACTAACACGGTAAAGAAGAGCTATAGAGATCTG ATAATTATCCCAACAAAGAAAGAACGAACAAGGAAATATAGAAAGATCAACTAATCATCA TACCAACTCAGAATTCTGGCCTGGAACAGTTGTAACTGGAGGACCTGATGGACCCGATAA GATAACAGTTGCACCCTGAAAAGCAAGAAGATAGATCTCTTGAATAAGTACATGAGCATA AGCTGATATCATAAAGAGAAACCGGGAGGTGACAATAAAAAGCATCTCTAGCTTGCTGAA CTACAGCTATAACAGAAGACTATTACATGGGAAACATTTCCAAGGAAAAGGGTGAGATAC ACCACTACAGGATGTCTATACATATCAAACCAACAAATAAAGATGCAAGACACAACTTAC TCCAACATGAACACATGCTTCAAACTATTGTCTTTGTTTATAACATTTATTCAACTGATC ATACAATATTTTAACATACATAACTCATCAAACCATTCACTCTATCACTTACTGATTATT AATACAAAAACTCCTCGACTCGACCATTTATCAAATTCTTAACATGTATATAACAGAGCA TTGTACTTAAAATAATAGACAAACCTCCTTACTCCTGATAGCCATATGTCCTGGAGGAGG AGCAGGGAGTGCTTGAGAAGGCAGAGAGACAGATTTACCCCACCCAATCTTCAACTCATA TTCATAAACAATAACTCCTGGATAAGAATAACATGGTTTAGATAACAAAAATACATTCTT GCAAAAGATACAAAATGTTAAGCAATAGAGCGAGTACACATGGAATGAGTACACATGCTA GCATCCACATGCTCACGACTAATTAATTTCCAACTTCATACCAAAATGTACATAGGCCAT GGAAAAGACACTTCTGCAATGAGTACATAGCTGAAACTAGAGGAGGCACCACCTAAGAAG CAAAGTTATTAAGGGCTCAGTTGAGGCGCTAATGCCTGAAGCTCAGTGAAAGGCAAGTTA CGTGCTTTGCCACACTTGGGTGGTGTTTTAGTCTCAATCCTCACATGCTAAGACATACAC CTCACACTATGACTTTGCCTAAAACAGGACAGCACTTTAGTTTATAGCTGGTAAACTAAT TTATTAACTGTTCAAAAAGGTTCTGAACAAATATTTAGTGATCAGCAATTAGTTATTATA AATTTCGTACAAGAAAGCTAACCATACAAGTTAAACTACATTTTTTTCCTTCTAAATCAG AATAAAATGGTTTTTAAACTTTGGACATGATTTTTACTTCATATGTTTTGCTTAATTATA GCTTTTTCAATTATTTAGTCCAAATAATCATTGTTCGTGTTTGTAGATCTTTTTCCTTAT ATTACATACATATTTCTAGTTCTCTCTTCACAAGCGCTTCTTCATTAAAGTTGATACTTA GCTTGTGCTTTGCACCTATAATTGCAACAAACTTTAGTGCTTAGCTTTTTTAATATACAT ATAGTGGTGTCTGGGTCAGCTTGCGCGCACCTCAACTTCTGCAGTTCTCTTTTGACTACT TCGTGAAGAAGACAATCGACAAAACAAAGAATGTAGAATCACTGATCAAAACCTTGTTCC TTGTGAATATCCTTCTATTAAAAATGTATATCTCAAACAAATAAGGAATCAGAATAGACA CAGAAAAAGGAGAGGAAACCCAAGAAAAGGACAGGGATGGAGACAGTCAACTAGAACAAA TAAGATCAGCAACATTTGTTTGCATGTTTTGATACAGAATATAACAGCCTTTGGCTACAG AATTTTCTTCCTTTTCCGCTTCATACATTTACGCATAGTAGACTCCACATGTATGTTTTT CTTTTTCTTTACAGTTCGAAATCTTTCTTTTGCGGCAGGGTTTGAACCGCGACATGAGCC TACTGTACACATCACATGTAACGGTCTTACCACTAGAACAAAGCCTTGGGAGCAACTCCG CGTGTATGTTTTTTAACAAACATATATCCTATTTAACTACTTACTGTCATCCTGATCCTA CTGACCACTTGACATTGAGGATCCTATAACTCTGTACTTTAAAAAAAAAACCATACATAA TGTCAACTTGGTCAATCACTAAGAACCTAATGAACAATTCCTAAGCGGCTGGAGGGAAAG AAAAAAGAAAAGGAGGGGACCTCAATAGAAGTGCTCTACAAAGAGCAAGACAATCACACT CATCAGATAAAAAAGAACAGATCAAGAAATAAATTACATTCAAATCAAGAAGCTGAAGCT AACCTTCCATCTCATCTTTTGCAGCCTGAGCATCAGCTCTATTCATGAAAGCTACAAAAC CGCAATTCCTCTGTCGCCTTCTTTCCTCTTCAGTCCTTGGCCACATTATTTTTACACTTG CAATGGGGCCAAATCTCCCAAATGTGCGCAAAAGAAAATTCTCATCAACCTGCAAATAAA TAAAATAAATAGGTATCAAACAAAAGAAACAGCTAAAGCAAAAAAACAATGATCTCAAAA TAAAAAACAAGAACCTTACCTGAGGTGATAGATTTCCTACGTAGAGATTTGTCGTTTGTG GGTCTCCATCATCAAATGATCCAGGCCTTCCACTAGGATCAAAGTCATCGGGCAGTTCAT CAAACCGACTAGATGGCTGAGGAAAGAGTAAGGTTTAAGGATATACAAATATCATCATTA TGACACAACAAGATGCCATATCAAACCTCCATTTGGTTAGACATAACATATTTTAAATCA CAACTTTTCCAAGTAAATTGACAAATGATCATTTCCTAAAACATTTTCATGTGTAGACCA GAATTAGACATTTGAGCCATGTTCTGATAGTAGAGGGCTGGGATAGGCCTTTGGGGTGTT TAGTGATCCAATGAGTAACAGAGCAAGGAGTCTTATATTTTTGTGGATGAAAATGATACA GTTAAAGTAAGGATCATCAAAGATGTAATTGTCTTCCTCCATATAACATATCCATAAAGG AAAATCATCTTTGGATGCGCACAGGGTAACATAAAGGAAAATTCATCTTAAGATGGCCAA ATCCCTGAATGCATGAAAGGATTGTTTTATGTTTTAGATGCCAGATGTTAAGAAAGGGAA ATGGATTATAGATGCAAATAGTATGATAAATTGTGATAATGTGATAATATCATAGAAGTT CATAATTGTTGAAGTGTTGCTCTAGTTCAGAGAAAATTGATCGTGCTCACTCATAGCACA TCAGCAATTACAACAAGATGTGTACATGTAAAACTCAATGCAAATCTTGTGTACCTACTC TAGAAGGGGTAAAGTAATCTTCTAAGTAATGAATTTTACTTCTCCAGTTCCCACAAAAGA TTCAGATCCAAATATCATCGAGAGAACATGATGTAACAAACTGTATACAACTTTTTTAAT GCATCCAACACTCCTTAAGTTTTAACGCATTCATACTAAATAGAAGCTATTACAACATAC GTTATCACGTCTTTTTTCAAATCTCCTCGGATCTGATTCATGAATTCAAGCATAGAAACA GAAGATTAAAACAAATAATCTGAACATTTTTTCTTTGCTAATCATAAATCCACTTACAGC AGAATTTTCAGTATGACGATCACGCCACTGTTCACGGTCTTGGTTACGCCTTTCCCTCAT TTCTTGCTCATGTTTCAGTTCCTCCATAAAATTATCAATGTTCCTAGCCTTGCCCTTCTC TTTTTCCCTCGGCTTGTCCTCCTTCTGCTAGAAGAAACCAACATATTTAGAAATCAACTA TATACGTTTACAACTCTTGCACCAGAGAGATTTCAAACACCCACACCCACTAACCTTCTT CTCATGATCTCTGCCCTTAGTTGCCATAGGAGGTGGTAAGAAAGAAGGCACATACCTGCA GTTCACAAGATACATTCCAGAATCTTTGCTACCAATAATCTTATCCACGGTGACAGGACC AATAATTTAAAAGGGGAAGAAGGTAAGAGATAAAGGATCAAGGAGACGTGTTATAAGCTG AATTGTACATATATACAAGTAAACTGTAAGTAGCACCACATGATTACCACCCATGAGTAA GTACTATTTGTCTATACAGAGCAGCAACAAAGACGAGTAAACCATTAACGACACATTAAT TTGCACCAATATAACCCCAATTAAAGAATAAAGAAGCCAGTGACCAGCACATCTAGTAAC AAGCAAAACCTCTTTTAATCAATTCACTATGTTGCTTCTTATGGGCATAGAAAATTTATT GTTTTTTAACCTATTCTCAGATGTAGGGATATATTATCTTCCCTCACTACAGAATTTGTT TAAAAATCGTTCACTGAGTATTTAGGTAGATAGCAAAACCTACCACAGGGTCCAATGGGA ACAATAAGGACAACATGGAAATGCCTCCAACTTTAGTAGTTAGTTAGCCTTCTCAGAAGA AATACACAGTGAATGCTATACTACACCTAAGTGACCATTTTGTAGCCAGACAAGGAACCA AATTATAGCAAAATGAACTCAAAATGGGACTAGATTTCAGATGCTAATTTGCTCATTTTG ATACTAGTTTGAGTGTAAAAGGACATCAATGCAAGGTTACAGAACCATGGAATAAAGTTT TAAAAGACCATAATGTATTTCTGCGGAAGTAGAAATATGTGCAACCAGGTTTGATCTAGG AATGAACCCCCACCCCCCAACAAACTTCCCATGAAGTTAGAGGTCCGTATCTAACTAGAG ATTACAGAAGTGGAAAAAGACGAAACAATTGTGGAGAAGGCATCAGGTAGAATGGAACAA GTTTGGATGTTCTATTATGACGGGTAAGTGGACGGCAAAAGCTGGAAAAATGATTTTCAA CGTGTTGGTGAATTATCCAAAAGGAAGCTTAATTCTTGAATCCATTGATATGAGTGACTC ATCCAATGATTCCATCAAAATGTTTTCCTTGTTTCAGAACACTATAGAGAAGGTCAGAGA AAAGAAAGTTGTTCAAGTTGTTACAAACAACACAAATGAAAATGCAAAAGCAGGTGATAT GTTGAATTCAATGTTCTTGTTCATATATCAGACTCCATGTGCAGCTCATGGTATATATTT GATGTTTGGGAATATTTTCAAAAAAAAACCTCTACAGGGTACATTTTTACATTGTTCAAA GGCCTTCATTATTAAATATGAGGATATCAACAAAACAAAAGAACTTGGTGAAACCAGGCA AGACTATATTTGTTGTTGTTTTCTTGACCTTTGCATAGTATGCACATGCAAAAGGACAAT TTGAGAAGCTTGTTCATTTCAGAAGAAGAATAAATTAGCAAAAGAGTCATGGGGAAAGAA GTTGCACGCATAACTGTTTCTTATTGAGTAATGTTTTTTATGCTCTTAAAATTGGTGGTC CCTTGATTAAAGTACTTTGTTTTGTGGATGGAGAGCAAAACCACCAATGGGCTATCTTTA TAAAGCTACAGATAGGGCAAAGAGGCTACTCTCAAGCGTCACTTCTTGACAAGCAAAAGT ATGTTAAAGTATTTGAGATCATTGATAAAAAGTTGATTGGATCAACTTCATCAATCTTTG CATGCAGCTGAAAATATTTGAGCCCATCAATATCATTTTTTATTTTTTATTTTTTATGAC AAGGGAAACCCGCAGGCACTACCTTTTGGGTCTGCACAGGCTAAAACCCGCTCCTATAAA ATAACTAGCAAACCATACAGGAGTGGTAACCCACGCTAAGAAAGTCCGGTGTGACGAGCT TGACCCATAAGGCAAACCCCTAGCTTTCATTGGCAAGGGATTTGAAACTTGAGACCTCTA TCATGGAAGTCCCAAGCCCAAACCACTGGGTCACCCCGAAGGCTCGAGCCCATCACTATT ATGATAGCTATAAGAAGGATTTACACAAGTATGGAAGAGATTCCATGGTTATGTTAGTAA GTCGGTCACCGATAAAGATGTGCAAGATACAATGGCACATCAGATTAGTACTTACAAGCT ATGTTGCTCGGACTCTAGAGTTACAAAAGCTCTTCACCAAAGTTCTAAGTCTACCTTTTA GTTCATCTGGATGTGAGGAGAACTGGAGTATGTTTAGACAGGTAAGAACTAAGAAGAAAG ATTTAGTATATTAGGATAAATTAAATTATCTCCACAACTTATCTGCAGATTCATACCAAG AAGAGGAATACACTAACCCTAAAGTACCTTAACAAGCTAGTGTTTATAAATACAATAGAA CATTGAGTCGTCATTACAACATTTGTAATGTAATTAATACAATTGTTTTGGATAGTATTG ATGATGCTAATGAATGGTTGACACGAGTCCCTCAAAATCATAGAGATGAAGCAATTTTTT AGGGAGATTCTAATTTCACTTGGAATGTTGTTGTGAAGGCAAGTGAGTAGGGGAGAACCA TTATGGTTTAAGGGGGCATAACTCAAGCTTAGATAAGAGAAGAAAATAACTAGCTATAAG TTTATCCCTAGAAGATGAAGTTGAAGAAGATGATGATCAAGATAATGATAATAGTATAAT ACAATATTTTGACAACCTTGTAGAAATAGAAGAATCAGAATTAGATTTTGATCCATTAAT AGCTTCGATTTTGTTTCTCCTATGGTCTGTGGAGGATTTGGTGATATCTACTTTTTAGTT TTAAATTTGAACTTTTGTTTGTAAATATAGTCTCTATTTATTTTGGCTTTTTTCTTTTAA TTGTGTTTCACTTCAACAAAGCAAGGGCATTGGTCTTTTTCTCGATTTACGCTCTTACAA ACACTGGGGAGATAGAGGGTCACCTTACCTTAGAGCCCTGAGAAAACTCTAAAAGGTGTC TCATTTATCAAGATAGAGAATCTTACTGTTGATATACAAAATTTTATCCACTTTCTCCAT CTATATTTGAAACCCGTGTTTTCTAATAGTCCATCAAGAAATCCCAATTAACATGATTAT AGACTCTCTCTAACTCAAAATAAAACCTTGATCATTATGTCTTCTTCTAGATACAAAGCC TCATCCGCTATGAGTTTTATACATCTTTTATTTGACTTTCTTTGAAGAAAGTCATCTTGT TCATTTCCACCAGCTTGCTAACTACTTGTTTTAGTCTTGACGCCAACAACTTTCCTATAA TTTTGTAAATGCTCCTAATTAGACTAATTGGCCTAATCTTTCAACACTTTCACTATGAAC TATTTGTCAATCAATGCACTATAAGTGGTATTTACACATTTAACAAAATATTCATGCTCG TGAAAGTGATCTCAAGCTATCATTACTACTTCCTTGATCAGCATCCAGTCTAATGCCTTA TTGCTTCCACTATGAGTCTATTCATAAGCTCTTTGGAGTAATTCGCTTTCCTCTCAATCT AGACATGGACATGCAATTCATCGTTCCCCAATTTGGTCTCTAGTTTTGGGTTTCAAAGTA TAAAGACTTGTAGAATTATTTCATGTAATCATCATTCGACTCTTCTTCTCCTTTTTATTT GATAACCGAGAAATCCCTCAGTGACCCGCCACCTTTTGGACCAATCACAGCCTTCAAACT CGGTGGATAATGGGCCCGCCCCCTCTACCTTCTCCACTTAAAAATTGGGCTTCGCTTTGC ATGGTATGGGGCTTGAACCGCGACCTAAGTCACAAATCCTCCACTTTTGCCACTCGAGCT AGGCCTTGGGGGCTACAACATCATTTTAAGATCGCATTGGAGATGTTATTATTTCTTTTT TTAAAAAAAAAAAATAGCAATGTTATATTCCTACACATCAAGGTATGTTGGAGATCTCCA AAAAGGTAGCAACAAGCTGAAGTAAGTCAACAAACCAGTTAACACTTTTTTTTTTGAAAC TGGTAACTTAAACAAACCAGTAACAATAAGACCCGCAAAAGCACGTATACCTTCCTCAAT TGACAAAATGTTTTGCTACACACTTGAACAATAGGGTTATGCTTAATAATAAACTTGTTG GAGAGATACAACAAAGGTATCTAATTTTATCAGAGGTTGAATAGTTCTAAAATAAAAAAT AGAAAGATGATCATCAAATTTTTGTTGATATTATCTGTATGTAAATTTCCAGTGTGATCA AACTCCTAATGTGTTCGCTCAAGGAAACTTAGTGACCCCCATCTATAGTTGACTTTTTCA TAAGATATTGCCATATAGCAGATAATGGAGGCACCAAGCTCCCTCTCCATATACACATAG TACCAACAGATAATGGAGGCACCAAGCTCCCTCTCCATATACACATAGTACCAACATAAT TTATCATTTGAAGGTAAGCCAAAGGTAGACTGAAATCAAATATCTAAAGAGACTAACTGA CACATAACAATCTGGAAACATATAAAAGCCTAATAAGAACAGTGATGATCATGATGAAAA ACTTGGTATTCAGTATCCTAAATTACAGTAACATTGCAACATGGTCAATCAAAAGCATTA GTTTACCTACTTCCCTTCTTTAAACCTGACCCCTCATCTTTAGAATTTCCACCTGCCATC CTCGAATGAATAGAAAAGGTCCATATGTTTAATAATTTGTTCATATAATTAAAAAAAGTC ATATTTTATTTGTAAGAATTAATAAAACAAGAATCAAAGAAAGACGAATATCAAACATAT ATAGATTCTTGCAATGAACGGACCTTGAGAATCCATCTTCAATTTATCATTTGGATTGAT GGTTCCTCCTCTAACAAATGCCTTAGAACCTGGTGTACTGTCCGCTTGGAACGATTCCAC AAACTCTTGATACAGACGAGCTGTTTCATCTTCTGCCCTCTGCCAGTACAAGACATACAT AGTGAGCTAAATGGGTAAGCGCCCATCTCCACAGAAAACAAAAATTGCTAAAGTTCATAC CTTTTTCTTTGCCTCTTCCTCTTCTCTGTGCTTCTGGAAAGGGGTCTTCTTCCGAGCACT CATCTTCTCACCAGATACTACTCCTTCAATTGGAAAACAGAAATTCGGGTTTCGGTTCAG AAAAACATCAATGAACAAAGTATCGATCAAGCAATTAACTTGAATGGCACCCCTTTTGTT CTTCCAGAGTTTTTCTTTGATGAGATTTGTTCTTCAAAAGTTTCTACTAACCACAACAAG GGTTCTTCACCAGAGAACGGCTCAACCCTAGTGGCTTTAGGCCCCAAAAAAAAAAAAAAA CAAGTCCTCAAAATGTTTTTTTGTTTATTTTTTGGTCTCTCTCCTTTTTTTTCTTTAATA TTCGATTAAATTTTGCTTATCCTGATTAATTCTACGAAATATATGAAAGAACAACTTGGA TATTTTAGGCATGTATTTTCAAGATTTTACTATTTGAATAAAATACAATTGATGTGATTA TAATTAAAAGTTAGAGTAAATTTAATTGTATTTATTTTTTAATCTTGTTTTAGCATTAGT TTTATAAGATTGTCTTTTATTTTTTGGGTGTTTTCGTGATTATTCAAGCTCAAATCAATT AGATTTATGTAATAGAGATTTTATAACTTTGATTGTCTTCTAAAATTTAGTTATTGATGA TTTAAATTTATGTTTAGAATTAAAAATGTTATAACATATTATACAAGTGAAAATAATATT TTATTTAGCATAATCAATCATGTAAAGTTTTAAGAATATATCGTAACCAGTCTAAATTTG TTAAGTTTTATTTGAATTGCACTTAAACTTTGCATTGACCTAATTATCTCCTTTGACTTG ATAATTTGATAGTCACACTTCATATATCTTTAATAGGTCATGAATGTGTGACACATTCAT TGTCATATATTTTTCTTTTTGATTAAAAGGGATTTATTTATATAACAAACTAAGTAGTTG TTACATAGGAAATGCTTGCATTATCTGTTGCTTAGCGACTAAGCATATTAGCATCTAGGT TAGTTAGATGATGGTTTGTGATCGTTCCCTCTATATAAGGGTCATACTAGTGGCTATTAC ATTATAATTCAAAATACTTAGATAACCCATTATTGCTAGATTAATACAACTTAATAAATA GAGTTTTCTAGTTATATATTCTCTAAGAGAGTCATATCGCGTAATTGCTTTTGTTCATGA CAGAGGTACCATCAAAAACTTCATTTTGGGACCTTCAATCGCTAATATGTGAGCCATGTT ATTCCCTTCACGATAGTTGTGTTCGATTTGGAAATTTCCAACCTCCTCAAAGCAGACTTG CATTCATTAACAATATTAGTAAACAGAGGCAGGAGAGAGTTAACCATTTTAATCACCTCA GACGTATCTGTTTCAATATCAGTAATGTGAAGGTTGTGCTCAATAACTAGCACCAAGCCT TGGTGGAGAGCTTGCAACTCCATACGGGTGTCGTTTATATCAATATTGTGCTTATAAAAA TCATCAATCCAAGTGTTTCTAGTATTTCATAAAACATCACCTGTGCCATTATAAACTGAC ATAGGCTTGAAAGCTCCATTAATGTTGAATTTGATGTCGTCATCATAAGGTGGATACCAT TTATCCATGACATTAATATTACTATTTTCCTCTTTTTTAGATTCCGTTGAGTACATGAAT TCAAGTTTCGGACATTAGGTTAGGGATGTGGATAGGTCTAGAGGAGTTATTGAAAACGTT ATGATTGTCGTTAAGTCAGATATGCCAAAGGATGAAAGGATAAAAAGGTTTTCAGGTGAG AAGGAGACTTTCCAAGTTAGGGTTTCTCTCTCTAAGTCGGGTAAGCTAAAGAGGACCTAA GAAGGGAGAGACAATATTGAGGGATGACCAAAAGGTTGAATCAATGGGGCAATTAAGAAA AACATGTAACATTTTCTTCCTCTAGCCCCAACATATTATTCGATGAAGGAGAGAGTAACT CAGCAAGCAATTGTAATAACATTTCCAAAGGAAAATTTTTATTTTCCTAAGCGTATGATT TTTTTCCAGACCAGTTGCACTCTTCATGAGTCTTGTGATGTGGAAATATAATTTTATAAG TCGAGAAAGTGGAGAAAGTGTCATTAGTATGATTTTAAGGTTATTGGTGCTTCTATCAGA CATAATACTATTGGTAATAGCATTAGTGAATACAAATGAAATATCATCGAGAATCCATGT ATCGTTGGTAAAAACATCCCTAACCTTTTTGGTAAGGTCAGTCTTATTGATGGGATCATA AAATAAGGATCTATGATCATTGATATGAGAAATCTAATTAAATTTTCAAATGTTTAATAC TTTGGTCATTAAACAAGTTTACAGATGTCTCGATCCTCTTTCACATTTTTCAAATAAAGG AGCAATTTGATATATTGCCGGAAGATCATATATGGCATACGACACTAAATTTTGAGGACA AATTTTAGAGAAGATAATCATAAATTTGGTTCAATTGATAGTTTGACACGAGAAGGAGCC AAAATTTAAAGATTGAATAAATAAGGTTTTAATCAAATATTTTATGTATTTAATTTGATC CAAAAAATGCACAATTGTATATAAAAAATGCACAATTTTTTCTTTTGTAGGAAACACCCG TTCGAACTTCACTATTTTAGATGAATCTTCTCTTAATTTGGAGATACCTACTTTCATGGT GAAGAAGAAACAACAATCTTAATACTTCAATCTCCAAAGAATTGACGTTGGTGGCAGGGA GGAGATAATCCACGAAGAATAGGAAGCCAAAGAACTAAGAAGATGAATTTACCGACAACT TTATAATTTTTCTTTTTCAAATTTTCTTCATAATTTACCTCAATTTTTATAATTTATACA AATCAAGCTTTCGATTTACTCAAAAACAAAAATTAAATACGTAATTTTATTTATACATAA TTTACAATTGAGAAAAATAAAAAAATAAATTCAATTCCTTGTTCATCAAGATAGAAATGT TGATTTTTTTTTCTTAACCCATTTTATCAAGTTGGTTTCCAACAATATATATATTAATGA TAAATTTCAAACATCTAATCCTCTTTTGTATTTTTAGCTATCACTAAATGAAGCTTTGAT ATTATTTTAATTGTGAAAAATAATAGATGATAATAAAATGAAGAAGAGCATAAAAAGTAA ATAATAAATAAATTTAAATAGAAAATACACATATTAAACATGTGTTGGTGCGTGTTTTAC TTTACACAATAAATCTGAATATAACATTTTAGGGTGATCTTAATTTCATTTTGAAATAGT TCAAGAAGGTAATATGATTACTATAAAATATAAGTGTGTATCTCATATACATCAAGTTAA AATTAGATATAATTTGTTCTAGATACATATTCTCTAAGTGGTTCACATGTATCTGACTCT ATTCTCTCTTACCTCTCCCCTATATTCTCTAAGTTAAAATTAGATATAATTTGTTCTAGT GTATCTTATAGCAAAAATATATATATATATAGATATAATTGACTTAAAACTATTAATTGA TGAGACGATATGTAATTATTTTAAACTAAAAATGTTTGTCTAATTAAATAATTTTTCCTA CAATTTTTTAGAGCAAAAATCTGAAGTGATTTAACCACTTACAATTTATCAACATAAACA ATTATTAGGCATTTCTACACTTAATAAGTTAATTTACTACCAAATTAGACTGGCCCCCTG AATCTCCAGACAACCAATATCACTTAAATAAGTGATAGTCTTAATACTAGTTTTTAGACT AGTCATTGGAGAACAGATGATTGATGTCTTAGGGCCGGAGAAACGCAGACGGCGTACCAC ACAGGAAAAGATCGCAATTGTTCAGCAGAGCTTTGAACCGGGGATGACGGTCTCCCTCGT TGCCCGGCAACATGGTGTAGCAGCCAGCCAGTTATTTCTCTGGCGTAAGCAATACCAGGA AGGAAGTCTTACTGCTGTCGCCGCCGGAGAACAGGTTGTTCCTGCCTCTGAACTTGCTGC CGCCATGAAGCAGATTAAAGAACTCCAGCGCCTGCTCGGCAAGAAAACGATGGAAAATGA ACTCCTCAAAGAAGCCGTTGAATATGGACGGGCAAAAAAGTGGATAGCGCACGCGCCCTT ATTGCCCGGGGATGGGGAGTAAGCTTAGTCAGCCGTTGTCTCCGGGTGTCGCGTGCGCAG TTGCACGTCATTCTCAGACGAACCGATGACTGGATGGATGGCCGCCGCAGTCGTCACACT GATGATACGGATGTGCTTCTCCGTATACACCATGTTATCGGAGAGCTGCCAACGTATGGT TATCGTCGGGTATGGGCGCTGCTTCGCAGACAGGCAGAACTTGATGGTATGCCTGCGATC AATGCCAAACGTGTTTACCGGATCATGCGCCAGAATGCGCTGTTGCTTGAGCGAAAACCT GCTGTACCGCCATCGAAACGGGCACATACAGGCAGAGTGGCCGTGAAAGAAAGCAATCAG CGATGGTGCTCTGACGGGTTCGAGTTCTGCTGTGATAACGGAGAGAGACTGCGTGTCACG TTCGCGCTGGACTGCTGTGATCGTGAGGCACTGCACTGGGCGGTCACTACCGGCGGCTTC AACAGTGAAACAGTACAGGACGTCATGCTGGGAGCGGTGGAACGCCGCTTCGGCAACGAT CTTCCGTCGTCTCCAGTGGAGTGGCTGACGGATAATGGTTCATGCTACCGGGCTAATGAA ACACGCCAGTTCGCCCGGATGTTGGGACTTGAACCGAAGAACACGGCGGTGCGGAGTCCG GAGAGTAACGGAATAGCAGAGAGCTTCGTGAAAACGATAAAGCGTGACTACATCAGTATC ATGCCCAAACCAGACGGGTTAACGGCAGCAAAGAACCTTGCAGAGGCGTTCGAGCATTAT AACGAATGGCATCCGCATAGTGCGCTGGGTTATCGCTCGCCACGGGAATATCTGCGGCAG CGGGCTTGTAATGGGTTAAGTGATAACAGATGTCTGGAAATATAGGGGCAAATCCACAAA TAAATATGTATAACTTATTTTAGATAAATTTTATAAAATTATTCAGCTAACACCACTTAG AAAATAATTTTATGGATAAATATTTGGAACTTGGGGCACACGACACAAAATGAAATTTTC GTCACTAGTATATCATGAGAAAAAAGACTTTATGACACTTAAATTCTTTTTTAGAACAAA AAGTGCATTTTACAATATATAAATGATAACTTACCTAAACATGCTATATTAATAAAATAT TTATCATTCATACCAATAACATTTATAATATAGTTTCAATATATATCGCAAAAAATAATT TATAAAATTATATAAATATAATTCATTGATAAATAATATATTTATCACATATTTTAATAC ATATATAATAAACATAATATTCAAAACACTAATAATATATCTATATTGCATAGTTTTAAT ACATAATGCATATTTATTATAGTATTGCTAGATAATATTAGAAATAGTAATAAATTAAAA ACATTCACTAAATTAATAATTATTTATTAAAAAGATAAAAATAACACTACACACACATTT AAGATGTTAAATATCAAGTTATAAACAAACTTTTTAATAATAAACTACTTATAGCATATT ATTATCATGTTATAGCATATCAAGAAATAATATATTATTCTCATTAATTTTTTAAAATAA TAATTAACTTATTTAAATAATTCAATTACCATATTTAAACCAATGTAGTTAATTAAATTT ATTATTTTAAGTTACCTTTTTTAAACAAAACTCTTAATTAATGTAATTTAAATTAAATAT TATATAGTTACCTTTTTTAAGATAACTACAAAATAATAGGGATTTTATCAAAATCTAAAA AAATTACAGTTTTATTTTTAAAACGGTAAAACGTTATCTAAAAAAAAAAAAATTATATTC CCCAAATTTTTGTTCTTCCCCAACTCTTTTCAAAATCATTACATCTGCACGCCTATCAAA ACTTTTCACCAAATTCGCACGCCTAAATTGTTACTTTCACCAAATTTTCTCTCAAAATAA CTTCTCTCTTAACAGTCTTCTTCAAGAATTCTCAAATATTTGCATTCAAATCTTCATTTT TAGCACTCAAATCTTCAACTCTTGCGATAAACAAGCCGTACAATGTCGAAAATAGGCAAC GAAACCCAGAGAAAAAGTAGAAGATTGAATGAAGAAGCAAGCTCAGACGATTTTCATGCT CCATCTTTCAAAATTTTATCACAAACACAATTTCAATCTCATCTGTTAAAGTTAAATCTA GATCAGGGAAATCAACAATAGAAAAAAAAACAAACAAACATCCAAAGGAAAACGAGAAGA AGAGAAAAGGGAAATAAAAGAAAAAAGTAGATGAATCTGAGAAAAGGACGAAAGAAAGAG GAAAGAAAAGGAAAGGAAAAGAAATCGAGGAATCATCAGATTCTGAATCTGATTTTGTGG AAGAGTTGATAAAATCAAAATCCAAAAAATCAATAGCATCTGAAATCGGTACTTTACATT TACAAGAATAAGAAGAAACAGTTAAACCCAAAAAAAGTTCAAAGGTTAGTAAAAGTTAAT TTTTTAAAACTTTTTTATGTTCTGTTATTTTTATTTTCTGTTATTTGGGTATAAAATAGT TAAAATATAAATTTTGTGTAAATAAATAATGTATGAATTGTGTATGATTCACTGTATGAA ATTTTTGTGTAAATAAATAATGTATTTTTTATGTATGATTCACTGTATGAATTTGTATGA TTTATATATGAGTTGAGTTTTTAGTATTGTATATTATAATTATATACGAATATTGTATGA TTTAATATTGTATGATTTGTGAATATATAATTGGATTACAACAAAGTATGATTTTTGATA AATAATAATGTATTAATGTTGTATGATTTTGTGTATAAAATAATTACTATATTTCATTAT AGGAATGTATGCATTAATGTATTAACTTTGTATGCTATGTGTATGAAATGCTATATTGTC TATTACAATATCAGTGTATGAATAATGTATTAGTGTTGTATGTCGCATATTTTTTACTAT TATTAAAAGTATTAAAGCTGTATATTTTTTATGTTCTGATTTTGATGTATGAATTAATGT AGTGGTACTGTTTGAGTAGTAGTTTATAGTTTAAAAGTCATAAATTGTTATTTTTAAAAA AATTAAATATGTATTAATATTGTATGCATTGTGTATGAACTGATGTACAATTTTTGTATG CATTGTGTATGAACTGATGTACAATTTTTGTATGCTTTGTGTATGAATTGAATTGAATGT CCATTTAACATACCAGTATATATATGATTTTATATGACATTATATAGTTTGATAAATGTA TTAATTTAATTTACCAATTTTATAGGAGAAGAAGATACAAATACATTTGTCTTCATGTAT TAACATGAATGTGTTTGCGGATCTGTTGACCTTCCTAGGTCAAGACAAATTTCAACAATT CTTACAAGAAACACTGTTGTGAATTTTTTTATGATTTGCATGACATAAAAATCCAATGTC AGATGTTACGACATATATTTCTTCTTGAAACTAAAAATGACAGGGATGACATGTTTGTTG TGAATGTAAATGGTACAAAATTACATCTTGGGTTGAAAGAATTTGTTGCTGTAACCGGTC TAAAATGTGGACCAATTTCTGATTTTGTATCTGTACCTATCAAAATAATTCATACAAACT TCATACACATTTAATATATCATTCACTGACATATACACTATTTCAATTAAACAAAGAGAA TATAGTTTCTATACAAAATTAATACAAAATATATATTATAATTTCAACAGAAACATATAT TGTAAGTTTAACAAAATATAGATTTTCATACACAATTAATACAAGTTTCTTATAAATTTC ATACACAATTAATACAATTTTCATACTTCACCGGTACACAGAATTATATCTTCTTACTTT TTGAATATTATCTGAGCATGTTTTACCATTAAATACAAATTTTATATAATTTTCAGACAT TATTTATACATTTGTAATACTTCACCTGTACAAAGAATTATATCTAATTATTATTTATCC AGTTAATAAATGTACGTTTTTCTATTTTCTTCACAAATCAACTTACACGCGAATCTTCAA TTTAATTACAACTCAAACACATTTATATTTACTTATCGTTTTTCAAAATTTCATACGTAA CTTGATTGTTTATCCAAAAAAAAGAACATACAAACTATATTTTAGATCTAACAATAATAA AAAAAAATCGAACACTTTTATACATGTACAAAACAATAAATATAATTAAAACCAACAATT CATAATTAAAACAACAAATTATAACAAAAATCAATATGATGAATTTCACTTTCCACCATG TTTTATTAATATCGACACATTGTTCTCCATCAAATCAAATCAAATTGTTTTCAACGCCAA AATTTATTCAACTACTAATAAAAAATGAAAGTAAAATCTGCAAATCTCAAAAAGATTGTG AAATTTTGGAAAACAAAATGACATGTACGTTCATGCCAATTTGGTAGAGCTTTTCAAGGA ATTAAATCAAAAATTAATATCATTTAAACTAATTTGAGAGAATTAAGGCAACTGACTAAT CTAAAAAAATTTAAAATCCCTTAAAACGTGCTAATTATTAACACTAATTAATAATTATAT TTAATTTATTTAATAAAAGATCTCATTTTCCATTATTAATTTGTCTGTTTTTTTAATTTA GTTTTTATTTTAACAACTCTTTTTAATAATTTAAAATTAACATTATATATTTTTTTAGAA TGCTATAACTTGAGATATTAAATGTTATACAATGAAATTCAAACTGTAGTGCTATACCTT GAGAATATTACTATAAAAAATGCTATATACCTAATTTACACATTAAAAAGTGCTCACCCA GGTAATTTTTTCATATATAAATTAAGATTAAATCACATTTCATCATCAATCCAGGATTGG CCCATTATGAAAGCATATAGATTCGATTAAAAGGAGCCCATTAAGCTTCATATTTACGGC CCAAGCCCAACTGAGCAACCAAGTATTTCCTCTCGCAAAACCCTAAACCCTGATTAGCAG TATAAAATATCCGATAGACTGCAACTTCGATACTCAGCATTAGGGTTTTAGAGCTCTACT TGATAACTCTTCTCTGCTTCCATCAATATCCAGCAGCAGCAGCCATGGTTGCACCAACTA GAGGTATGAATATCTGGTTTTACGTAATTACTTCTAATGCTTGATTGTATGAATTGTGTT GAAATAAAGTGTTACTCAGCAGTGACAATAGTAGTTGTGCTTGTTTTAATATATGGTTTG TTTACTGACATTTGCAGGTCGTGGTGGTGGTGGATTCAGGGGAGGTAGAGGAGATGGAGG AGGAAGAGGAGGGCGAGGTGGTAGAGGTGGTTTCAGTGGTGGAAGAGGGGGTTTTGGAAG TGGAGGAAGTGGGATGAAGCGAGGAGGAGGTAGAGGAGGTAGAGGAGACAGAGGTGGAAG AGGTGGAGGAAGGGGACGTGGAGGAATGAAGGGTGGTAGTAAGGTTGTGGTCGAGCCTCA TAGACATGGGGGCGTGTTCATTGCTAAGGGAAAAGAAGATGCTCTTTGTACTAAGAATTT GGTACCCGGTGAAGCTGTCTACAATGAAAAGAGAATTTCTGTTCAGGTGATAACCTTTTC TTATATCTTTAGGTTAAGACTTTTTACTGTTCTGTGTCTTTTTTTGACTCTTGGTACCAA ATGCTAGCAAGGTTCAGTCTTTCTTGTATGTGCATAACTTAGTGCTAGGAACCTTTTTAT TAAGTGGATCTAAAAATGAGGTTTTGTTCATATAAATTACATTCTAAGTTATTTAAATGC AAGTTTATCTAATAGATGTATGTAGTTTATCCAAGTGTTGTTGTTCGAGCAAGAAATTTG AACAACTCTGTTACTGCGCTCATATTCCCGCTACATTGTGTTCTTTTGCGATTATCGTCC TTAATATATCCATAAAGTATAAACTTGTTAACTTCTGTATGTCAGAACAACTCAATAGCA GATTTTGTTTAATGCACAAGATTATTGACTTGTGTATTTGTTGTATTCTTAGAATGAAGA TGGAACAAAGGTCGAATACAGAGTGTGGAATCCTTTCCGTTCTAAGTTAGCAGCTGCAAT TCTTGGAGGAGTTGATGATATTTGGATTGTAAGTTTGTCTCCTGTCAAATCATGAGCTCT AAGGTAGTTTTCTCTGTTTTGAGAGTAACACACTTCTTTCCATGTTGAATTTCTTCCAGA AACCAGGTGCCCGTGTCCTTTACTTGGGTGCTGCTTCAGGAACAACAGTATCTCATGTCT CAGACCTTGTTGGTCCTGTAAGTATTTATGTATGTGAGGCAGATCATATTTAGTGTTGAT GGCAGTGCTGGTTTTTGATTAGGTGCTCATTTCTTTGCAGGAAGGGGTTGTATATGCTGT TGAATTTTCTCACAGAAGTGGAAGGGACTTGGTGAACATGGCTAAGAAACGTACTAATGT TATCCCCATTATTGAGGATGCTAGACACCCAGCCAAATACAGAATGTTGGTTGGAATGGT GGATGTGATATTTTCTGATGTTGCTCAACCTGATCAGGTCTGACCCTTTATGACTGTTGA TGTCTAATAGTATTTTGCTGTGGCATGTGTTTTTTGAGACCATTTTCTGTCTATGGTAGT GGGCTTTATATCTCATTTACTTGATTACTTGATATCGACTTATTATCTTTTCTTTAATGA AACAATTATACTGCCCATCTCTTTGGTTGGGTCTTGTATTTCAGATTGTGATTGTCTACA TTATGCATAATGGCCTTCAACGAACCTGTGCTATTGTTGACTGGTTCTGTTTTTAGTGCC TTTTTTTATATTTCTAACTTCAATCCTCCCCCCAAAGTTTTGATGTTTATTTTTATGTTT TCTTGAACTTAATTTCCCCCCAACTTTTAGATGTTTATCTTCATGTTTTCTGAGAAGTTC AAACCTTTTGAAAATGCTTCTCTGTCAATGCGATTTCTTTTCCTTTTGGTTCTACATTGA ACTGATAAGCAGATGATGATTTACTCGGATTCCCCTTCAAGACTTCATGGATGATGTTAA ACCGAGTTACTGATGCTGTCTTATTTATTTGAATTTTGAAATTTTAGCTTCAACTTTTAT TACTTTGTTTGTTCTCCAATTTTCTTTCCATGGATCTTTTGTTTCTAGTTGAATTAGATG AAACAGTACAATATTTTAGTTTTTCTTTTGCAAGACCTTTTCTGATCCTAAGTTCTTTTT TAAACATCACCTAATATTATCTTTTCTTCTTAAACCTATTTACTTTCCATTTTATGAGAA GAGTTACTTTGAATATGTAGTCTTTGTGGCTAGTCAAGTACTGTGCAGATATTTTATTCT AAAACAGGAGAGTGTCTGTGGCTCTCTTGGAGTTCATTTCATTGTTGTCTCGCAGTACAG TTGTGTATGAACTATATTGCACTGTTTAAATAAATTTTGTTGTTCACAGGCAAGAATTTT AGCTCTGAATGCATCATACTTCTTGAAAGCTGGTGGTCACTTTGTTATCTCAATCAAGGT TTGTAGCCACTGCTCTATAATTGTTAAGCTGATGCAAAGATACTGTTGGAAGCATTAATT TTAGCTCGGGTATAGAGCCGTTGGGGTTTTAGCTCTTTCTTCTCTGTATTGTTTACATGG CTCCCCTGTATTTTTCCAGGCAAACTGTATTGATTCAACAGTACCAGCTGAAGCTGTGTT TGCTCAGGAAGTGAAGAAGCTACAAGCGGAGCAATTTAAACCAGTGGAGCAGGTTACTCT TGAACCATTTGAAAGAGACCACGCTTGTGTTGTTGGTGCCTATCGCGTACCAAAGAAGCA AAAGGCTGCTGCCTAGAAAATTTAAGCTTATGATTTTTGTTAGTCAATGTTTTTTCTAGG AGGTTTGTTACAAACTGTGACGACACTTGTTATATTTGATGGAAGTGTAATGGATTTTTG ATTCTCTTATGTTATTGTTTATATATTTTGGTTCTCTTTTTATTCAGTACCTGTGGGGAT TGACTAGGCTTTGTCAATGGTTCAGTTGGTCAAAAAGACGTACTCAAAATTGTGGCCATC TAATTAGTTTCTCTTTGCTATATCAAGTCCAACAAATTGTCAATGATGCTCTTCTTTCTA CCTAAATTTGCGGCTTCTTTTCATTAAAGATATGCTTATTTTATAGCCTCTTATTATATG CGTTTCATTTTTTTTTATCTTTGCAAAATGTAAATAAAACTAAAAGTATAATAGCTTTAA CTTCTATTATATGTTCATGTTTTCAAGAATGTAAACTGAGTGTCAAATTGACTAATCAAT TATGTCTGATTAATAAATGATATGAATTAGTACTCTGTTAACTTCAAAATCAGAAAAAGA AGTTTAGAGACCAGAAAAAAAATACTTCTGATGTATTCATAAACAGTGTTTGTATTCGAA AACATTACAAAAAATGTGAAATATTTTCATCCTTCAACAACTAACTACACTAGAAAACTG ATCAATGCTCATCTCGCGCTTCCTTTTGAAACCTTCTTTTCCGGTCTCATCATACTGTCC CCGAAATGTTTTGCCTGTGGTATTATGTGCAGGATAATAAGCAGTTCCTGTTTACAACAT CAACATCACATGGTTTCTTCCTTTTCTTCTGTTGTAACTCATCGACAGATGACTCCCCTG AAGTCTTTGTGGTCACCTTCACAAGATCTTGAACTCGAGGAAGAGGATCACTAACCCCAT GCTCTGAACTACTGTTACTGGACTCCGACAACATTCTGTTCACTGTTCTCCTTAGAGTGA GATTAGGCAAGAGCGCATCAACAACTACATTTCCAGCCCCACAAACACAACTAGAGTTAC ACACAATATGATTCCTAATGCATTCGTCACAAAAACTACTGAAACAACATTTGCTTGCTA TAACTGCATCTTTCATCATTTCTTTACACAATGGGCAATACAGCTCTCGTGGTATATCTC TAAAGGAACTCTTCGTTGAAGAAGAGGATGCAGACGACAAACCTTCAACACCCTTCGAAG ATACACCAGCCTCATTATGCTTCAAAACTCCAACACTGCCACTGCCACTGCCACTTGGGG CTGGAGGCTTCACTTTCTTCATGTCATACCTGGGGTCACCATTTGTAGGGCAGTGCTGAA TATAATGTCCAGGCACATTGCATCGATGACACACGTATCGAATAGGTGGTTTTTTCCATT CCGTTTCACCTGGACCAAAACCATAGCCATTAGAGAAGTGTTCAATGGCTGGTGTAGCAA TTGAACTCTTGATCTTAGTGTCCTCATCATGTTTTGATTGAACAAGCAATATTTTTGGAA TTGCATATACATCATCCCCAAAATCATCACATACAAAATCTAGACAACGAACAGACTCAT GACTCTCCTCTTCATACACTTGCTTTGATTCAGTAAGAGATGGAATTACTATGGGCAAGA GAGGTGGCCCAGGAACACGACGAATCAAAACGCTAGTATTTTTAGCAATCAAAGCCTTTT CATCAACATATTGTTCGTTACTTTGTGAATTGGTAATAAGAAGATCGAAATCCTTACCTC TACCATAACGCTTCGATTCAAATATTTTTAATTTCAAATCCCAAACAGAGATAAATGGAC GGACAATCGGAATAGAATCAAAACGCTTTGAACTTTTATACTTGAAATAAATTGCCATTA CTGAATAACAATTCTATCAAATATACAACACAGTAACAGATCTAATCAACTATTGAATAC AAAACAGAGAGTAAATTTGTACCAAAACAACACTAAACAAGCTAAATCAAAGAATCTTCA AACAGGCTTCAAATCGGCACTTTGCAGCTAGGGTTTCAAATCCGGACGGACGAACGAACA ACCACGAAAACGCCGATGGTTCAAGACGGCGATTGAATCAACCACTGGTTCTTCAAAATC AGGAAAACATGATCGGATTTGAAATGGCGATTACGAGCAGCAGGAACCCTAGAGCAGATT GAAATTGCTAACGGAGAAAAAATTGCGAATTAAAGGAAGTTTTTTTTTAGGTTTATATAG ATTTTCGGAAGGTGACTTAGCGTCAAAGAAAACATATCCTTTACCAATTCCAACCGACTA AGATTTCCTTATTTTAGTTATTAATTATTCCTCTTTTTTCATTTTTTATACGAATTTTTA CGTGGCAATTTAATAGTTGAAAATATCCTTATATTTATATGCCTAGAAATCTAAACAATC CTCGTAATTTAAGTTAAGCTTGGATTTAATGTGTTTGTTTATAGTTTTATTAAGTCTTTT AGTGGTTTACAAGCTAACAACATGATTAGTTATGTAGGTGAGCTTAATGGGAGAAACGAG CAAAAAAAATGACAATGAGGTACACAAAAGATTCTAGTCGAAAAAAAGCAAGGAAGAAGG TTGAAGAAATGTCACTTAAGCATCTCTGTATCCACTCCGTGTAGCAAAGAGGAATTATAA TTTCGCTTGTGAATTCAAATTCTAGGAATTATAAATAATATTGATTAAATGATTCCTGAT AAAAGTTGCAGCCCTGAACTTTACTCAATCACTCTTTCATTAACCCTTGAAATTGAGTCG CGTTTGTTACATTGTTCCTTACAACTTAAGAATTAGAAACTAAATTACTTTTAAAATTTT GAATACATTTGTGTTTTGAAAGTTAGAGAAATTGAGTGATTTTAAGCGTAAGTTTCTGTG GGCACAATATTCGGCTTTTAGAAAAAATCACTTTAATACTTAAACGATTACATGTATTTG CGTGTGCGATTTGAGCGCAGCAAATTTTTGGATCGCCGACGCGCCAATCCTCCCCTTGAA AACTATTTTATTTTTCTTCCTTCTCACACGCATAAATGAGAGTGCATACATCAACGTCTA AGAAGTAAGAAGGTTTAGACTACCAAATTACCAAATTAAGCCAACCTAAAATTTAGCTAG ACATTAACCAAAACTAGACAATTTATAAGAGTTTCAACTATTCTACCTATAAATAGCATA ATAACTTTTTAAATTGTCGTAATTTAACTAATCAAAATCAATGTAATTATATGTTTTTTA TAATAGTCATGGAAGTACTCTTTTTATTTAAACAATTTTATCCTCTGTCCTTTGAGCATT TGTATTTGCAAAAATAAGTTATATTCGATTCTAAGTAATTGTTTTACATTCGTGATTATT ATCAGAACAACTTATTTGTTTCCGTAATCACTTGAGCTATAGAAAACCAATTTCTTACCT TCACAATATAGAAAAAGGCTAGTTTTATATATTAAACCTCTAAAACTCTACACGTGAAAT TACACCGAATATATTATTGTTGTCAAGAAAGGGGAAGGTTTACACCTAATTCATTGCCCC AAAAGAATGACACAAGTTATTTGAAAGGATATCTCTTAGTTGAATCAATTTTATGTTTGA AAAATGGAGTTTGCGAATCAAAAGTGTGAGGATGGTGAAAGAGCAAAACAAACAAACATA TTAGCCTAATGTTCTAAATTGCAGCTACATTCCTGTTAAAACTAATAGCCCCAACTCACA AGTCACAATGTTAGAGTATATACTAGCCTGGTCTAGTTGTCATTAACTGGTTAACAAAAA AACAAAGATAAAGACTCTTCATCCTCTGAAGTCACTGCAAAATCTCACTCTTATGGTAAG GCTTTCGTAGGCTCTGGAATAAGACTTTCCTCAGCTTCAAAGTCTTGACCTCCCCACTTG CGTAGGCGCTCTGCCGATTGCTCAACCTGCAGTTCATTTTTTCTATTATTACACATGACA GACTTCATCATACCGAAACACAATCTGCAACAAAATAAGTGCAACTAGTTTTGCTTCGTC TGCAACTTTTTTCAAAGAGAAGAGGAGAAATAGAAAATTCACCCTCTGTGCAGTGACTTT CAAACAAAATTCTTACGCTACGAGATAATCATTTTACAGAGGACGTGCATCTAATACCAA GCACAATTTTTTGGAGTTTAGTTAGAGAAAATCATCAACTGTTTAACTTACCTCTTTATT CCAATCAATTCTATAGAGTACAAAGGAGAGTAGCAGTGTCTGCAAAGCAAGTCCTGCTAT CATTCCTGCCCATAGTCCCTGCAAGATAAATTCATAATTGGGATAAGTTAAATTTCTATC ATAATTATTTTAGGTTCAAAAAGTTATGAGATGCTAAAACAAGGTGTTTCCTATAATAAG ATGCTTATAAATGTCGAGTGAGATTAAAATTTGATGTATTTGTCATATGTAACTATCGGA ACGAGAGTTTATTTACCACGACTCCATAGTCAGCCACATAACCAAGCAAATATCCCAGAG GAATACCAAAAACATAGTAGGATCCTAGATTGATATAGGCCACTAAACCTTGCCATCCAC CTCCTATAGTAACACCTGTAAAACAATATATTTGCCACAATAAGGACTACAAAGACGAAC ACACTTCTAACCATAGAAACAGTGAAGTTGGAATAAAAGCAATACCTGATATTACAGGTT GAACACTGTTAAGAAGCATGGTTATTCCAAGAAGCCAAGCAAGATCTGCAACGGCTTGTT GCAAATCCTTGCTGTTTGTGAAAAAAATAGCTAGATGATTTTTTACGGCCAGTACAATTA TCATGCAGAGTATCCCAATGAGGAGTGACTGAAACACTGTGATATATACACTATATTTGG TAGCCCTGGGATGACCTAGCCCAAGCTCATTAGAGACTCGAATACTGAGAGAGAGACAAT GCATTAAAACAAACCCCAAAAATAAATGTAGTACATTTTGCCACAAGCTTTTAGACTTAA TTACCTTATGGCAGCATTGATTCCAATAAACACCATCTCTTCCCATCCATCAACATTCAT ACTGAAAGACGAAAAGAAAGAGAACAAAAAGATTGATGCATGTTTAATAAAAGTAGTACA ACATTTTCATCTTATTGAAATCTGTACACTAAACCACAAACTTAGCACAAGACAGTTAAA CTTAGAATTCTTTCTATTCTCTAAATAAAGTGCCTGTTGATAAAAGTTGATGCTTCACTG TCAGTGAGTGTTAAAATTTATTTGAATGGGCTTAATCATTGAGAGGTTAATGTCGATAAA CAAATGCAAAAATGAACTTTTACCCATCTGTCTAAGTCTTGTTAGACAGAGTTCTCGGCA CATTGGTTAAACAGGCGATCTACACACAAGTTGGCTTTACACTGCCATTGTAAAAGAAAA GAGAAAAAGGACACAAACTCACCAAATAGAGAGGGATCCAACAGCAATAACTGCATCCTT GAGATGTCCAGTAAGTATAATAATACTCATCATATACCACATTTCAAGGCATAACATGAC AGCTGAAGCAACTGAGAGTCTAACAAATGCCCAAATCTCATTTAATGCCGACAAAGACCA TCCCGTCCATGCATCCTTACACCAACCAACCACGTAAATAAATTGAGCTATTGCGTCCGC CCAGCCCGTAATATTAAATGCTAATGCAGCCCCATCTGTACCCAACTTGAATACATATAT GAACAGCCATAGCAGAAGAGCATGGAGTAAGAGATCCACAAAACCAATCCAAGCCACCAC ACGAACTTTACTTTGGGCTTGGAGAAATTTTGAAGTGGGAATAGTGACCGCCAGTGAATA CAACTCGGGAATTGACAACAGGACAAATTTCCCAGCAAGAACAGCCATTTCATGTTCTTG GCCTAAGAACTTAAGCAGCGGAGTTGCAAAAATATACATTGGCAACAGAAGGAATGTACT AAACAACAGAATAACCATCGACCGCTGTGTGTAAATCCCAAGCATATGTATTTGCCCAGC ACCAAATGCCTGTCCACACAGTGTCTCCAGCGCACTCCCCATGCCCAACTACACAAATTC CCAAATAAGAAACTAGAATTACAGAATAATCAGTAGCAAAGGAAAAACAGAAATACGATC CATGAAGCCGAAAGAGAATTGTTAAATTTTCTCAAATATTAACTCAAGTTGAATAAATTA GGAACCAAAGTGACTTTATATTGTTTCGTATTACACACACTCATTCAATTATACCGCTAC ATCTTAGAAAATCATTATTGCCGGAAAATTCACCGGAAATTGTTGTGAGCATGCATTTTA ATTTCTAATTTATATAATCAACAATGAAAGTTGGATCGAGCAGATAATATATGAGAAGTT ACGAACCATGAAGCCAAAAGAGAAAGTACCAATAACGTTTTGAGCAACAGAAATAGCAGA GAGCTCAACAGCACCAAGATGACCACAAAAAGCAACGGTAATGGAGTAGGTCCCGTATTG ACAAAGGACATTGAAAGCAATTGGGCCTCCAATCTCCCATAGCTTCACTGTCTCGATCCA GAATACAATCCACCATTCTTTCAGGTCTTCAACCGGTCGGTAATCACCGTCGTGACCAAC AAGCCGGTTGTGGTAGCCGGAGAAGTCATGCAGAAATGGCGTTTCCATTACTTGGACGTT ACGTTTTGCTTGTATTATATGTCATATTCAGCATTAAAGTGTTGAATTGTAACAAAGATG GAAGTTAATAGTACAAAAAAAGGCAACAAAAATATGTCAAAATAATTTATTTTTATAAAA TATAATCGGTGGCGAAAAATGCTCCGCGCCTTCTTTACTTTGGTTTGGTTGTTTTGAAGT ACTGGTTTCTTCTTTTTTTTTTTTCATTTTTCTCGAGTCAGATTGACTTATTTTAAATAT TTAATCATTAAAATTAGTTTTGAATAAAATAGAAGATATTTTAAAAAATATATGAAATTT TTATACTTATTTTATAGAGTTTGAAAATGTGCAATAAATAAAAATATGATAAAATGTTCA TATGTGTTTTAAATAGTTGTTCAGTCCTAACGATATGGAATTCAGCAAAGTTTGCTCCAT GTTAAACATTATCCTTAAAAGTATTTCACTCCATATAAATATATTTTCTGTCATTTAATA AGTTTTTCAAATACCAAACAAAAAGCTAGAATTTAAATTAAATAGAAAGAAAATTAAGTA CCAAAGAACGTTTAAGAGAGATGGAAGAAACTCAATTGAGAAATGGTGTTTAAATAATGG ACAATCAGGATCGCTTGGTGTGAGAGAATAAAAATAAATAATGATGAGATAAAAAAATTA CTATTGATGGGATCAAGTTTCTGTTTCTTGTTTGGTTGTCATGTTTGAGATAACTTATCC AACCATTTATACCATACTTATGAGATAAGTTATCTCAGGATAGCTAATCCCATAATAATT TATCTTGAAATAACTTATTTTCAATCAAACGACCCGTTAAAAGGATAAAATATAAACGAC GTTAATACAATCTTTTCTTAAAAGGCTATTCAACTGTAGAATCAAATTGTCTGTGATTTA CAATAATTTCCCCTGTAATGTCAATACGCAAAATGTTAATTTGTTATGGCAAATGTAATA AGTCCTTCGCAGGCTCTGAATTAAGAGTTTTTTCAGCTTCTAAGTTTTGACCACCCCACC GGCGAAGGCGCTCTGCCGATTGCTCAACCTGCATATTTAAATTTTCATATTTATTACTAC ATACTGTTTTGCAATGAACTTTTTTTTAAAAAAATTGAACATAAAAACAAAATATCATTT CAGTTACCTCTTTGTTCCAATCAATTCTATAGATTACGAATGAAAGTATCAGTGTTTGCA AGGCAAGTCCTGCTATCATTCCTCCCCATAGACCCTGCTAGGTAAAAGTTTCTGTCAAAG TAAAAAAAAGTTGCATTGTGAGATATTAAAACAAAGTGGTTATTTACCACGACGCCAAAG TTAGCGACATAACCAAGCGCACATCCAAGAGGAATACCAAAAACGTAGTAGCATCCCAAA TTGATATAAGCCACTGAACTTTGCCATCCACCTCCAATAGCAACACCTGCAAAACAATGT TAATAAGGGTTTAACACACACTTTTAACCATAGAAATAGTAAAAGCGAAATAAAAGCAAG ACCTGATATTACAGGCTGAACACTATTAAGAACCATGGTTATTCCGAGAAGCCAAGCAAG GTCAGCAACGGCTCGTTGCAGATCCTTGCTATTTGTGAAAAGAACGGATAGATGATTTCT TACTACCAGTACTGATATCATGCAGAGTATTCCAATGAGGAGTGATTGGAACATTGTGAT ATATACACTATATTTCGTAGCCCTGGGGTGCCCTTGCCCGAGCTCATTTGAGACGCGAAC ACTGAGACAGAGAAAATGCATTAAAACAAACTCCGAAACATATGAAGTACATTTTTCTAC AAGAATTTAGACTTAAATTACCTTATGGCAGCATTGATTCCAATGAACAACATTACTTCC CATCCATCAATATTCATGCTGAAAGACAAAAAGAAAAGAACCGATACATGCTTGATGAAG GAGCTGAAGACATTTAATATCATCTATGCACATGACAATTTAGGCGACAATAAAAACTCA CCAAATAGAGAGGGATCCAACAGCAATAACCGCATCCTTGAGATGTCCGGTGAGGACAAT AATACTCATCATGTACCAGGTTTCAAGGCATAACATAACAGCTGAGGCGATCGAGAGTCT AACAAATGCCCAAATCTCATTCAATGCCGACAAAGACCATCCCGTCCATCCATCTTTACA CCAAATTATCACGTACACAAATTGAGCTATTGCATTGGCCCAACCTGTGATATTAAAGAC TAACGCTGCCCCGTTTATGCCCAAGTTGAATACATATATGAACAACCATAGCAGAAAGGC ATGGAGTAAAAGAACCACAAAACCAATACAAGCCAGAAATTTCGAGGCCGGAATAGCAAC TGCCAGTGAAAATAACTCAGGGATTGACAACAGAGCAAATTTCCCAGCAATAACAGCCAT TTCATGATCTTGGCCAAAAAGTCTAAGTAACGGAGTTGCAAATATATAAATTGGTAATAG AAGGAATGTACTAAACAATAGAATAACCATAGACCGTTGTGTGTAAATTCCAAGCATATG TATTTGCCCAGCACCAAATGCCTGTCCACACAGTGTCTCCAGAGCACTCCCCATGCCCAA CTGCACAAATTTTACAACAGATTTCACTTTATTTGAAAATCAAGTATTTGATAGTGAAAA TTTTCAAATTTTGCAAAAACTTAATCAAACACAATTCTATGTTCAACTCTAACTTCAAAA GTTTCCAATAAAGTGAAAAGACTATTAATAATAATATGTAGTAGCTCGTATACAATCTAT AACATAATATACCTTAGATATTACTACTTTTTTGTGTTTGGTAGAAAATATTTTCTAATT TTCTCATGTTTGGTTGAATTAGAGGACTTAAATGTTCAACTTATTTTCTTCAAATTTAAG AAAAATGATTCACCTCCAAAAAATATAATAATAAGGAAAACATTGAACAACTTATTTTCA ACCGCACACCTCAACTTTCCTCCCTAAGTCAAGTTTTGGGTATTGATTTCTGATACAAAT TTGGAATCAAACTCATGATTCTTGAATTTTGGCCTCAAATGGAGTCTCAAATCGGATTAG ATCCCATTTTGGGTGTCGAGTCCCAGGTTAGGATTTGAGGTCTAATCCTAGATCATATAT CTAGGTCGAGTCTTGAGTCAGGTGTCAGGTTGGAGTTTTTGAGTTGGGTGTCAGAGACGT AGTCAAGGTCGGGTCCCACGTTATATTCAAGTTCGAGTCGTTAAGAGATAGTTAGGGTCA ATGTTGAGGTCATATATTGAGGTAGCATTTCGGTTCGGAATTCGAGTCCTCATATAATCT CAGGGTCATGTCTCAATTCAGAAATCAGGTTTCAGAGTCAAGTCCCATGTTGGGTGTGGG TATCGAGTCTCAATTCGAAAGGCGAGTCTTAGGTCAAGAGTTGAGGTTGGCTCCAGGTCG GATGTCAGGTTCGGGTTTTGAATTGATTGTCCGGGTAGTGGAGCTCAGATCCAAGTTCGG ACGTCGAGGTTGGGTCATTGATCGAGAGTCGAGGTTAGATCTTAATTTGAAAGTTGGGTC CTACATCAAGTGTCGAAACTGAGTCCCGAGTCGGGTGTCGGGTAGGGTCTCTATTTGGAA ATTATGTCCTACATCGAGTTTCTAGGTCAAGTCGTGATTTAAAAATTAGGTCCCGGTTCA AAATTCGATCTTGGATCGGGTCTTGATTCGAAAGTTGAATCCCATGCCAAATGTCAGGGT TAGAGTCGGGTTCAGAAGTTCAGTGTTGGGTCCAAAATTGGGGTCGAATCCTAGGTCAGG TGTTGAGATCAGATCTTGAATCAATCCTTGCGGTCAGATGTGGATGTTAGAGGAGTTGGG TTTAAGGAACAAGACTATTGTTAATGTCGGTGGTAGATCAGGGTCGAGGTAAAATCCTTG GTCGGATCCTAGTTCAATTATCGGGGCACAATCGAGAGTCGAGGTCAAGTCCTGGGTCAC ATCTTAGTGTTGGATCCTGGATCAATCGTCGGGGTCATGTTCTAGTTCAAGTATCCGAGT TCATTCTCGGGTTAGAGTCTATTTTCCTTAAAAAAAATATTTTCTACTTTCTAGCAAAAA ATAGAAGATATTTTCTAAAAAATATTTTTCATTCACCAACTAAATAATTAAAAATATTTT TCAATCACCAATCAAACATGAGAAAATAAGTTAAAACCAACTTATTTTTCCAATATTATC TAGGAAAACATTTACCTTTTATACCAAATATTTGATTGCATGTATCATGCAAGTTATTTA AGTTTGCTACTTTTTAGAAGTTGAAATATTAGTCATATTTAGCGGTGGTAAATGGACGGG TTGGATCAAATTTGGGTTGGTTGAAAATGGGTCAACATAAAATGGATAATAATTCAACTC ATCCATATATGATATGGGTAAAAATGAATTGGATAACAAATGAGTTGGGTAAAATACTAG TTTACTCATATTTTCATGAGTAAATAGTACTCTACTTAAAAATTAACACGGAGAAAATAT TTTAATCTTTTTTTTTAGATGTAAAATGTTGAAAACGCTTCATTTAATTTTATTCTATCA TAAAAGTAAAAAAAAAAAAAACTTAAATTTTTTTTCGGGGTTGGGGAGAGGGGGGTAGGG TGAAAAAATAAAATTTTGAAATTGAAAATATTTTTTAAAAACAAACTCAATTTTTTTTTC GGGAATGAGGGGGCTGGTAGGGGGTGGGTGGGGGGTCGAGGATAGGGATGAAAAAAAAAT GAAATTTGAAAGTTCAAATATTTTTTAAAAATTAACTTAAATATTTCTTTTTCGGGGTCG AGGCTAGTAAGGGGTGGAGGAGCAGGTCAAGGGTAGGGATGGAAATGTACAGACGTGTGT GTCGTGCTAATTATAAAATAGTATGTAGTATATAAAATGTTTGTTGTTAAATTCGTCTCA TTTAATGTGACATCTTTTTCAGAGTTCGAGATTCAAACAAGTCTATCTTTGATCGTAAAT TTTTTCATAGATATTTTAAACATTTTGAATTATCAATTATTGTGAGTTATAGTATTTCTT TTTACGTAACTTACAAATATATGAATTTCATTTCAAAAAAAATTGAAGATTCCATGCGCA AATTTTTCGTCAAATTCAAACTGTTTGACTCTCGAAAAATGAAAAGTGCCACATAAATTG AGAAAGATGAAGTATAAATTTTGTATAAATTACATAAACTAATAGTGTTAAGAGCTACTC CAACTATTTTTTTTTCTTTTTTTTTCAAATTACAAATTATGAATTTTGGATACGTCAGCA GATATCCGAATACATAGGTGAAAAATGTATCCGAGATGAGATATATTAAAGAGGGGATAG GATATATATATATATATATATATATATATATATATATATATATATATATATATAATTTTA GGATATATCAATAGACATTCATACAGATTGGTGATACAAGTATCAAAAGAGGAAAATATA TAGGATGTATCAACAAGAGGAGAGTGATATATTTGAGATAAAAATTTTGAATTTTTTTTA AATGATAGAGAATTTTAGAAATCATGTTAAATAAAATGCGTACTTAGGTCATTTTTCCAT AAATCATTGCTAAAATAAATATAAGATTTAGTTGAATAATATTTTTTTAATTATATTGAT ACAATTATTAATAAATTCATTATTTTTTGAGATACAAATGAAACTCTATTTTCTATGGAT TATTTAAACACAAAAATACATTATCCAGAGTATAACAATTTAGCGTGTAAGCTACAAACA TAAAAAAAAAAAAAAAGATTTTCTTATTCATATTCTTTTGAGTTTTGATGAATACGTTAC AATATGTGAAGAAGATTCTCAATTAGAAAATATTTGTTATTGTTTATATTTTAATTATTG TTATTTTGCTGTTTTTAATCATTTTTTGTTGTTTCTGTGTGTCTGTCTTTGGTTTATTTT TTTGTTATATGTTGTTCTATCAATTATTGTTGTTTTGTTATTATTATTGCTGCTTTAATT TGTGTATGTCCTTGGTTTATTGTTTATTTCTTTTTCTTTTTTCTATCAATTATTGCTTCC TTTTTAGATTTTTTTTAAAAAAAATAATAATTGTGTATTACAGAATGAACTTCATTGTTT TTCCAGATTAGGGGTGTGCATTCGGCTTTTCAATTTGATTTTATATTATTTAATTTAAAT TTTTAGTTTTTTATTTTGAAGAAGTGTAACCTAATTCGAACCAAAATAAATTTGATTTGA TTTGATTTGAATTTTTCGATTTGGTTGATCGGTTATGTCAATAATTAGAAATATAATAAA GCTATACTGACAATTTAATATATATATATATATTAATATTACATTTCTTAAATATAATTT TTAATATAAATCACAAGTAAAACGTAAAACATAATACTTAAAAATATATCAATTATAAAC ATAAGAAAATAAACTAAAATCATAATGAAAATAACTAAAAAGGGGCATAAGTGGTTACAC ACAGGTTTTTCTATTATCATTTTTCTTAATCCGAAACAAACCAAAAATCCAAACAAGGTA AATTATAAATTCAAAATCAAACCAAAAATCTAAAAAAATAATTCAAACTAGAATTCAATT TAATTTAGTTAAATTTTTTAATTTAATCCAAATAATGCACATCCCTAGTCCGAACAGCCT GTTTTAAGACATACTTTTGGATGATTTTTTCATTTTACATTATTATATGAATAATACACG AATCATTACATCAGCTGACAAATGAAAAAAAAAATCATTGATTTTTGAGGCCTTTACATA TTAAAAGACATAAATTTTATTTTAAGTTCTCATGGATTTTGCATTACAAATTAAAAATTA CGGAACTAAAAATTGGTTTATGAAGAAATTTTTGTCTGACTTTTAAGGTTTTTCCATGTG TATTAAGACATACTTTATTTTTGAGTTATAATATATATCATTTGTTTTGATTTATATTTG TTTATTACAAATATTTTTATAAAGAATTGTTTAATCACGTCATATGAAATTGAAATTTTA TGTAGATATGTGTTTTAGACTTTCATATGGCATTTTTTTTATAAATATAAAAATCATTAA TTGTAAAATTACTAAAATTATTTTGATGTTTACAATCTTACTAAATAAGTAAAAGTTTAT AAAATCACATAATACATTATCACAAAGCTCTTTAAAAATTGATTTGAATGAAGCGGTAAT GAATTTAATGAAAAATAAGAAAATTGGTAAATTAAGAATTGATTTGAAATAAAAATAAAT TTTAGCGAAAATAATTGTTATATCAGACATAAATAATTTAAAAAGTAATGATATGAACTG TAAATTTTATTTATAGATGAAATAAATGGCTACTAAATTTAGATAAATTAAATATGTTAT TTTTACAAAATATATACTTCTGAGTCAATTTTTGTATTTGAAAAAAAATTTCAAATTATA ATTTTTAGAGAATTTAAAATATCATGAGATAATGTCAACATAAAATAGCACGTACAAATA ATATTTCATCTCACTATATGAAATTACCTGATCAAATGCCTATTTAGTATTTTTACGCAT ACCCAAAGTTGCTTCCCAATTCCAAAAAAAAAAAAGTTGCTTCCCAAGAAAAATATTTGA AAGAAATTTGAACATTTAATTTATTATTCATTATTCCGCTCTTTGTCCGGTATTGTTTGT AATGGTTTCTATTTTTAGAGTTAAATTATAAAATTTTTGATTAATATTTTAAGATGCATT TTTTCATCATATCAATATGAAAAAGTTGTAATTTATAGTAATTTCATATAGTTTTAGAAC ATCTAATTTTTTTGTTTAAAACATCGAATTAATGTGATCTAATTTACCTTTGAAAATTAG TCAAATTGACTTTCGATAAGCATAACATGACAAACATTTCTGAACGGACGGAGTATTGTT TATTCATATTATTGCCGAATGACAAACAATATTTGACCGTTTCTCAGGTTAATACGTTAG TTTATTTTTCGTATATTTCATGTTTATTACATTTTTGCAATATTTTGTTAGATCCTTCTC AATTGAATAAAAAAATTCAATCGAACTCATCGTTGTGTACTCTACTCAAAAGTGTCTTCA TAACACTTGGTTAATGGCTCAGAATTGAAACAAAAGCTCAATTTAGATTTTAGAGTTTCC AAAAAATACAAATTTAGAGTTGTTTTTCTTTAGATAAGAGTGATTATAATTGTTGTCTCA GTCCTTCACATAATTTTTATGTTTTGGTTGTAAATATACACTTAGAAATCATGCCTAAAC CTTTTATCATAATGTGTTAAAAGAAGAAGATAAAGAGGTTTTCTGCAACAGGAAAGAAAA TAGGAGCAACAAAGGTGTGAATTAACATCATGTTTAAATGTAATGTTACAAACTCAAAAG AGATAACAAAGGGAAGAGTAAGTGCACAACAACATACATCTTAGCCTACCGCTCTAAATC GCAGCTACGTTACTATTAAAACTAACAGTACTCCCAACTCACGATGTTAAGAGTATCTTT AGCCTGATCACCTACAAAATCAATTCACCTTTTTGATTCATATTTTACCCGTGTACGACT AATAATTTCCCCTTTGGCCTAGCTGTCATCCACCGTGGCATCTAACATGGATTTAGGCTC CACGTCTTACAACACGTAGATCCTATCCAAAAATCATCATTTGATATCACCACAAAATGT TTCTCTTATGGTAAGTCCTTCGTAGGCTCTGAAATAAGAGTTTTCTCAGATTCAAAGTCT TGACCTCCCCACTTGCGTAGGCGCTCTGCAGACTGCTCAACCTGCATTTCATTTTCTTAT TATTACACATGACTTAATCATATCGAAAGGAAAGGGAAGGGAAGGTTCAACAAAATCTGT AACAAACTAAGAATTTAACTAGTATTGTTTCGTCTGTAATTTTCAAAGAAAGAGGAACGG ATAATTTTATTTGTAACCAGAATGTTTCACTTACCTCTTTATTCCAATCGATTCTATAGA GTACAAATGAGAGAAGCAGTGTCTGCAAAGCAAGTCCTGCAATCATTCCTCCCCATAGTC CCTGCAAGACAATTAAAAAGTATGAGATACTAAAAGGAAGAGTTTCCTATAGAAGATGCC TCAAAATGTGGAGTGAAATTAAAAATTGTAACTTTCAAAATGGAAGTTTAATTACCATGA CGCCAAAGTTAGCGACATAACCAAGTGTATATCCTAGAGGAATACCAAAAACATAGTAAG ATCCCAAATTGATATATGCGACTAAACCTTGCCATCCACCTCCAATAGCAACACCTGCAA AACATTACTTGCCACAATAAGGACTACAAAGACGAACACACTTTAAACATAGAAACAGTA AAAATGGAATAAAAGCAACACCTGATATTACAGGCTGAACACTGTTAAGAACCATGGTTA TTCCAAGAAGCCAAGCAAGGTCAGCAACGGCTCGTTGCAAATCCCTGCTGTTTGTGTAAA GAATGGCCAGATGATTTCTTACTGCTAGTACTGATATCATGCAGAATATCCCAATGAGGA GTGATTGAAACACTGCGATATATACACTGTATTTGGTTGCCCTGGGACGCCCTAACCCAA GCTCATTTGAGACTCGTACGCTGAGAGAGCAATGATGCATTAAAACAAACTCAAAAACAA ATAGAGTACATTTTTCCACAAGAACTTAGACTTAATTACCTTATGGCAGCATTGATTCCT ATGAACAACATTGCTTCCCATCCATCAATATTCATGCTGAAACACAAAACAGAAAGACAA AGGTTCGATTGATTCATGATAAAGGAGCTTTTCATCTCATCAAAAGCTATGCACAAAACC GCAAACTTTGTACATGACAATCTAATTTACAAATTCAATCAATTACACATTCCAGCTTAG AATTCAGTACTTTAAGTAAACTAAATCTTGATAAAGATGTAGGTCCAGCTAACTATCCTG TCCTAAAATTGTCAATTACAGATGAAAAAGAACAATGATAACCAAATACAAAATGAATTT TGTTATCTCGCTAAGTCTTGTTAGACAGAGCACTTGATACATGTGCTAATGCGAAGACAA CAGGTGAGTTGCATGCAAGTTGGCTGGACACTACCTTTATAAAAGAAAAGAAAAAGAAAG ACGCAAAACTCACCAAATAGAGAGGGATCCAACAGCAATAACTGCATCCTTGAGTTGTCC GGTGAGAACAATAATACTCATCATGTACCAGATTTCAAGGCATAACATAACAGCCGAGGC AACCGAGAGTCTAACAAATGCCCAAATCTCATTCAATGCTGACAAAGACCATCCCGTCCA TCCATCCTTACACCAAACTACCACGTAGACAAATTGAGCTATTGCATTGGCCCAACCTGT AATATTAAAGACTAACGCAGCCCCATTTATACCCAAGTTGAACACATATAAGAACAACCA TAGCAGAAAGGCATGGAGTAAAAGAACCACAAAACCAATACAAGCCAGCACACCAACTTT ACTCTGTGCTTGAAGAAATTTCGAGGTGGGAATACCAACCGCCAGTGAAAACAACTCAGG GATTGAAAACAGGGCAAATTTCCCAGCAAGAACAGCCATATCATGTTCTTGGCCTAAAAG CTTAAGCAGTGGAGTTGCAAAAATATAAATTGGCAACAAAAACAATGTACTAAACAATAG AATAACCATAGACCGTTGTGCGTAAATCCCAAGCATATGTATTTGCCCAGCACCAAATGC CTGTCCACACAGCGTCTCCAGAGCACTCCCCATGCCCAACTACACAAAATTTTATTCGAA TATCAATGTTCGGTGATATGAAAAGTTCAGATGATAATAGCTAGTATATTACTATTCTTA GAGCATATTTGAAATAGTACATCCAAATTCTAAATATTCAGTACAACAAACACAATTCCA ACTCAAAAAATATACCAAATAAAGTAAAAAAGAAAAACATTTTCACTAGCAAGACTCCCA GAGCAACAGAGAGAATACAAACCATGAAGCCGAAAGAGAAAGTTCCAACGACATTTAGAG CAACAGAAACGGCAGAGAGCTGAACAGCACCAAGATGACCACAAAAAGCTACGGTAATTG AGTAGATCCCATACTGACAAAGAATATTGAAAGCAATTGGACCTCCAATCTCCCATAACT TCACTGTCTCCATCCAGAATACAGCCCTCCATTCTTTCAGTCCATTAATGGGTCGATAGT CGCCGTCAGCTCCAATGAGCTGCTGCCGATTGTCGACGCCGGACAGCAACGGCGATTCCA TTTACTATTTCTAGTATGACCGCCGATTATGCTCCGACTTACTGTATTATATCAAAAAAT CTCATACACAAACTATTAAAAAGTAAAATAATACAAATAGTACTAAAAGTTAAAAAGATA GTATACTACAGGACAATTCCGTAAATAAGTCAAAGTAGTAAAATAATACAAATAGTACTA AATATAAATCAATTTGATGTATTTTTTATTGTTAATTAATTTTTTTTAATTATATTGTTA CGTAATAGGAGTATTATATAATTCTAGATTATTTAATTTAAGTAAAACTTTCTATACTAA AATAATTAAGAATTTTTAGTCAAATTAAATAATACAAATGTTATTAAATAATAACAAACA ATACAATATAGCTAAACATTGTATCTACCGTATGATCCAAACATAGTGTTACTCTTTTAT CTCTTATAGTTATTTCATATTAGTCTATTAATTTATTAAATTAAAAATATTGATTAGGTT TTTTTTTTTATATCATTCTTATAATTAATTTCATTTTTAAAATATTTACATTTATTTGTA AAATTTCTAAAAAAAAAATTGAAAAGTAAATTTGTAAAATCATTTAAATAGTACTGGTAC TAATAAAATCATAATGAAATTGACCACCAACGAATCTTTATCACGGACTACTCATCTTTA AAGCTGTTGACTACTCATCTTTAAAGCTGTTTACTGCATTTTAAGTAAGTCGCTGTCTTC GTTTGATTTGGTACAAAGATCAATAATATAAAAATTAATAATATATTATAATTTAAAATA TTAAAAAAGAGCTTAAAATATTTCTAAAATATCAAAAATGTTATAAAATTATCTTTCATT CACCAATTAACTTCAAAATATCCTTCTCGTCCATCTATTGGATTCAAAATACCTTGTCAT CCACTTTTTTGTTCAAAATACCTTGTCATCCACTTTTTGGTTCAAAATTGACTACTTATT TAATGGTTTTATATTTAAATTGTTTAAATATTTTTTAAAATACGTGGCGCTCAACTAGTT GTTATAATTTCAGTTATTAGTGTAATTTATAAATCAATTCACTACCCACTCATTACTAAT TAAACCCTTCTAAATTAATAAATCCGTCACATTATTAATGCAAGCTACTGCCAATTGAAT GTTTTTAAAAATTTGAGACGAAAATATTTATCGAAGTAAATTATCATACATTCAAGTGTC TAAATTAAAAATCACCAATAAATTTAAAAGTCTGATTATGTTCATCTTAATTATTGTTAC GTCTCAATTATGTGATGTTAACTTTTTTTCAAAATAATATATTAAAGGTTTTAAAACAAA TCATAAATATTTATAAAATCATATTTTAAAAAAGCACATGAAATTAATTCGGGATGTTAC TTCTTTACCTTTAATCATAAATTTCTAATCAATTTTGAAAAAAAGTGTCTATCTAAGTAA GCGGCTCAACCTAAATTTAATTGAGGCTTCGATTTGGACTCGAATAATTTTGGATGTCAT TTTCAGGAATTTATAATTTCATCATGTTTTAGTAGTGTTTATGGCGATTTTGATATTATA ATTGGATTATTAATTGGGTGAGGTTTAGTTAGTAATGAGTGAATAGTGGGTTGGTTTATA TATTATATTAATAAATTAAAATCATAATCAATAGTTGAACGCCAAGTATTTTAAATTTTT TTAAAGAGTTTAATTTTAAACAATTAAAAAAGTGGTCAATTTTGAATCAAAGGTGGATGA CAAGAGAGTGTTTTGGAGCCAGTAGGTGGATGAAAAGGACATTTTGAAGCGAATAGGTAG ATGAAAAATATTAAATATTATTTTCAACACTTTAAGGGTATTTTAGGCCCTTTTTGTTAA AATTTTTATAGTATAATTCTTTCATTGCTTTTAATTCTATCCGTGGATAAATTAAAACTT TAAAGAAAACCTTTTTCTTTATAAAATATTATGAAAGATTACATCTTTTGAAGTTTGAAA ATATTTGAAGAAAAGGAGAAGTCATCTGCTATAAATCGTTCCCTAATAATGTCAAGTGTG TACCCATATATATTGACATACAAGTAACAAAATTGTGGATTTGGGTTATGCATACATCTT AGTTCTATAGAAATTTAGCGTTTAAATTTCTCCGTTTCTAATTCTTGATCTCCCCATATC CGCATCCGTTCTGTCGTCTGCTCAACCTGCATTTCCATTCCATTTTCTACACTATTACTT GCGATGATTTTGAAAAAGATTTGTTGTTGAGTTTAGGAGTGGATAAGAAATACGCAGTTG ACGTACGTACCTCTTTATTCCAATCAATTCTATAGAGTACAATTGAGAGTAGCAATGTTT GCAAAGCAAGTCCAGCTATCATTCCTCCCCATAGTCCCTGCAACATAAAAAAATGTAACA AGAGAAGAAGAAACCAACAAAAGCAAATACAGACTTAAAAGTTAGTTACCATGACTCCCA AGTTAGCCACATAACCAAGAACATATCCGAGAGGAATAGCAAAAGCGTAGAAAGAACCCA AATTTATATAAGCCACTACACCTTGCAACCCACATCCAATAGCAACACCTGCAACCCAAA AAGATCATTGTCACACTATTGAGGTTTTAACTATAGGAACAAGAACAACGAAAGAGCAAA CAAACCACACCTGATATCACAGGATGGACACTGCTGAGTAGCATTGCTAATCCAAGAAAC TGAGCAAGCTCAGAAACAGATTTGATCAAAACCTTGTCGTCCGTGAAAAGAATGGCAAGA TGATTTCTTACTGCCAATACTACAATCATGCAGAGAATCCCAATGAAAACTGACTGAGTT AGTGTGACATAGACACTATACTTGGTCGCCCTGGCATGTCCTAGCCCAAGCTCATTTGAG ACCCGAACACTGGGAATACAACAATACATTAACCACAAACTCAAACAAATTACAACGCAA GGGTTTCATTACCTTATGGCAGCGTTGATTCCGACAAAAAACATTTCTTGCCATTCACTA AGAGTTGAACTGACAGATGACAAAAATTGATATGTTTGATCAGTTGTTCAAGTCAAGCAA ATACAAAAGCATTGCAGAATAATCATAATAACTAAATGGGGAAAGAAATTAGACACAAGA CTTCACCAAATAGAGAGGGATCCAACAGCAGTAACAGGATCTTTGAGATATCCAGCGATG AGAACCATACTCATGGGAAACCAAATTTCTAGGGACAGCATAAGAGCCGACTCAATTGAC AGTTTAACAAACGGCCACATGTCATTGAATGCAGACGAAGACCATCCCTTCCACCCATCC TTGCACCAAACAACGACGTAAGCAAATTGAGCTAGGGCGTTGATCCAACATACAAGATTA AGGGACATAGCTGCCCCGGTTAAACCCCAATTGAACACATGAATGAAGAGCCAAAGGAGA AGAGCATGGAGTGATAGAGCCACAAAACCAATCCAAGCCAGCACGCCAACTTTACTCTGG GCTTGAAGAAATTTAGAAGTGGGAATAGTGATAGACAGGGAATATAATTCAGGTATGATT AATAGGGTGAACTTTCCAGCAACCACAGCAATATCATGATGTTGGCCTAGGAACTTAAGT ATAGGAGTCGCGAAAATATAGATTGGCAAGAGAAGGAAAGCACTCATCAATAGAATAATC ATTGAGCGTTGTGTGTAAATCCCAAGCATGTGTATTTTCCCAGCACCAAATGCCTGCCCA CAGAGCGTCTCCAAAGCACTCCCCATGCCCATCTACAAATGGATCCCATGTAACTATTAC TGTAGTACTGGGGGCAACACTCGTAAAAGGAACGAGGGTACAAGGACTCACCATGAAGCC GTAACAGAAAGTAGCAATGACAGTTTGAGCAAGGGTAACAGCAGCGAGTTGTGTTGGTCC AAGATGACCACAGAAAACAACAGTGATAGCATAAAGTCCATATTGACACATGATATTCAA AGCAATTGGTCCTCCAATCTCCCATAGCTTTACTGTCTCCATCCAAAATACACCCAACAA CTCATTCAAATTCATGCCAGAAATACGCCTGTAGTCACCATTGGACGCGATAAGATCGTA TCTGGACAAGTCATATTCCAGCTCATCAACATCACTGGAAGAGTCATATTCCAGCGACAA TGGTTCCATCGCTCTTCACTAAGCCTTTTGATTTTTTGTTGCAGTGTGAGAGCAACTACT TCTTTTCATGTATCTGCACAAATGATCCAAGTGAACAGTTAACTAAATTGATAATGTTAA TCACCATTACTCTTGATGTGCATTTCTAATTAATCTTCAAAATACCCAAATAATAAACAA ATGTAAATCCCAAATATCATGTCTGTGAAGAGTAGAAGAATTCCACCTATAACTTTGTGA TATATATGCACAAATTTAATAATCCTACTCTGTTTTTTCATCTTCACATTAAACTTTTCA TATTAATAAATCAAATTTGTCCCTTTTTTTTCTTTCAAACGATAGAATCGTAGTAGAAAA TTATTGAACAATGAAATACGAATTCAAGCTTCTTAAATCATAAGTTGATAAATGTAATAG AAGTCGAAATACTAAAAAAAAATTAAAAAATAAATAATTCAATGAAATTACCAGCTATGA TAATTAACAGCCGCTTCATTAACATCGCCAAAAAGGGCAAAAATCATCTCTTCTTCTTAT CTGCATTTGAGCAAACTGTTGGAATTTGGATGATCCATATAATTTTACCCAATTTTAACC ATAATTTCAAAAGCAAATCTGTTCAAAAGAATAACAAAACACACACAAATTTTCTATTTA GAGTCATCGCTTCTTATATATGCTCTGTGATAAATCATTTGTTTTTATATATATGTTAGC TTTGAGAAGAGGGTTTGGATTTTCCAGTTAAGGATTGCGACTGGTATTGGTCATTAGTCG TGAGTCGTCATTATTGCAATTTAATTTAATTAATTAAAACATTTAGCTCGTGATTAAAAT TAGGCTTAAAGATGAAATAAAAAGTAATTATCAAAAAGTGATAGATATATACAAACTATA AACATTATCAAATATTGATACAAAAGTACTTAATACCTTTCATACGGAAAAAATGGTCTT TCTTTAGGGGTAGGTATAGGAATGATTCATTATGAGGCCACTATAAAATTTTTTTATCAA AGAAATTCTACTAAGTGCAAAGTTTAGTTGGATCCACTAAAACAACAAAAAGGTAGTATA TAAATTTGAAATATAACATAGATACCAGTCTAGTACCAAAGTCAGATGCATTCATTGAAA GAAAGTCTTCGATATGGGCTAGGCCTGTTGATTTGGTTTAGCTTAATATGAAATTTAATA AGGTTGGATTAAGATTTATGAAGCTCAATTAACAAAAAAAAGTTTTTTAGCCCGATCTAA ATAAGTTTGTTGATTTGTGAGGCTTGAAAAATATATGTAGGGTCAGCCAGTAGTCCAATA AAAAATAATTAAAAATAGGGAAAAGGGTCTGATATACCCCTCAACTTTGTCATTTGGAGT TGATATACCCCTCGTTATGAAAGTGACCTATATATGTCTTTACCGTTATACAAACGACTC ACATATACCTCTGCCGTTACAAAATGACTCACATATACCCTTCATTTAACGGAAGTTAAA AAAATTAGTTTTCAATTTATATTTACTACTCATATTTATATGTGTTCCGTTTGCAAAACG GTAAGGGCATATAATGAACCACTTTCATAACAAGCAGCCGTAAATGACAAAGTTGAGGGG TATATCAGACCCTTTTTCCTAAAAAATATAATATAATAATATTAAAATTTAAAATTAAAG AGAGTCCAAACTCAAAATAGTTAGGTTAATATTTCTATTTAAATATTTATACTTTTACTT GAAAAAAAAACTTAATAAATATTATAAAGATAATTTTATTTGTGGATTTGATTAACAAAT AGTAACAGTAACATCATGTAATATTGTTTTGTCAATATTTATGTTAATATTTTAAATTAT AATTTATAATTTATTTATTATAAAAAAAATATAATTTTAAAAAAATAGACTGACCGACAA GCCTGTAGTCCACCTACTTATAGGTTGGATCGGCTGTTTATTGGCCCAAGCCAAAAATAG ACCAACCCTCCGCTTAACAAAAAATAATTTTACCCATCCCACTTAGCCCTCCTCTTCCAA ATTTTATTTCAGTATTTAAATATACAGATCAAAAATAATTTTTGCTTGCCTCCACGAGAC TTTTTAAAATTTATTAGTTATTTATGTTACATTCGATACATTAGTGAAAAAATATATGTA CGTACATATCTAACACAAAATGAAAAGAACGTAAAAAAAATAAAAATTAGAATCGGGTGA TTAAATAGGATGGAGTAGCTTTTTATTTTTTAAAAATAAAATTACAACAAACAAATTATT AAGACAGTTAATAAATATTCCAATATGAAAATAAATTAGATTTTTTCGTCGGTGGCACAT ACTTTTAAGGCAAATTTTATTTTTATTATATGAGTTTAATTAATATTAATATTGGTGCAT ATTTTTTTTACTCCGGCACATACTTTAAGGCTAGTTTCTTTTTTAATATTAATTTTTTAT ATTTTATAAAATATAAATATCAATTTTAGTAATATAAAGTAATTAAGATTTTACTTTTTT TTATCCATAAGTTTATGATTCTCATTCCTAACTAAAAAAAAATTACCATGTTTGTTTTAT CTGTACATTTCTACAAAAAAAATTTAAACTTAATGTTACTTTTCTTCTTTAATAGCAGCG AAACAAATTGCAAACATCTATCGTTAAAACAGTTTAAAGAGAAGGTAATTACTAATTATA ATTTATGTAACTTTAACCCCTAATGTTGAAATGTAACCTCGAAGCATAATCTACCTCCGC TTAATACAACATTTTTATAACATTTTGTAGGCATGCATGCTTAAACAACATATGTAGAAG AATCCAAAATAAACTCTTACTATTTCATAAATTTGTCATTTTGAAATACTCTAATAGGTA AAAGAACCCTAAATGAACTCATACTATTTCATAATTTTATTCATTCTCAAATATTGATAA ATAAATACATTTGAATTAAATATTAAAATAGAAGATAAGAATAAAGAAATATTAATGCTA TTAATAATAATAAAAATACCAATTTTAATAATAATAATAAGAGTAATATAAATATTAAAT AGCAATAATAATAGTAGTATAAATATCTATATTATTATTATTATTGAAAATTAATCAGCA GAATCTTCATTATGCTCATCTTTGAACAGAAATGAAAAAATCCATGAAAGATTTTTTGAA CTTAGTCGAATAACTTAACTATACGCGTGTTTAACTTTAACTGCTCCTTTAATATCTTTG AAGTGAATTTTTTCATCTTTTGGCTATAATACTACTCCCACCTGTCACATTACAATTACG TAAGCGTCACATCGTTCATGTAGACATCATATCATTAATTTATATTTCTTTTTTAATTAT TCACTATTTTTTTCTTAAACACTTTTTAAAAATTAATTATATCAATGGATTAATTTATAA ATGCATACCTCACTTCATCCCTCTCTTTCATCTTCCTTGTTGTTCACCATTACTCCAACC TTCAATATTTTCTTTTTTTTCTTCATTATTCAACAATTTTTAGTCACTTTAAAGAAGTAA ATTCATTATAATATTCACATTATCTTCTTCGAACCATCACAACGAACTTACCCACTTGGA AAATGAATTTTTTTGAAAATCAATTTTTTCTTGACAACTCAAATAAGAAGTGAAGATTGC ATAAAATGGTTGATCCAAAAAAAATAAAAATTTATGAGAAATATTTGAACCGATCTATAG ATCAAAATGCGTCAATCAAAATTTAAGAAAGTTTACATTTGCCAAATCGACATCAATAAT ATAGCATGAATTGACGTCAATAAAATGACATTGATATTAAATTTCACAGATAAATAAAAG ACTAGTGAAATGAAAATCGTGAATAAAGGTGGAGATGAAGATAGAGAAGGACATATTTCA ATGAAGAAAGATGTGTGTTGAGAAACACAATAAAATGAAATAAAAATTTAAGAAATTAAA AGGGAAACTCACTAATTTCTTTCACCTCTTATTAAGAATATTTACACATTTTCAAAATTT AATATATAAAAAAAAAAAATTTAAATAACTTTTTCTATATAGGCTAGTAAAAAAACAATT TGTAGGGCTTTAAAAATTCAATTTTTTCTCTGTTTTCACCCACTTTCAAAAGAGTGCACT CACTCTTTCTGCCACATCATCCCTTAATAGTGATTTAATCACTTTGAGAGATGTTAAAGA GAGTATTTATACACATAATTTAAGTGTTAAAAAGTAAGTAATGCAACTAAATTTTGAAGT GTTTTATGTGTTTTCTCATCAATACAAATATACAATTGTGACTAGAACTTCATTTTGAAT AATAGCGGTAAAGTACTATTTTCTTTTCTTATAGTGGGAAAATGAAAAAATAGAGTAAAA ATTTACTCCTCGAGACCTTAACCCAATATGAAATTGCGGATCAAAAATTGGCATAATACA TAAATGTGCTATTTAACTTGGCTTCGAATCATATTTATGCCCTTCAACTTGATGACTTCA TATTTATATCAAGTTACGTTGTGCTATGCATAGATCGTAATTCTATAGCCATTCAGATTT TAATTTTCTCCGTTTCTAAGTCTTGATCTCCCCATATCTGCATCCGTTTCGTTGTCTGCT CAACCTGCATTTCCATTTTCTTATTACAACATAACGCTCATTTATACTAAGCATTCTTAC TTCATTTCACCAAGTATTTCGGAAAAAAGAGACTATAGTACTTGCTGTCAGCAGAGATGA TTTTGGACCAAAATGTCGAACAAGATTTGTTATGGAGTTCAACGATGAGAAATATCCGAT AACCATTAGTTGACGTACCTCTTTATACCAATCAATTCTGTAGAGTACAATTGAGAGTAG CAATGTTTGCAAAGCAAGTCCAGCTATCATTCCTCCCCATAGTCCCTGCAAAACAACACC AGCAGATACTGTTGAAAACAAAATTATAGTATTGTTTCCTATTTCAACACAAGTAATTTT CATGAGAATTTAATCACCATGACTCCAAAATTAGCCACAGAACCAAGAACACATCCGAGA GGAATAGCAAAAGCATAGAAAGAACCCAAATTGATGTAAGCCACTAGACCTTGACAACCA CATCCAATAGCAACACCTGCAACCCGAAAAGATCATTGTCATGAGACTACGGAGGCCTTA AGTATAGGAACAGAACAATGCAATTAATTAATTAAAGAGCAAACAACACCTGATATGACA GGATGAACACTGCTGAGAAGCATTGTTAATCCAAGAAACTGAGCAAGCTCAGAAACATAT TTGATCAAAACCTCGTCGTCAGTGAAAAGAATGGCAAGATGATTTCTCACTGCCAATACT ACAATCATGCAGAGAATCCCAATGAGAAATGACTGAAATAGTGTGACATATACACTATAC TTGGTCGCCCTGGCATGTCCTAGCCCAAGCTCATTTGAGACCCGAACACTGGGAAAACAA CAATACATTAACCACAAACTCAAACCAAATTACAACGCAAGGGTTTCATTACCTTATGGC AGCGTTGATTCCGACAAAAAACATTTCCTGCCATTCACTAAGAGTTGAGCTGAAAGACGA CAAAAAATTGATATGTTTTGATGAGGTGTTCAACTCAATCAAATTACAAAGTTCAAGCTC GACTTGTCTATCCTGATTGAATTAAGCATTGTCGGAATAATAACAATAATTAGGTACAAA ATTAGACTCGAGACTCACCAAATAGAGAGGGTTCCAACAGCAGTAACCGGATCTTTGAGA TATCCTGCAATGAGAACCATACTCATGGGAAACCAAATTTCTAGGGATAGCATAAGAGCC GACTCAATTGACAGTTTAACAAACGGCCACATGTCATTGAATGCAGACCAAGACCATCCC ATCCACCCATCCTTGCACTGAAAAACAACGTAACCAAATTGAGCTAGCGCGTTGATCCAG CATACTAGGTCAAGTGATATAGCTGCCCCGGTTAAACCCCAATCGAATACATAAATGAAG AGCCAAAGGAGAAGAGCATGGAGTGAGAGCGCGACAAAACCAATCCAAGCCAGCACGCCA ACTTTACTCTGGGCTTGAAGAAATTTAGAAGTGGGAATAGTGATAGACAGGGAAAACAAT TCAGGTATGATTAACATGGTGAACTCTCCAACAAGAAGCGCAGTATCATGATCTTGCCCT AACAACTGTAGTATAGGATTCGAAAAAACGTATGTTGGTAAGAGAAGGAAGGTAGTGAGC AATAGAACAACCATTGAGCGTTGTGTGTAAATCCCAAGCATGTGAATTTGCCCAGCACCA AATGCCTGTCCACACAGCGTCTCCAAAGCACTCCCCATGCCCATCTACAAGATTTGATCG TAACAAACAAATGAAAATTCTACAAAAACGCACATCAAGAGAAACAGGGGAGAAGGACTC ACCATGAAGCCGTAACAGAAAGTAGCAACGACAGTCAGAGCAAGGGTAACAGCAGCGAGT TGTGTTGGTCCAAGATGACCACAGAAAACTACAGTGATAGCGTAAAATCCGTATTGACAC ATGATATTCAAAGCAATTGGTCCTCCAATCTCCCATAGCTTTACTGTTTCAATCCAAAAC ACACCCCACAATGCATTCAAATTCATGCCAGAAATATGCTTGTAGTCATCATCGGAGCCG ATAAGATCGTGACCGGACAAGTCATATTCCAATAACCGTGATTCCATTAATTTGAAAAAT GGTTGATGCTGCAGAGTAAGGTTGGTTTTCATATATCTGATCTAAAGTGAAAGAGTTGAA TAAACTCATTGATTTGTCTTATGATTTTCCACTGGCAGATTGGGAACACCTAAAATAATA AAAAAAAAATGTGAACAACATACTCTAATCATTAAGTCAATGGAAAAAATGTTTAGTATA TTTGACAGATATTATGCGTGCATGTGTTTATTAATTATGGTTTCCACTTCAGAAATATAA AAAGTTTATAATATTTATTTTATTTAGAAATAATTAAAAAATTTAATCAAAAGATTTTAA AAATAAAAGGATAAAAATGTTAAAAAAAAGTAAATAATATATTGTTATTCGGGATAATAG GATCCTAAACTTAACTTTAAATTTTAATTTTGACCTCCAACTTTCATAATGCACAAACAC ACACTTTAACTATTCAACTTTTAAATAAATAAACACATGAGTCCTATATGGTACAATACA TGTAGAAAACCACGTAGGACAAAAAATGACATGTAGGACACATGTGTTTATTTGTTCAAT TTTATACAAATTTAACTGTCTCCTTGTGCACGCACAAAGTTGAAGAGCGTAAATATAATT CGAAGCCAAGTTAAAAAACACAATTATGTATTATGCCTTGTTATTCTGGCAACTGAAAAG AATTCTTTCTTTCTTTCTAATTTAGCTTCTCGATTATTGTGTTTAATGTACACGAAATTA TTGAACAATGGAACGCAGATTGCTCCGTGTATTTTGAACTTGGAAGATAACTCTCCCCGT TAACTTCGTTTTTCTGAAAATTAATTTAATTAATTTTTAAAATTAATTACATTATGTTAA TTCGACAATTTTTTTATAAAAAAAATATTTAAAAATTATATAAATAATATTATATTTTTA CATATTAATATAATAAAAATATACATCATAAAATATACCTCACCTACCCACTCAAATTTC ATTCCAAAATGGTTGCGTATATTTAAGGTCAACCTTAAAACCTGAAAGGTGAAAGCTACT TAGATATGAATTAACTAATTTATAGGCAATAATTCCATGTTTGCCGCGTTTATCAGTACT TTATTGTCTTTTTAAAATTATTTTATTTTATTTATTTTTCAATCTATTTTTTTAAATATA AACTCATGAATAATAATAATAATAATAATATTTATTCCATAAATTTATATAATAACAAAA AAATTGCATTAAAAATTTAGCTCATCTATATCACTGTTGTTAAAAAAAAAAGTTCATTCA TGTCAATTTTCTAAAGGAAAAATTTAATATATGGTAAACGAATTTTATGAAATTACATTC CATGGCTATAGTTTACATAATTACATTTCATGGATATAGTTTAGTTTGTTAGATGACTTT AAATTTGTATAGAACGTTTTTTTTAAAATTAAATTTATACAAAATAAAAATATTTTTCAA TAAATAGTAACAATAGCACAGAATGTGGTAACAATAAATTCACATAATCCCATGATTTAA GCAAAACATTCAAAATCAAATATATATATATATATATATATTATTGTATATATTTGAGAA ATTGTATATAATTTTTATACAATATTTGTATGTATTTGTGTTTTAACTGTATATGACCAT CACAATACGTATTATTTTTTTTTTTGGGTAATTTGTTTGTATACAATATTTTATTATGTT CCTATTTTTTCTTTTGTAGATATTAAGGAATTTGTATGATGTACAATAATTTTGGTATAT GTATTATAGTTATATATGTACATCTGTGATTTCATGTTTTTTTTTTTTATAAAAAATATT AATGATTAAACTGATTGTATAATATCATTTGTTAATTGTATATATGGTAAGCTTGAAATC TGTTTGTATATTTGAGTGTGTAACGTTTATATATACAATATTCTATTATGTTCATAATTT TGTATATGTATAATAGAGTGATTTTAACAAATTTATTTTATACAAAATTAAATAATTGTA TACAAATTCTATTGCCTCGTAAGACTTTGTATATGTTACCTTAATATACAACCCACTATA TATAGTTAACTTTAGTAATTGGTATACAACTAATAGAATATACAATTAAGAACTATCTCA TAATATTTTGTATATATTACCTTAATAAAAAATCCACTATATACATAACTTTGTAATTTG TATATAAATTACATTACCTGATATTTTTGATATTCTTCAGATTTGTCTCGTTCTGATGAG GCAGATTCAATCTCCTCTGAATCAATGTTTATGATTTTTCTCTTACTTCCACCTTCAACA ATCTTAATGCCGCTAGATTTCGCGTTGTTGATGACTTTATGAATTACCATTGGGTCATTT TTTTCATGGATCTCAATTCTTCAATAGATTGTTGATTTTGAACTTGTTTATGTTTTGCCA TAAAATCTACATTGACCCCAAAATCCCGAGTTAACCCAATTGAAACGAAGGTGGATTATC AATAACGTTGACATGCAATGATATACCTCTCGTAATTCTCATAAATGGAGAGGAATCATC CATTCTGATTTTGAAAGACATGTAATTTGATAAGTAATAAAGATATATGAAAAAACTAAC CATCATACTACATATACAATTGTTGAAGAAGAAATCAAGAAAAAAAATTTGGAATAATGC ACAAGTACCTGCTCAAGCTATGCCCGAAATCTCATAGATACACTTATACTATATAAAGAC CCTATTACCTCCCTGAATTTATTTTATTAATAATTTTCTACCCCTTTTTGGCCTACGTGG CACTATCTTTTGGCATAACGTTGGTTGACTTTTTTTTTTCAAACTAGTGTCACATAGGTC GAAAAGGATTAAAAAATATAAAATAAAATCAAAAAAATAATGTAACCTTAATATTGTATA AATATATCTCTATAATTTCGAATATAAATTAAAAAGGTACTTACGTATTTTTCCTAAAAA TAATAAAATACGTGTCCAATCAAATATACGTGTAACTGAAAAGAAGGGACGTGAATCTCG TAAAATGCCTTCACAATTAATGATGGATCTGTCCATCTGTATATTAATTTATGGTTCCCA CTTCCTAGACACTTTGATTATCATGGCCGAGTGTAACACTAAATAACATGAAATTAAGTA TCTTATTGTATTTTTATTTTTGGCCAAATACATATGCAGATTCCTAAAGTTGTTGGGTTT TTTCTCTCATGTACTTCAACTACGTCATTTCCTATTGAATCATTGAATTCCCATAATTTG TTTCCTTTAAACAAACAATGTTGTTTGATGTGGAACCAGATTTATGAGGGGTATTGCTAG AGGATACATATATTGTTCCACAACTCATTAGTCCAATTGATTGTGAAAATGTTCGAGAAT AATTGTGTTTTACTTAAGTCATTTGAACACATTAGAAAACAATGAGATTAACACGGTTTG TATTCATTCCTTCAATTAAAATTATTATAATTCGAACACAATTAAAGGCATTTACAATAG AAAAGCCGATCAAAATCAACCAACAGTGTTTTAAAGGAATAAATTATGGGTGGTTCAATG ATTCAATAGAAAAATGACTTAGTTAAGGTACCCGAGGGAAAAAACCCAACAAGTTTAGGA ATTTGTTTATGTATTTGGCCTTTATTTTTAGTATTTTTTAACTAATTAAATATGAATTAA TTAATTTGATAAATAAATATATATTAATTATTATTTCTATTTTATTTTATGTGGCATAAT TTAACAAGTACGATTTTTAAAATTTGTGATCTAAAATAATCATTGAATATTTGTGTAGTG ATAAATTGTTTCATCAAGGAAAAAAAATAATTTTTTAGTTGAATTATTTTCAATTATAGT GGAAGGACATTTTAAGGGCACAGAAAATGAGACAAAATGAGTACTTAGTTTCGGTGTTGG TTAAATGTAGAATTCCAAAACTAATAATTCTCAAGAATGAAATAGAAAGAACAAAGTTAT TTATATATCATTTTTGTAAAATGATAAATGTTAGAAACAAAAAACAAGAATGACACCTTG GCTAGAGTTAGTAAAAAAATGAATCCAAACATAGATAATTGGTTTAATCCGTTCAGAATT TTAAGGGTTGGACTCAACATAATTTGAATTGGGCTCAATTTCAACTCATTCAAGCTTAAC CCATTTGAACAGAGTTCTCGATTTAGCCCAATTCCATCTACAATTTCAACCCCTTTTAAA ACTTTGTATTAAGATATGTTCCTATATTGAAGGTACAAATTATTATCTAGTTAACATCTT TTAGGATTTATCTATCCATCTTTTACTTTTTTAACAAAAAATTCTTGAACAGAAATATAA ATTGTAATTATAAATGTTAAATATCAATATGTTAAATTATTGAGATTAATCGGATCAAAT TGGGCGGATCAAGAGCCAACCCATTTTTTAGCCTATTTGAGCCCAAAGTAAACTTCGGTT GGTCAACACCCAACCGGTTTCTATTCAACTCATTATAATATTTCTAATTTCAACTCAACC CGCCATCTGACACCCTAAGCGCCGTAAAGCGAAAAACATATATTTCATCAATTTATTAAT TGTTTTCTCGGGAAACAAAATTGGTTGGTAATTAAAATTTAAAAAGGAAAAAACCAATAT CTTAGGGGAGATTTTTAAATCCACTTGGGTCAAAATCATGATACTAGTAACTTTTAACTA CTTGTTGCAAACCTTTTGCAAGTATCCAACTCAAACATGTGGAAGAAATGATGGTGCTTT AACAAATTTGACCTCCAATACATAGGAAAATAAGTGCTTCCAGTTATTTTTTTATAGGAT GAAGGATCTTCTACTAATAATCTTTGAAGATAATGACTTTGACATGCCAAATAATTTGAA GTGAAAAGACAAATCATTTGAACAAAAAAAGAGTAGAAGTTATACTATATATATGAAATA AAAATAACCAAATTGTCATTTGCTCACATTATGCAAATCCAGCCTGTGGAAAAATCTTCT TTTTATCACACCAAAAAGGTAAACCCAAAATTTAATGGACTCAAAAATATTAGCTGTGTG AGGCACCTAATAAAGTTTTTTTTCAGCGCTTAATTAAGCCGTTGTGAAATTTGGGATTTG GAGGTTTTTCTCTGTTTCTAAGTCTTGACCTCCCCAGATTCGCATCCGTTCTGTTGTCTG CTCAACCTGCATTTTCATTTTCTCATTACTACTACTGAACACTTACTCATACTGAATGCA CTACTTGTTGCGTATACAGTTATTTTGTATCGAGGACGTTCAACATCAAGTGTTCTGGAG TTTAAAACCATTATGTCACATACCTCTTTATTCCAGTCAATTCTGTAGAGTACAATTGAG AGTAGTAGTGTTTGCAAAGCTAGTCCACCTATCATTCCTCCCCATAGTCCCTTCAAGAGA AAATCCAAAACCGCGGTGTACATTAATGTATATTCATTTCATATACTAGTTTGAGAATGG AAGTTTTGTTTACCATGACTCCGAAGTTAGCCACATAGCCAAGAAGATATCCGAGAGGAA TACCAAAAATGTAGTAAGAACCCAAATTGATGTAAGCTACGAGACCTTGCCATCCGCCTC CAACAGCAACACCTACAAGCAAAAGTTGGTCCCAGTAAGATTGCTGTGAGGACTATCGAG GAGTAAAACTCTCTTTGGAAACAGAACATTTTTAATAAAAGCAACACCTGATATCACAGG CTGAACACTGTTGAGAAGCATTGTTAACCCAAGAAACCAAGCAAGCTCAGAAACAGCTCG TTTCAAAAGCTCGCTATCGGTGAATAGAATGGCTAGATGACTTCTTAATGCAAGTACTAC AATCATGCAGAGTATCCCAATGAGAAGTGACTGAAACACTGTAACGTATACACTACATTT GGTCGCCCTGGCACGTCCTAGCCCAAGCTCATTTGAGACCCGAACACTGCGAAAACAACA ATACATTAACTCAAAACTCACACACAAATGAAGTGCATATTTGTGAAGCTTTAGGACTTC ATTACCTTATGGCAGCATTGACTCCAATAAAAAACATTGCTTCCCATCCATCGACATTCA TGCTGAAAGATGACAACAATTGACATGAATCACGAGCTCACACAAAACAATTGACATGAA TCACGAGCTCACAAAAATTCATCTCATTCACAAAAAGAAAAATAACACAAACTTTCCGTT GCCCGTTTGAGTTGTTCAAGCCAACCAAATACACAGTTTAAGCTCAACTTGCCTACCCTG ACTGGATGTTAGGTTGCGTTTTAACGAGCTTAAGCACTGCTATCTTATGCTAAATTTCTA AATAAATGGGAGAGACACAAGACTCACCAAATCGAGAGGGCTCCAACTGCAGTAACTGCA TCTTTGAGATGACCAGTGAGGAGAATAATACTCACCATATACCAGGTTTCTAGGCATAGC ATAACAGCCGATTCAATAGACAGTCTAACAAAGGCCCAAATCTCATTGAATGCAGACCAA GACCATCCCTTCCATCCATCTTTGCACCAAAAAACTACGTAAGCAAATTGAGCAAGTGCA TTGACCCAGCCTACAAGATTAAAGGATATAGCTGCCCCGGTCAAACCCCAATTGAATACA TAAATGAAGAGCCAAAGGAGAATAGCATGGAGTACGAGAGCCACAAAACCAATCCAGGCC AGCACACCAACTTTACTCTGGGCTTGAAGAAATTTTGAAGTGGGAATGTTAACAGACAGG GAATATAACTCGGGAATGGTTAACATGGCAAACTTCCCAGCAACAACAGCAATATCATGA TCTTGGCCTAGGAACTTAAGTATAGGAGTCGCGAAAACATAGATTGGTAAGAGAAGGAAG CTACTCAGCAATAGAATTATCATTGAGCGTTGTGTGTAAACTCCTAGCATGTGTACTTGC CCAGCACCAAATGCCTGTCCACAGAGCGTCTCCAGTGCACTCCCCATGCCTATCTACACA TAGATTACATATGCCCATGTAAGAAACTAAGGGATCATAATAACAGATTGAGAGTTCTGC ATTACTGATACATCGTTCCATTTGTAACATAATTCTCAACTAGTTTAACAATTTATTACT CCACACAATCCAATTTTGACTATATTAAAGCTCAAAATATCCAATGCAATGTAATATCTT TCTCGAAATAGAATGTGAAATAAGATTACATTTGATAACAATAACTAAATTGTTGAGCTT AACCAACCCAAAGATACTCTTTAACTATTTTCTCTTTGGGTCAAACCCGCACAGATTTTG CTAATTAACCAATGTTTTCAACTACCAGTGCGGATTTTGTTAGCACACCCAACAGAACTA GTACGTAACAATCTTGTGTTAGGATCGAATTCACGCACACACTTACGAATGAAGAACACA AGAATTTTCAAGAGAAAGAGATGAGAGATATATAGAGAGAAAGAGAAAACTCAATATTTC GTGGTAACACCTCATAAGTAAACTTCCACGGCGGTGAGGTATATTTATATTGATAAATCA GAGTATTTTTTGTTACAGAGAATAAATAATAAAGCCTAAAATTTAGGCCGGGGCGCTGCC CCGAACCCCACCTTCAGATGGAGGCTCCCGCCCCCATAACCCCTGGCAACCTCACCGCGC AGGTTAAACCGCGTAAACAATTATATATATTAATCAGGCTCCACAACCTAACATCTTGTA TCACTTTTCAAAAAATTACTCCATTTTACCAATTAATCCGATTTTAACAACAGAATTCAA AAGTTTCGTAATAATCTGTGTGTAAATCAGACAATGGAATGAATACAACTAGTAGTAGGA AATGCACATTAACAACGAAGTGGGAGTAAAAAGGGGAAAAGAGGAGGAAGACGAACCATG AAGCCATAAATGAAAGTGCCGAGAACAGTTTGAGCAAGGGTAACAGCAGAGAGCTCTGTA GGTCCAAGATGACCACAGAAAGCAACAGTGATAGCATAGAGTCCGTATTGACAGACGATG TTGAAAGCGATTGGGCCTCCAATCTCCCATAGCTTCACTGTCTCAATCCAGAATACATCC CACAATTCATTCATACTCATGCTAGAAATAGGCCGGTAGTCACCGTCGGAGCCGATAAGC TGCCAGTGCTCGCCGGAAAAGTCATTTAGCAATGGTGATTGATCCATTACTCTCGTCTCT GACTAATTGCTTCTTACTTTTCACTTGTTATTGTAGCTTAGAGTAGTCATCTAATTTTTT TCAACGGGGTAGACAGCCAAATAAATAAATAAATATTATTTTTGATGATTGAAGGATTGT TATTCGTTATATTGTATTTGGATTATTATTTAAAATATATAATATTTTACTGTTAAAATT TTTTGTTATATAATAATAAACTTTTTATTTTTTAGAACAATTAATTCTATGTGTTTCTAT TATTTTATGTTATTTTTAAATTTATCAAAAAGCTTATAAAATTTAAGAATAAATTTTAAG AAAATTCAAATTGACTGACTTATTTTAACATGTATGGGATAATTTTATTGCACGTGTTTG GCGGGTACAATATTTCTATTTAGATCCAATCTTTTGAAAAGGTACCAAATCTTTTTACCC ATTTCATTTTTTTTTAGCTCACCCTTCAAAAGCTTCTAGAAAACACTTTTTACTTCGATA CTTTAATTAGATCAGAAAATTATTTAAATATATTATCATATTTTATATTAATTTCATTTT TTAAATATTTATGTCAATATATGGGTTATCTGAAAATTTATCTATTTTTGTAAAATAATT TTGTTCCTATGATTTCAGCCACATTTTTCTTCTTTTTTTTGTGTCAATTCTTTTAAATTG ACTAAAAAAACTGGGTCATATAAATTAAACATGTATATTTTTGTGTCATATTAGGGATAA ATAGTTTCAAAAATCTATGTTTGAGGGTAAAATATGGATTCGAAGCCAAAAGAATAGCAA AATTGAGTTAAAATTCCAAAAGAGTAACCCGAAAAAATTGAATCCATACCTAAGGAAACA TGTTTTAGAATTTAGAAATATGTTACTCTTTTGACCTAATTTTTTTAAATCTGTCTCAAA AATAGTAAATTTTTCAATTTTAATATTTATAAAACAAATTTAAAATCACAAAATCTAAAA AAAAATCTTATTTCATAAATTTCATGCATAATCAAATTGATAAATTCGACTTAGAAATAC TTTTTAAATTTCGTGTATATAATTGAGAAGGATGAAGTATAAAAATAGGGATATTTGCAC GTGAAACTGGTTAGACGGCCTCCACAAATAATAAATTTTTCACACATCCCTCTAAGAAGA CGGCGTTAGGTCCTTTATAACGTCCACCTACCTTCATCAATTCAGGTAAACTTTGTGCTA TACAAATTTTATTTAATTACTTTTTTTTTCATCGGGTGTTATATAAAGTCCGATTAAATT CTGATTGCTCATGGCAATATTGGAGCTCCGACTAAACCTTTTACCAGAAAATGATATTAC ATACAAGCAGAATCTGTACTATTTGAAAATCCACATTTCTATTGCTGAGTGTATAACAAA AGAAACAGATTTTACAAGTTTCAAACTCAAACATAAACAAGAAAAAATACATTATTTCAA TGAATCAATCATAAACTTAAGCAACACCACCATTCTCAATAGTTAACTGCCCATCTGCAG ATTTCTGTGTCTCAAAATCTTGACCTCCCCACTTGCGCATACGCTCCGTCGTGTCGTTAA CCTGTAATTTAAAAACATTATAATTAATACTAGTAACATGTAGGGTGAATTTCATGGTTT TAAAAGTCCAAAACCATACCTCCTTGTTCCAGTTAGTCTTATACAGTATAATCAAGAGTA GAAGAGTCTGCAAAGCTGCCCCTGCTATCATCCCTAACCAAAGTCCCTGTACGACGCGCG TAACATAATTTGAAAGCTGTCAGTGAAGCAATGTGAACGAATTTTATTCACCTGTAAGTC AGTTCTCTTGTTGATTTCGATAATAACTGTTAGTTGAGTGATCATCTGACATATCAGCTC AAGAACATAGAAATATTGGTTACCTTTGTTCCTAATTTTGCTACATAACCAAGAAGATAT CCAAGAGGGAGTCCAAAAACATAATAGCAACCAAGATTGATATAAGCTACTAAAGCTTGC CATCCACCTCCAACAGCAACCCCTGCAATCAGGATGAAAAAACACGATAATATTGGTGTT CCGAAGCATTAAAAACACAGAAATGCTGAAGCAAAGCAATACCTGATATAACCGGCTGAA CGCTATTAAGGACCATGGTAATCCCTAGAAGGTAAGCAAGATCAGCAACAGCTTCTTGCA TCTCCTTGCTGTTTGAAAAGATAATGGCCAGATGATCTCTAGCTACTAGTACAATTACCA TGCAGAGTATCCCTATTAGGAGGGACTGAAACACCGTGATGTAGACCGAGTATTTGGTAG CTCTTGGATGTCCTTGCCCCAGTTCATTTGAGACTCGGATGCTGTTGGAAAATCAAATAG TCGTCAACGACAACAGTATACCAAATGTATTCCGACAGAGTGGGTCTGGGGAGGATAAAG TGTACGCAGACCTTACTTCTACCTCTGACTCTGCTCAGAAGGTTAGGTAGTCAATAGACC CTCGACTCAAAACAAAAACAGACTAAAAAGGCGCAATGAGAGTACAAGAGACAATATGTG TAGTAAACAAAACAACACATAGTAACAGAACAGTTGTAGAATACTACCATAGCACTATGA CTACTTGTTCTATTAACCATCAAGATATGTTTATATTATTACCTTATGGCAGCATTAATT CCAATGAAAAGCATGCTCTCCCATCCATTGATGTTCATACTGTGTAAAATCCGAAATTTA ACATGAATCAGAAATGAACTTAAAAATCTCACCAATAGATGCACAACAAAGCTTGACTCG ACTCAATGAAGCTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 5704 6202 match_part 1.000 7644 7760 match_2 match_part 1.000 5704 5994 match_3 match_part 0.935 5714 6202 match_part 0.964 7644 7754 match_4 match_part 0.928 5714 6169 match_5 match_part 0.938 5720 6202 match_part 0.964 7644 7754 match_6 match_part 1.000 5723 6169 match_7 match_part 0.971 5725 6202 match_part 1.000 7644 7721 match_8 match_part 0.939 5729 6202 match_part 0.980 7644 7694 match_9 match_part 0.940 5739 6202 match_part 0.935 7644 7889 match_10 match_part 0.940 5739 6202 match_part 0.980 7644 7694 match_11 match_part 0.978 5743 6202 match_part 1.000 7644 7699 match_12 match_part 0.978 5743 6202 match_part 1.000 7644 7686 match_13 match_part 1.000 5747 6202 match_part 1.000 7644 7703 match_14 match_part 1.000 5756 6202 match_part 1.000 7644 7728 match_15 match_part 0.982 5756 6202 match_part 1.000 7644 7698 match_16 match_part 0.980 5756 6199 match_17 match_part 0.995 5758 6133 match_18 match_part 0.993 5761 6202 match_part 0.991 7644 7864 match_19 match_part 1.000 5761 6202 match_part 1.000 7644 7815 match_20 match_part 0.943 5763 6169 match_21 match_part 0.991 5764 6202 match_part 0.902 7644 7704 match_22 match_part 1.000 5765 6202 match_part 1.000 7644 7703 match_23 match_part 0.930 5771 6158 match_24 match_part 1.000 5772 6202 match_part 1.000 7644 7860 match_25 match_part 1.000 5772 6202 match_part 0.992 7644 7768 match_26 match_part 0.970 5780 6182 match_27 match_part 1.000 5785 6202 match_part 1.000 7644 7814 match_28 match_part 0.941 5795 6202 match_part 0.945 7644 7862 match_29 match_part 0.973 5837 6202 match_part 0.972 7644 7749 match_30 match_part 0.935 5865 6202 match_part 0.957 7644 7737 match_31 match_part 0.991 5880 6202 match_part 0.993 7644 8219 match_32 match_part 0.996 5920 6202 match_part 1.000 7644 7720 match_33 match_part 1.000 6068 6202 match_part 0.995 7644 8219 match_34 match_part 0.917 6094 6202 match_part 0.918 7644 8274 match_35 match_part 0.927 6094 6202 match_part 0.936 7644 8202 match_36 match_part 0.927 6094 6202 match_part 0.916 7644 8110 match_37 match_part 0.917 6094 6202 match_part 0.980 7644 7692 match_38 match_part 1.000 6174 6202 match_part 1.000 7644 8101 match_39 match_part 1.000 6944 7771 match_40 match_part 0.994 6945 7434 match_41 match_part 1.000 7640 8489 match_42 match_part 1.000 7650 8217 match_43 match_part 0.968 7694 8227 match_44 match_part 0.993 7785 8588 match_45 match_part 0.911 7792 8546 match_46 match_part 0.910 7792 8337 match_47 match_part 0.915 7792 8335 match_48 match_part 0.989 7840 8487 match_49 match_part 0.993 7932 8740 match_part 0.778 8796 8822 match_50 match_part 0.982 8034 8685 match_51 match_part 0.912 8038 8616 match_part 0.611 8723 8740 match_part 0.875 11728 11735 match_52 match_part 0.989 8109 8723 match_53 match_part 0.997 8137 8818 match_54 match_part 0.976 8277 8685 match_55 match_part 0.994 31154 31328 match_56 match_part 0.957 31173 31382 match_part 0.993 33868 34270 match_57 match_part 0.957 31176 31382 match_part 0.974 33868 35503 match_part 0.824 36033 36049 match_58 match_part 0.956 31177 31382 match_part 0.993 33868 34287 match_59 match_part 0.931 31180 31382 match_part 0.981 33868 34335 match_60 match_part 0.997 33888 34772 match_61 match_part 0.952 33888 34496 match_62 match_part 0.971 33888 34402 match_63 match_part 0.970 34056 34661 match_64 match_part 0.977 34056 34573 match_65 match_part 0.972 34164 34635 match_66 match_part 0.948 34246 34975 match_67 match_part 0.989 34378 35224 match_68 match_part 0.901 34634 35431 match_69 match_part 0.920 63264 63363 match_part 1.000 63498 63826 match_part 1.000 64253 64348 match_part 1.000 64440 64517 match_part 0.994 64601 64764 match_70 match_part 0.977 63277 63363 match_part 1.000 63498 63524 match_part 0.885 63630 63690 match_71 match_part 1.000 63293 63363 match_part 0.997 63498 63826 match_part 1.000 64253 64348 match_part 1.000 64440 64517 match_part 0.994 64601 64777 match_part 1.000 65690 65722 match_72 match_part 0.857 63294 63363 match_part 0.960 63498 63826 match_part 0.979 64253 64348 match_part 0.974 64440 64517 match_part 0.977 64601 64777 match_part 0.905 65690 65731 match_73 match_part 0.857 63294 63363 match_part 0.957 63498 63826 match_part 0.970 64253 64285 match_74 match_part 0.870 63295 63363 match_part 0.970 63498 63826 match_part 0.958 64253 64348 match_part 0.923 64440 64452 match_75 match_part 0.824 63296 63363 match_part 0.957 63498 63826 match_part 0.969 64253 64348 match_part 0.974 64440 64517 match_part 0.986 64601 64746 match_76 match_part 0.862 63299 63363 match_part 0.954 63498 63826 match_part 0.979 64253 64348 match_part 0.962 64440 64517 match_part 0.973 64601 64747 match_77 match_part 0.862 63299 63363 match_part 0.970 63498 63662 match_78 match_part 1.000 63300 63363 match_part 0.980 63498 63595 match_79 match_part 0.847 63305 63363 match_part 0.954 63498 63826 match_part 0.979 64253 64348 match_part 0.885 64440 64517 match_part 0.778 64601 64609 match_80 match_part 0.836 63309 63363 match_part 0.964 63498 63826 match_part 0.958 64253 64348 match_part 0.923 64440 64517 match_part 0.950 64601 64701 match_81 match_part 0.855 63309 63363 match_part 0.957 63498 63826 match_part 0.979 64253 64348 match_part 0.974 64440 64517 match_part 0.950 64601 64620 match_82 match_part 0.996 63579 63826 match_part 1.000 64253 64348 match_part 1.000 64440 64517 match_part 0.994 64601 64777 match_part 0.971 65690 65758 match_part 0.966 65900 65957 match_83 match_part 0.941 63606 63826 match_part 0.958 64253 64348 match_part 0.949 64440 64517 match_part 0.966 64601 64777 match_part 0.925 65690 65729 match_84 match_part 0.955 63627 63826 match_part 0.958 64253 64348 match_part 0.949 64440 64517 match_part 0.983 64601 64777 match_part 0.986 65690 65758 match_part 0.950 65900 65919 match_85 match_part 0.953 63636 63826 match_part 1.000 64253 64348 match_part 1.000 64440 64517 match_part 0.994 64601 64777 match_part 1.000 65690 65758 match_part 0.942 65900 66227 match_86 match_part 0.947 63639 63826 match_part 0.979 64253 64348 match_part 0.962 64440 64517 match_part 0.961 64601 64677 match_87 match_part 0.850 63654 63826 match_part 0.979 64253 64348 match_part 0.974 64440 64517 match_part 0.983 64601 64777 match_part 0.942 65690 65758 match_part 0.890 65900 65972 match_88 match_part 0.936 63671 63826 match_part 0.979 64253 64348 match_part 0.974 64440 64517 match_part 0.983 64601 64777 match_part 0.986 65690 65758 match_part 0.918 65900 66106 match_89 match_part 0.955 63673 63826 match_part 0.958 64253 64348 match_part 0.949 64440 64517 match_part 0.977 64601 64777 match_part 0.986 65690 65758 match_part 0.921 65900 66013 match_90 match_part 0.950 63688 63826 match_part 0.958 64253 64348 match_part 0.949 64440 64517 match_part 0.989 64601 64777 match_part 0.986 65690 65758 match_part 0.914 65900 66051 match_91 match_part 0.950 63688 63826 match_part 0.958 64253 64348 match_part 0.949 64440 64517 match_part 0.989 64601 64777 match_part 0.986 65690 65758 match_part 0.922 65900 66014 match_92 match_part 0.942 63689 63826 match_part 0.979 64253 64348 match_part 0.974 64440 64517 match_part 0.983 64601 64777 match_part 0.986 65690 65758 match_part 0.933 65900 66093 match_93 match_part 1.000 63700 63826 match_part 1.000 64253 64348 match_part 1.000 64440 64517 match_part 1.000 64601 64777 match_part 1.000 65690 65758 match_part 0.979 65900 66092 match_94 match_part 1.000 63709 63826 match_part 1.000 64253 64348 match_part 0.974 64440 64517 match_part 1.000 64601 64709 match_95 match_part 0.953 63721 63826 match_part 0.958 64253 64348 match_part 0.949 64440 64517 match_part 0.983 64601 64777 match_part 0.971 65690 65758 match_part 0.933 65900 65914 match_96 match_part 0.950 63726 63826 match_part 0.958 64253 64348 match_part 0.949 64440 64517 match_part 0.989 64601 64777 match_part 0.986 65690 65758 match_part 0.886 65900 65943 match_97 match_part 1.000 63737 63826 match_part 1.000 64253 64348 match_part 1.000 64440 64517 match_part 1.000 64601 64777 match_part 1.000 65690 65741 match_98 match_part 1.000 63738 63826 match_part 1.000 64253 64348 match_part 1.000 64440 64517 match_part 1.000 64601 64777 match_part 0.986 65690 65758 match_part 1.000 65900 65910 match_99 match_part 0.952 63743 63826 match_part 0.958 64253 64348 match_part 0.949 64440 64517 match_part 0.989 64601 64777 match_part 0.986 65690 65758 match_part 0.875 65900 66164 match_100 match_part 0.875 63747 63826 match_part 0.979 64253 64348 match_part 0.974 64440 64517 match_part 0.972 64601 64777 match_part 0.986 65690 65758 match_part 0.920 65900 66187 match_101 match_part 0.986 63757 63826 match_part 1.000 64253 64348 match_part 1.000 64440 64497 match_102 match_part 0.885 63801 63826 match_part 0.927 64253 64348 match_part 0.949 64440 64517 match_part 0.989 64601 64777 match_part 0.986 65690 65758 match_part 0.920 65900 66188 match_103 match_part 0.927 64253 64348 match_part 0.923 64440 64517 match_part 0.989 64601 64777 match_part 0.986 65690 65758 match_part 0.924 65900 66187 match_104 match_part 0.961 64273 64348 match_part 0.949 64440 64517 match_part 0.989 64601 64777 match_part 0.986 65690 65758 match_part 0.916 65900 66196 match_105 match_part 0.964 64321 64348 match_part 0.949 64440 64517 match_part 0.989 64601 64777 match_part 0.986 65690 65758 match_part 0.923 65900 66185 match_106 match_part 1.000 64334 64348 match_part 1.000 64440 64517 match_part 1.000 64601 64777 match_part 1.000 65690 65758 match_part 0.996 65900 66150 match_107 match_part 1.000 64346 64348 match_part 1.000 64440 64517 match_part 1.000 64601 64777 match_part 1.000 65690 65758 match_part 1.000 65900 66204 match_108 match_part 1.000 64347 64348 match_part 1.000 64440 64517 match_part 1.000 64601 64777 match_part 1.000 65690 65758 match_part 1.000 65900 66204 match_109 match_part 1.000 64347 64348 match_part 1.000 64440 64517 match_part 1.000 64601 64777 match_part 1.000 65690 65758 match_part 0.997 65900 66202 match_110 match_part 0.928 64449 64517 match_part 0.927 64601 64777 match_part 0.986 65690 65758 match_part 0.932 65900 66091 match_111 match_part 1.000 64517 64517 match_part 0.983 64601 64777 match_part 0.986 65690 65758 match_part 0.891 65900 66230 match_112 match_part 0.983 64603 64777 match_part 0.986 65690 65758 match_part 0.916 65900 66196 match_113 match_part 0.994 64619 64777 match_part 0.986 65690 65758 match_part 0.919 65900 66196 match_114 match_part 0.994 64619 64777 match_part 0.986 65690 65758 match_part 0.919 65900 66196 match_115 match_part 0.991 64661 64777 match_part 0.986 65690 65758 match_part 0.920 65900 66186 match_116 match_part 1.000 64665 64777 match_part 1.000 65690 65758 match_part 0.986 65900 66193 match_117 match_part 1.000 64665 64777 match_part 1.000 65690 65758 match_part 0.993 65900 66190 match_118 match_part 0.984 64714 64777 match_part 0.986 65690 65758 match_part 0.883 65900 66199 match_119 match_part 0.971 65690 65758 match_part 0.997 65900 66204 match_part 0.684 66447 66465 match_part 0.655 66594 66622 match_120 match_part 0.975 65719 65758 match_part 0.913 65900 66186 match_121 match_part 0.966 65730 65758 match_part 0.905 65900 66194 match_122 match_part 0.972 65936 66181 match_part 0.604 66571 66623 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_123 match_part 0.911 8634 8095 match_124 match_part 0.903 8645 8108 match_125 match_part 1.000 12043 11997 match_part 1.000 11619 11467 match_part 1.000 10733 10617 match_part 0.973 10534 10314 match_126 match_part 0.990 15013 14918 match_part 1.000 12140 11997 match_part 1.000 11619 11467 match_part 1.000 10733 10617 match_part 0.973 10534 10315 match_127 match_part 1.000 12082 11997 match_part 1.000 11619 11467 match_part 1.000 10736 10617 match_part 1.000 10534 10321 match_128 match_part 0.981 15213 15160 match_part 0.972 15059 14918 match_part 0.979 12140 11997 match_part 0.961 11619 11467 match_part 1.000 10733 10693 match_part 0.846 10642 10617 match_part 0.914 10534 10477 match_129 match_part 0.910 18057 17846 match_part 0.984 17747 17626 match_part 0.983 15219 15160 match_part 0.958 15059 14918 match_part 0.979 12140 11997 match_part 1.000 11619 11541 match_130 match_part 0.914 18055 17846 match_part 0.984 17747 17626 match_part 0.967 15219 15160 match_part 0.965 15059 14918 match_part 0.993 12140 11997 match_part 0.939 11619 11554 match_131 match_part 1.000 18078 17846 match_part 0.992 17747 17626 match_part 1.000 15219 15160 match_part 1.000 15059 14918 match_part 0.993 12140 11997 match_part 1.000 11619 11598 match_132 match_part 1.000 18078 17846 match_part 1.000 17747 17626 match_part 1.000 15219 15160 match_part 1.000 15059 14918 match_part 1.000 12140 12013 match_133 match_part 0.996 18070 17846 match_part 1.000 17747 17626 match_part 0.967 15219 15160 match_part 0.972 15059 14918 match_part 1.000 12140 12057 match_134 match_part 1.000 18053 17846 match_part 1.000 17747 17626 match_part 0.983 15219 15160 match_part 1.000 15059 14918 match_part 1.000 12116 12057 match_135 match_part 1.000 18078 17846 match_part 1.000 17747 17626 match_part 1.000 15219 15160 match_part 0.979 15059 14918 match_part 1.000 12140 12060 match_136 match_part 1.000 18042 17846 match_part 1.000 17747 17626 match_part 1.000 15219 15160 match_part 1.000 15059 14918 match_part 1.000 12140 12060 match_137 match_part 0.983 18083 17846 match_part 1.000 17747 17626 match_part 0.983 15219 15160 match_part 0.993 15059 14918 match_138 match_part 1.000 18083 17846 match_part 0.992 17747 17626 match_part 0.967 15219 15160 match_part 1.000 15059 14954 match_139 match_part 1.000 18049 17846 match_part 1.000 17747 17626 match_part 1.000 15219 15160 match_part 1.000 15059 15001 match_140 match_part 1.000 18074 17846 match_part 1.000 17747 17626 match_part 0.987 15235 15160 match_part 1.000 15059 15025 match_141 match_part 0.994 37971 37816 match_part 0.952 36869 36209 match_142 match_part 0.989 36593 36219 match_143 match_part 1.000 37971 37816 match_part 0.961 36869 36224 match_144 match_part 1.000 39461 39391 match_part 0.975 39286 38679 match_part 0.896 36387 36292 match_145 match_part 0.976 39075 38487 match_part 0.922 37982 37816 match_146 match_part 1.000 39763 39760 match_part 0.991 39615 39391 match_part 0.976 39286 38819 match_147 match_part 1.000 39763 39760 match_part 0.991 39615 39391 match_part 0.980 39286 38943 match_148 match_part 1.000 39946 39841 match_part 0.991 39615 39391 match_part 0.983 39286 39058 match_149 match_part 0.944 40109 40092 match_part 1.000 39978 39841 match_part 1.000 39615 39391 match_part 1.000 39286 39104 match_150 match_part 1.000 45397 45364 match_part 1.000 41135 40914 match_part 1.000 40547 40489 match_part 1.000 40176 40092 match_part 1.000 39978 39841 match_part 1.000 39615 39536 match_151 match_part 0.911 54401 54121 match_part 0.971 54039 53904 match_part 1.000 53752 53707 match_part 0.951 49135 49075 match_part 0.993 48984 48840 match_152 match_part 1.000 54304 54121 match_part 1.000 54039 53904 match_part 1.000 53752 53707 match_part 1.000 49135 49075 match_part 0.909 48984 48919 match_153 match_part 0.911 54401 54121 match_part 0.971 54039 53904 match_part 0.978 53752 53707 match_part 0.950 49135 49076 match_154 match_part 0.915 83994 83723 match_part 0.976 83499 83418 match_155 match_part 0.994 88787 88612 match_part 1.000 88213 87127 match_part 1.000 87009 86953 match_part 0.996 86889 86651 match_part 1.000 86568 86450 match_part 1.000 86377 86291 match_part 0.996 86186 85919 match_156 match_part 1.000 100904 100866 match_part 0.992 100786 100548 match_part 1.000 100452 100334 match_part 1.000 100250 100164 match_part 0.972 100026 99741 match_157 match_part 0.667 101190 101188 match_part 0.982 100922 100866 match_part 1.000 100786 100548 match_part 1.000 100452 100334 match_part 1.000 100250 100164 match_part 1.000 100026 99751 match_158 match_part 1.000 103045 102717 match_part 1.000 100922 100866 match_part 1.000 100786 100548 match_part 1.000 100452 100334 match_part 0.974 100250 100174 match_159 match_part 1.000 103044 102717 match_part 1.000 100922 100866 match_part 1.000 100786 100551 match_160 match_part 1.000 103044 102717 match_part 1.000 100922 100866 match_part 1.000 100786 100624 match_161 match_part 0.997 103045 102719 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 5704 6202 exon 7644 8740 exon 8796 8822 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 5704 6202 exon 7644 8818 gene_3 gene GT_PGL_1_AGS_3 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 5704 6202 exon 7644 8616 exon 8723 8740 exon 11728 11735 gene_4 gene GT_PGL_1_AGS_4 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 6944 8740 exon 8796 8822 gene_5 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 8645 8095 gene_6 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 18083 17846 exon 17747 17626 exon 15219 15160 exon 15059 14918 exon 12140 11997 exon 11619 11467 exon 10733 10617 exon 10534 10314 gene_7 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 18083 17846 exon 17747 17626 exon 15219 15160 exon 15059 14918 exon 12140 11997 exon 11619 11467 exon 10736 10617 exon 10534 10321 gene_8 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 18083 17846 exon 17747 17626 exon 15219 15160 exon 15059 14918 exon 12140 11997 exon 11619 11467 exon 10733 10693 exon 10642 10617 exon 10534 10477 gene_9 gene GT_PGL_3_AGS_4 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 18083 17846 exon 17747 17626 exon 15219 15160 exon 15059 14918 exon 12116 11997 exon 11619 11467 exon 10736 10617 exon 10534 10321 gene_10 gene GT_PGL_3_AGS_5 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 18074 17846 exon 17747 17626 exon 15235 15160 exon 15059 14918 exon 12140 11997 exon 11619 11467 exon 10733 10693 exon 10642 10617 exon 10534 10477 gene_11 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 31154 31382 exon 33868 35503 exon 36033 36049 gene_12 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 45397 45364 exon 41135 40914 exon 40547 40489 exon 40176 40092 exon 39978 39841 exon 39615 39391 exon 39286 38487 exon 37982 37816 exon 36869 36209 gene_13 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 39763 39760 exon 39615 39391 exon 39286 38487 exon 37982 37816 exon 36869 36209 gene_14 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 45397 45364 exon 41135 40914 exon 40547 40489 exon 40176 40092 exon 39978 39841 exon 39615 39391 exon 39286 38679 exon 36387 36292 gene_15 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 54401 54121 exon 54039 53904 exon 53752 53707 exon 49135 49075 exon 48984 48840 gene_16 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 63264 63363 exon 63498 63826 exon 64253 64348 exon 64440 64517 exon 64601 64777 exon 65690 65758 exon 65900 66230 gene_17 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 63264 63363 exon 63498 63826 exon 64253 64348 exon 64440 64517 exon 64601 64777 exon 65690 65758 exon 65900 66204 exon 66447 66465 exon 66594 66622 gene_18 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 63277 63363 exon 63498 63524 exon 63630 63826 exon 64253 64348 exon 64440 64517 exon 64601 64777 exon 65690 65758 exon 65900 66230 gene_19 gene GT_PGL_7_AGS_4 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 63264 63363 exon 63498 63826 exon 64253 64348 exon 64440 64517 exon 64601 64777 exon 65690 65758 exon 65900 66181 exon 66571 66623 gene_20 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 83994 83723 exon 83499 83418 gene_21 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 88787 88612 exon 88213 87127 exon 87009 86953 exon 86889 86651 exon 86568 86450 exon 86377 86291 exon 86186 85919 gene_22 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 103045 102717 exon 100922 100866 exon 100786 100548 exon 100452 100334 exon 100250 100164 exon 100026 99741 gene_23 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 101190 101188 exon 100922 100866 exon 100786 100548 exon 100452 100334 exon 100250 100164 exon 100026 99741 RepeatMasker tomato repeats master Unknown00034 3704 3938 1 Unknown00034 3704 3938 1 nucleotide_motif 1403 3243 3472 Unknown00034 3886 4031 1 Unknown00034 3886 4031 1 nucleotide_motif 885 3472 3619 Gypsy00073 11877 12023 1 Gypsy00073 11877 12023 1 nucleotide_motif 819 23948 24099 Gypsy00073 4 383 1 Gypsy00073 4 383 1 nucleotide_motif 2390 24288 24673 Unknown00043 5777 5835 1 Unknown00043 5777 5835 1 nucleotide_motif 233 41697 41756 Unknown00043 349 541 1 Unknown00043 349 541 1 nucleotide_motif 675 42628 42824 POTTEN1 977 1109 1 POTTEN1 977 1109 1 nucleotide_motif 359 43648 43781 SHATAG_MT 2692 2750 1 SHATAG_MT 2692 2750 1 nucleotide_motif 278 51282 51340 HarbN_I 2 204 1 HarbN_I 2 204 1 nucleotide_motif 833 73328 73535 Gypsy00163 7773 7898 1 Gypsy00163 7773 7898 1 nucleotide_motif 448 75522 75644 HELMET3 3692 3769 1 HELMET3 3692 3769 1 nucleotide_motif 280 78041 78114 Unknown00025 225 468 1 Unknown00025 225 468 1 nucleotide_motif 782 80373 80633 Unknown00038 3413 4476 1 Unknown00038 3413 4476 1 nucleotide_motif 5489 84785 85854 Gypsy00073 11882 12077 1 Gypsy00073 11882 12077 1 nucleotide_motif 1321 89473 89670 Copia00110 2427 2718 1 Copia00110 2427 2718 1 nucleotide_motif 1638 95220 95499 SONATA3 66 191 1 SONATA3 66 191 1 nucleotide_motif 350 98592 98713 Gypsy00074 3798 8366 1 Gypsy00074 3798 8366 1 nucleotide_motif 1381 102172 102402 RepeatMasker tomato repeats master TLP2 7 513 -1 TLP2 7 513 -1 nucleotide_motif 485 1014 806 Unknown00050 3308 3865 -1 Unknown00050 3308 3865 -1 nucleotide_motif 2940 5206 4677 Unknown00025 245 474 -1 Unknown00025 245 474 -1 nucleotide_motif 752 6929 6679 Unknown00057 468 1226 -1 Unknown00057 468 1226 -1 nucleotide_motif 5876 16460 15701 HATSOD1 1732 1806 -1 HATSOD1 1732 1806 -1 nucleotide_motif 280 19512 19438 Unknown00034 3702 4018 -1 Unknown00034 3702 4018 -1 nucleotide_motif 1941 30466 30157 Unknown00043 8452 8522 -1 Unknown00043 8452 8522 -1 nucleotide_motif 239 41580 41511 Copia00172 288 523 -1 Copia00172 288 523 -1 nucleotide_motif 1226 51102 50862 Gypsy00019 571 654 -1 Gypsy00019 571 654 -1 nucleotide_motif 306 78142 78062 Gypsy00073 273 407 -1 Gypsy00073 273 407 -1 nucleotide_motif 647 89589 89457 Gypsy00073 11885 11994 -1 Gypsy00073 11885 11994 -1 nucleotide_motif 560 89781 89677 TLP1 228 288 -1 TLP1 228 288 -1 nucleotide_motif 404 92630 92570 Unknown00034 3704 4021 -1 Unknown00034 3704 4021 -1 nucleotide_motif 1532 97795 97487 TS2 524 655 -1 TS2 524 655 -1 nucleotide_motif 402 105498 105365 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2639 57826 59156 match_2 match 1653 61374 62427 match_3 match 1635 61374 62395 match_4 match 2640 57826 59157 match_5 match 2648 57821 59160 match_6 match 2648 57821 59156 match_7 match 2648 57826 59161 match_8 match 2529 57826 59156 match_9 match 2639 57826 59156 match_10 match 2642 57825 59157 match_11 match 1665 61374 62398 match_12 match 1602 61374 62427 match_13 match 2639 57826 59156 match_14 match 1770 61374 62398 match_15 match 1770 61374 62398 match_16 match 2615 57826 59156 match_17 match 2642 57826 59158 match_18 match 2591 57826 59156 match_19 match 2640 57825 59156 match_20 match 2639 57826 59156 match_21 match 2642 57824 59156 match_22 match 2639 57826 59156 match_23 match 2640 57826 59173 match_24 match 2640 57825 59156 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 1321.5 2 105713 clone_start_1 clone_start 1386 2 700 clone_end_1 clone_end 464 9425 9682 clone_end_2 clone_end 416 9747 9956 clone_2 clone 1078.5 33826 70945 clone_start_2 clone_start 1023 33826 34341 clone_end_3 clone_end 1564 39466 40254 clone_end_4 clone_end 797 40111 40512 clone_3 clone 763.5 68401 101417 clone_end_5 clone_end 704 68401 68800 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_6 clone_end 1257 105713 105073 clone_end_7 clone_end 1344 16274 15589 clone_start_3 clone_start 1219 16219 15605 clone_start_4 clone_start 311 16231 16063 clone_start_5 clone_start 652 30949 30576 clone_end_8 clone_end 1134 70945 70353 clone_start_6 clone_start 507 34855 34577 clone_end_9 clone_end 587 36680 36373 clone_end_10 clone_end 692 39425 39028 clone_start_7 clone_start 480 61247 60994 clone_end_11 clone_end 527 68711 68401 clone_start_8 clone_start 823 101417 101003 clone_start_9 clone_start 662 72794 72449 clone_start_10 clone_start 1209 82535 81896 clone_start_11 clone_start 287 96256 96112 clone_start_12 clone_start 1082 103113 102547 clone_end_12 clone_end 1154 104979 104398 clone_start_13 clone_start 827 105193 104761 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 5704 6202 match_part 1.000 7644 7760 match_2 match_part 1.000 5704 5994 match_3 match_part 1.000 5723 6169 match_4 match_part 0.971 5725 6202 match_part 1.000 7644 7721 match_5 match_part 0.978 5743 6202 match_part 1.000 7644 7699 match_6 match_part 0.978 5743 6202 match_part 1.000 7644 7686 match_7 match_part 1.000 5747 6202 match_part 1.000 7644 7703 match_8 match_part 1.000 5756 6202 match_part 1.000 7644 7728 match_9 match_part 0.982 5756 6202 match_part 1.000 7644 7698 match_10 match_part 0.980 5756 6199 match_11 match_part 0.995 5758 6133 match_12 match_part 0.993 5761 6202 match_part 0.991 7644 7864 match_13 match_part 1.000 5761 6202 match_part 1.000 7644 7815 match_14 match_part 0.991 5764 6202 match_part 0.902 7644 7704 match_15 match_part 1.000 5765 6202 match_part 1.000 7644 7703 match_16 match_part 0.930 5771 6158 match_17 match_part 1.000 5772 6202 match_part 1.000 7644 7860 match_18 match_part 1.000 5772 6202 match_part 0.992 7644 7768 match_19 match_part 0.970 5780 6182 match_20 match_part 1.000 5785 6202 match_part 1.000 7644 7814 match_21 match_part 0.973 5837 6202 match_part 0.972 7644 7749 match_22 match_part 0.991 5880 6202 match_part 0.993 7644 8219 match_23 match_part 0.996 5920 6202 match_part 1.000 7644 7720 match_24 match_part 1.000 6068 6202 match_part 0.995 7644 8219 match_25 match_part 1.000 6174 6202 match_part 1.000 7644 8101 match_26 match_part 1.000 6944 7771 match_27 match_part 0.994 6945 7434 match_28 match_part 1.000 7640 8489 match_29 match_part 1.000 7650 8217 match_30 match_part 0.968 7694 8227 match_31 match_part 0.993 7785 8588 match_32 match_part 0.989 7840 8487 match_33 match_part 0.993 7932 8740 match_part 0.778 8796 8822 match_34 match_part 0.982 8034 8685 match_35 match_part 0.989 8109 8723 match_36 match_part 0.997 8137 8818 match_37 match_part 0.976 8277 8685 match_38 match_part 0.994 31154 31328 match_39 match_part 0.957 31173 31382 match_part 0.993 33868 34270 match_40 match_part 0.957 31176 31382 match_part 0.974 33868 35503 match_part 0.824 36033 36049 match_41 match_part 0.956 31177 31382 match_part 0.993 33868 34287 match_42 match_part 0.997 33888 34772 match_43 match_part 0.971 33888 34402 match_44 match_part 0.972 34164 34635 match_45 match_part 0.989 34378 35224 match_46 match_part 0.920 63264 63363 match_part 1.000 63498 63826 match_part 1.000 64253 64348 match_part 1.000 64440 64517 match_part 0.994 64601 64764 match_47 match_part 0.977 63277 63363 match_part 1.000 63498 63524 match_part 0.885 63630 63690 match_48 match_part 1.000 63293 63363 match_part 0.997 63498 63826 match_part 1.000 64253 64348 match_part 1.000 64440 64517 match_part 0.994 64601 64777 match_part 1.000 65690 65722 match_49 match_part 1.000 63300 63363 match_part 0.980 63498 63595 match_50 match_part 0.996 63579 63826 match_part 1.000 64253 64348 match_part 1.000 64440 64517 match_part 0.994 64601 64777 match_part 0.971 65690 65758 match_part 0.966 65900 65957 match_51 match_part 0.953 63636 63826 match_part 1.000 64253 64348 match_part 1.000 64440 64517 match_part 0.994 64601 64777 match_part 1.000 65690 65758 match_part 0.942 65900 66227 match_52 match_part 1.000 63700 63826 match_part 1.000 64253 64348 match_part 1.000 64440 64517 match_part 1.000 64601 64777 match_part 1.000 65690 65758 match_part 0.979 65900 66092 match_53 match_part 1.000 63709 63826 match_part 1.000 64253 64348 match_part 0.974 64440 64517 match_part 1.000 64601 64709 match_54 match_part 1.000 63737 63826 match_part 1.000 64253 64348 match_part 1.000 64440 64517 match_part 1.000 64601 64777 match_part 1.000 65690 65741 match_55 match_part 1.000 63738 63826 match_part 1.000 64253 64348 match_part 1.000 64440 64517 match_part 1.000 64601 64777 match_part 0.986 65690 65758 match_part 1.000 65900 65910 match_56 match_part 0.986 63757 63826 match_part 1.000 64253 64348 match_part 1.000 64440 64497 match_57 match_part 1.000 64334 64348 match_part 1.000 64440 64517 match_part 1.000 64601 64777 match_part 1.000 65690 65758 match_part 0.996 65900 66150 match_58 match_part 1.000 64346 64348 match_part 1.000 64440 64517 match_part 1.000 64601 64777 match_part 1.000 65690 65758 match_part 1.000 65900 66204 match_59 match_part 1.000 64347 64348 match_part 1.000 64440 64517 match_part 1.000 64601 64777 match_part 1.000 65690 65758 match_part 1.000 65900 66204 match_60 match_part 1.000 64347 64348 match_part 1.000 64440 64517 match_part 1.000 64601 64777 match_part 1.000 65690 65758 match_part 0.997 65900 66202 match_61 match_part 1.000 64665 64777 match_part 1.000 65690 65758 match_part 0.986 65900 66193 match_62 match_part 1.000 64665 64777 match_part 1.000 65690 65758 match_part 0.993 65900 66190 match_63 match_part 0.971 65690 65758 match_part 0.997 65900 66204 match_part 0.684 66447 66465 match_part 0.655 66594 66622 match_64 match_part 0.972 65936 66181 match_part 0.604 66571 66623 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_65 match_part 1.000 12043 11997 match_part 1.000 11619 11467 match_part 1.000 10733 10617 match_part 0.973 10534 10314 match_66 match_part 0.990 15013 14918 match_part 1.000 12140 11997 match_part 1.000 11619 11467 match_part 1.000 10733 10617 match_part 0.973 10534 10315 match_67 match_part 1.000 12082 11997 match_part 1.000 11619 11467 match_part 1.000 10736 10617 match_part 1.000 10534 10321 match_68 match_part 1.000 18078 17846 match_part 0.992 17747 17626 match_part 1.000 15219 15160 match_part 1.000 15059 14918 match_part 0.993 12140 11997 match_part 1.000 11619 11598 match_69 match_part 1.000 18078 17846 match_part 1.000 17747 17626 match_part 1.000 15219 15160 match_part 1.000 15059 14918 match_part 1.000 12140 12013 match_70 match_part 0.996 18070 17846 match_part 1.000 17747 17626 match_part 0.967 15219 15160 match_part 0.972 15059 14918 match_part 1.000 12140 12057 match_71 match_part 1.000 18053 17846 match_part 1.000 17747 17626 match_part 0.983 15219 15160 match_part 1.000 15059 14918 match_part 1.000 12116 12057 match_72 match_part 1.000 18078 17846 match_part 1.000 17747 17626 match_part 1.000 15219 15160 match_part 0.979 15059 14918 match_part 1.000 12140 12060 match_73 match_part 1.000 18042 17846 match_part 1.000 17747 17626 match_part 1.000 15219 15160 match_part 1.000 15059 14918 match_part 1.000 12140 12060 match_74 match_part 0.983 18083 17846 match_part 1.000 17747 17626 match_part 0.983 15219 15160 match_part 0.993 15059 14918 match_75 match_part 1.000 18083 17846 match_part 0.992 17747 17626 match_part 0.967 15219 15160 match_part 1.000 15059 14954 match_76 match_part 1.000 18049 17846 match_part 1.000 17747 17626 match_part 1.000 15219 15160 match_part 1.000 15059 15001 match_77 match_part 1.000 18074 17846 match_part 1.000 17747 17626 match_part 0.987 15235 15160 match_part 1.000 15059 15025 match_78 match_part 0.994 37971 37816 match_part 0.952 36869 36209 match_79 match_part 0.989 36593 36219 match_80 match_part 1.000 37971 37816 match_part 0.961 36869 36224 match_81 match_part 1.000 39946 39841 match_part 0.991 39615 39391 match_part 0.983 39286 39058 match_82 match_part 0.944 40109 40092 match_part 1.000 39978 39841 match_part 1.000 39615 39391 match_part 1.000 39286 39104 match_83 match_part 1.000 45397 45364 match_part 1.000 41135 40914 match_part 1.000 40547 40489 match_part 1.000 40176 40092 match_part 1.000 39978 39841 match_part 1.000 39615 39536 match_84 match_part 1.000 54304 54121 match_part 1.000 54039 53904 match_part 1.000 53752 53707 match_part 1.000 49135 49075 match_part 0.909 48984 48919 match_85 match_part 0.994 88787 88612 match_part 1.000 88213 87127 match_part 1.000 87009 86953 match_part 0.996 86889 86651 match_part 1.000 86568 86450 match_part 1.000 86377 86291 match_part 0.996 86186 85919 match_86 match_part 1.000 100904 100866 match_part 0.992 100786 100548 match_part 1.000 100452 100334 match_part 1.000 100250 100164 match_part 0.972 100026 99741 match_87 match_part 0.667 101190 101188 match_part 0.982 100922 100866 match_part 1.000 100786 100548 match_part 1.000 100452 100334 match_part 1.000 100250 100164 match_part 1.000 100026 99751 match_88 match_part 1.000 103045 102717 match_part 1.000 100922 100866 match_part 1.000 100786 100548 match_part 1.000 100452 100334 match_part 0.974 100250 100174 match_89 match_part 1.000 103044 102717 match_part 1.000 100922 100866 match_part 1.000 100786 100551 match_90 match_part 1.000 103044 102717 match_part 1.000 100922 100866 match_part 1.000 100786 100624 match_91 match_part 0.997 103045 102719 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 5704 6202 exon 7644 8740 exon 8796 8822 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 5704 6202 exon 7644 8818 gene_3 gene GT_PGL_1_AGS_3 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 6944 8740 exon 8796 8822 gene_4 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 18083 17846 exon 17747 17626 exon 15219 15160 exon 15059 14918 exon 12140 11997 exon 11619 11467 exon 10733 10617 exon 10534 10314 gene_5 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 18083 17846 exon 17747 17626 exon 15219 15160 exon 15059 14918 exon 12140 11997 exon 11619 11467 exon 10736 10617 exon 10534 10321 gene_6 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 18083 17846 exon 17747 17626 exon 15219 15160 exon 15059 14918 exon 12116 11997 exon 11619 11467 exon 10736 10617 exon 10534 10321 gene_7 gene GT_PGL_2_AGS_4 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 18074 17846 exon 17747 17626 exon 15235 15160 exon 15059 15025 gene_8 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 31154 31382 exon 33868 35503 exon 36033 36049 gene_9 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 37971 37816 exon 36869 36209 gene_10 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 45397 45364 exon 41135 40914 exon 40547 40489 exon 40176 40092 exon 39978 39841 exon 39615 39391 exon 39286 39058 gene_11 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 54304 54121 exon 54039 53904 exon 53752 53707 exon 49135 49075 exon 48984 48919 gene_12 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 63264 63363 exon 63498 63826 exon 64253 64348 exon 64440 64517 exon 64601 64777 exon 65690 65758 exon 65900 66227 gene_13 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 63264 63363 exon 63498 63826 exon 64253 64348 exon 64440 64517 exon 64601 64777 exon 65690 65758 exon 65900 66204 exon 66447 66465 exon 66594 66622 gene_14 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 63277 63363 exon 63498 63524 exon 63630 63826 exon 64253 64348 exon 64440 64517 exon 64601 64777 exon 65690 65758 exon 65900 66227 gene_15 gene GT_PGL_7_AGS_4 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 63264 63363 exon 63498 63826 exon 64253 64348 exon 64440 64517 exon 64601 64777 exon 65690 65758 exon 65900 66181 exon 66571 66623 gene_16 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 88787 88612 exon 88213 87127 exon 87009 86953 exon 86889 86651 exon 86568 86450 exon 86377 86291 exon 86186 85919 gene_17 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 103045 102717 exon 100922 100866 exon 100786 100548 exon 100452 100334 exon 100250 100164 exon 100026 99741 gene_18 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 101190 101188 exon 100922 100866 exon 100786 100548 exon 100452 100334 exon 100250 100164 exon 100026 99741 AUGUSTUS_tom_cdna de novo gene_1 gene 0.96 321 785 transcript_1 transcript 0.96 321 785 start_codon_1 start_codon 321 323 CDS_1 CDS 0.96 321 785 stop_codon_1 stop_codon 783 785 gene_2 gene 1 5753 8552 transcript_2 transcript 1 5753 8552 start_codon_2 start_codon 5753 5755 intron_1 intron 1 6203 7643 CDS_2 CDS 1 5753 6202 CDS_3 CDS 1 7644 8552 stop_codon_2 stop_codon 8550 8552 gene_3 gene 0.99 31290 35187 transcript_3 transcript 0.99 31290 35187 start_codon_3 start_codon 31290 31292 intron_2 intron 1 31383 33867 CDS_4 CDS 1 31290 31382 CDS_5 CDS 0.99 33868 35187 stop_codon_3 stop_codon 35185 35187 gene_4 gene 0.59 57917 66076 transcript_4 transcript 0.59 57917 66076 start_codon_4 start_codon 57917 57919 intron_3 intron 0.92 58279 58337 intron_4 intron 0.66 59115 63283 intron_5 intron 1 63364 63497 intron_6 intron 1 63827 64252 intron_7 intron 1 64349 64439 intron_8 intron 1 64518 64600 intron_9 intron 1 64778 65689 intron_10 intron 1 65759 65899 CDS_6 CDS 0.92 57917 58278 CDS_7 CDS 0.62 58338 59114 CDS_8 CDS 0.77 63284 63363 CDS_9 CDS 1 63498 63826 CDS_10 CDS 1 64253 64348 CDS_11 CDS 1 64440 64517 CDS_12 CDS 1 64601 64777 CDS_13 CDS 1 65690 65758 CDS_14 CDS 1 65900 66076 stop_codon_4 stop_codon 66074 66076 AUGUSTUS_tom_cdna de novo gene_5 gene 0.85 18173 10473 transcript_5 transcript 0.85 18173 10473 stop_codon_5 stop_codon 10475 10473 intron_11 intron 1 10616 10535 intron_12 intron 1 11466 10734 intron_13 intron 1 11996 11620 intron_14 intron 1 14917 12141 intron_15 intron 1 15159 15060 intron_16 intron 1 17625 15220 intron_17 intron 1 17845 17748 CDS_15 CDS 1 10534 10473 CDS_16 CDS 1 10733 10617 CDS_17 CDS 1 11619 11467 CDS_18 CDS 1 12140 11997 CDS_19 CDS 1 15059 14918 CDS_20 CDS 1 15219 15160 CDS_21 CDS 1 17747 17626 CDS_22 CDS 0.85 18173 17846 start_codon_5 start_codon 18173 18171 gene_6 gene 0.53 54183 36643 transcript_6 transcript 0.53 54183 36643 stop_codon_6 stop_codon 36645 36643 intron_18 intron 1 37815 36870 intron_19 intron 0.7 38441 37983 intron_20 intron 1 39390 39287 intron_21 intron 1 39840 39616 intron_22 intron 1 40091 39979 intron_23 intron 1 40488 40177 intron_24 intron 1 40913 40548 intron_25 intron 1 45363 41136 intron_26 intron 1 45864 45436 intron_27 intron 0.8 47523 45978 intron_28 intron 0.99 47779 47690 intron_29 intron 0.99 48837 47897 intron_30 intron 1 49074 48985 intron_31 intron 1 53706 49136 intron_32 intron 1 53903 53753 intron_33 intron 1 54120 54040 CDS_23 CDS 1 36869 36643 CDS_24 CDS 1 37982 37816 CDS_25 CDS 0.7 39286 38442 CDS_26 CDS 1 39615 39391 CDS_27 CDS 1 39978 39841 CDS_28 CDS 1 40176 40092 CDS_29 CDS 1 40547 40489 CDS_30 CDS 1 41135 40914 CDS_31 CDS 1 45435 45364 CDS_32 CDS 1 45977 45865 CDS_33 CDS 1 47689 47524 CDS_34 CDS 0.98 47896 47780 CDS_35 CDS 1 48984 48838 CDS_36 CDS 1 49135 49075 CDS_37 CDS 1 53752 53707 CDS_38 CDS 1 54039 53904 CDS_39 CDS 0.98 54183 54121 start_codon_6 start_codon 54183 54181 gene_7 gene 0.66 67918 66128 transcript_7 transcript 0.66 67918 66128 stop_codon_7 stop_codon 66130 66128 intron_34 intron 0.67 66849 66214 CDS_40 CDS 0.95 66213 66128 CDS_41 CDS 0.66 67918 66850 start_codon_7 start_codon 67918 67916 gene_8 gene 0.39 72708 69891 transcript_8 transcript 0.39 72708 69891 stop_codon_8 stop_codon 69893 69891 intron_35 intron 0.77 70251 69987 intron_36 intron 0.78 70516 70339 intron_37 intron 0.99 70725 70636 intron_38 intron 0.92 71044 70965 intron_39 intron 0.78 71482 71102 intron_40 intron 0.78 72426 72109 CDS_42 CDS 0.99 69986 69891 CDS_43 CDS 0.78 70338 70252 CDS_44 CDS 0.99 70635 70517 CDS_45 CDS 0.86 70964 70726 CDS_46 CDS 0.8 71101 71045 CDS_47 CDS 0.81 72108 71483 CDS_48 CDS 0.78 72708 72427 start_codon_8 start_codon 72708 72706 gene_9 gene 0.63 75294 73664 transcript_9 transcript 0.63 75294 73664 stop_codon_9 stop_codon 73666 73664 intron_41 intron 0.81 73867 73769 intron_42 intron 0.81 74027 73955 intron_43 intron 0.99 74222 74147 intron_44 intron 0.99 74541 74462 intron_45 intron 0.98 74701 74599 CDS_49 CDS 1 73768 73664 CDS_50 CDS 0.81 73954 73868 CDS_51 CDS 1 74146 74028 CDS_52 CDS 0.99 74461 74223 CDS_53 CDS 0.98 74598 74542 CDS_54 CDS 0.78 75294 74702 start_codon_9 start_codon 75294 75292 gene_10 gene 0.35 84001 81426 transcript_10 transcript 0.35 84001 81426 stop_codon_10 stop_codon 81428 81426 intron_46 intron 1 81694 81522 intron_47 intron 1 81895 81782 intron_48 intron 0.9 82101 82015 intron_49 intron 1 82419 82341 intron_50 intron 0.82 82873 82477 intron_51 intron 0.53 83695 83500 CDS_55 CDS 1 81521 81426 CDS_56 CDS 1 81781 81695 CDS_57 CDS 1 82014 81896 CDS_58 CDS 0.9 82340 82102 CDS_59 CDS 0.82 82476 82420 CDS_60 CDS 0.81 83499 82874 CDS_61 CDS 0.56 84001 83696 start_codon_10 start_codon 84001 83999 gene_11 gene 0.97 88149 86115 transcript_11 transcript 0.97 88149 86115 stop_codon_11 stop_codon 86117 86115 intron_52 intron 1 86290 86187 intron_53 intron 1 86449 86378 intron_54 intron 1 86650 86569 intron_55 intron 1 86952 86890 intron_56 intron 1 87126 87010 intron_57 intron 0.99 87831 87753 CDS_62 CDS 1 86186 86115 CDS_63 CDS 1 86377 86291 CDS_64 CDS 1 86568 86450 CDS_65 CDS 1 86889 86651 CDS_66 CDS 1 87009 86953 CDS_67 CDS 0.99 87752 87127 CDS_68 CDS 0.98 88149 87832 start_codon_11 start_codon 88149 88147 gene_12 gene 0.26 94847 92693 transcript_12 transcript 0.26 94847 92693 stop_codon_12 stop_codon 92695 92693 intron_58 intron 0.53 92958 92765 intron_59 intron 0.96 93137 93046 intron_60 intron 0.96 93349 93257 intron_61 intron 0.53 93858 93589 intron_62 intron 1 94562 94485 CDS_69 CDS 0.53 92764 92693 CDS_70 CDS 0.58 93045 92959 CDS_71 CDS 0.96 93256 93138 CDS_72 CDS 0.54 93588 93350 CDS_73 CDS 0.57 94484 93859 CDS_74 CDS 0.86 94847 94563 start_codon_12 start_codon 94847 94845 gene_13 gene 1 103007 99934 transcript_13 transcript 1 103007 99934 stop_codon_13 stop_codon 99936 99934 intron_63 intron 1 100163 100027 intron_64 intron 1 100333 100251 intron_65 intron 1 100547 100453 intron_66 intron 1 100865 100787 intron_67 intron 1 101187 100923 intron_68 intron 1 102716 101814 CDS_75 CDS 1 100026 99934 CDS_76 CDS 1 100250 100164 CDS_77 CDS 1 100452 100334 CDS_78 CDS 1 100786 100548 CDS_79 CDS 1 100922 100866 CDS_80 CDS 1 101813 101188 CDS_81 CDS 1 103007 102717 start_codon_13 start_codon 103007 103005 gene_14 gene 0.31 105181 104477 transcript_14 transcript 0.31 105181 104477 stop_codon_14 stop_codon 104479 104477 intron_69 intron 1 104659 104582 intron_70 intron 1 104903 104747 intron_71 intron 1 105102 105023 CDS_82 CDS 1 104581 104477 CDS_83 CDS 1 104746 104660 CDS_84 CDS 1 105022 104904 CDS_85 CDS 0.31 105181 105103 start_codon_14 start_codon 105181 105179 AUGUSTUS_ab_initio de novo gene_1 gene 0.94 321 785 transcript_1 transcript 0.94 321 785 start_codon_1 start_codon 321 323 CDS_1 CDS 0.94 321 785 stop_codon_1 stop_codon 783 785 gene_2 gene 0.83 5753 8552 transcript_2 transcript 0.83 5753 8552 start_codon_2 start_codon 5753 5755 intron_1 intron 0.99 6203 7643 CDS_2 CDS 0.84 5753 6202 CDS_3 CDS 0.99 7644 8552 stop_codon_2 stop_codon 8550 8552 gene_3 gene 0.86 31290 35187 transcript_3 transcript 0.86 31290 35187 start_codon_3 start_codon 31290 31292 intron_2 intron 0.86 31383 33867 CDS_4 CDS 0.97 31290 31382 CDS_5 CDS 0.97 33868 35187 stop_codon_3 stop_codon 35185 35187 gene_4 gene 0.7 57917 59145 transcript_4 transcript 0.7 57917 59145 start_codon_4 start_codon 57917 57919 intron_3 intron 0.98 58279 58337 CDS_6 CDS 0.94 57917 58278 CDS_7 CDS 0.73 58338 59145 stop_codon_4 stop_codon 59143 59145 gene_5 gene 0.6 63345 66076 transcript_5 transcript 0.6 63345 66076 start_codon_5 start_codon 63345 63347 intron_4 intron 0.81 63364 63497 intron_5 intron 0.98 63827 64252 intron_6 intron 1 64349 64439 intron_7 intron 0.96 64518 64600 intron_8 intron 0.99 64778 65689 intron_9 intron 0.99 65759 65899 CDS_8 CDS 0.66 63345 63363 CDS_9 CDS 0.99 63498 63826 CDS_10 CDS 1 64253 64348 CDS_11 CDS 0.99 64440 64517 CDS_12 CDS 0.97 64601 64777 CDS_13 CDS 1 65690 65758 CDS_14 CDS 0.99 65900 66076 stop_codon_5 stop_codon 66074 66076 gene_6 gene 0.22 76067 76612 transcript_6 transcript 0.22 76067 76612 start_codon_6 start_codon 76067 76069 intron_10 intron 0.42 76209 76369 intron_11 intron 0.37 76439 76550 CDS_15 CDS 0.29 76067 76208 CDS_16 CDS 0.41 76370 76438 CDS_17 CDS 0.46 76551 76612 stop_codon_6 stop_codon 76610 76612 AUGUSTUS_ab_initio de novo gene_7 gene 0.13 18065 10473 transcript_7 transcript 0.13 18065 10473 stop_codon_7 stop_codon 10475 10473 intron_12 intron 0.95 10616 10535 intron_13 intron 1 11466 10734 intron_14 intron 0.47 11751 11620 intron_15 intron 0.74 11996 11824 intron_16 intron 0.46 14917 12141 intron_17 intron 0.98 15159 15060 intron_18 intron 0.74 17625 15220 intron_19 intron 1 17845 17748 CDS_18 CDS 0.93 10534 10473 CDS_19 CDS 1 10733 10617 CDS_20 CDS 0.92 11619 11467 CDS_21 CDS 0.48 11823 11752 CDS_22 CDS 0.57 12140 11997 CDS_23 CDS 0.9 15059 14918 CDS_24 CDS 0.97 15219 15160 CDS_25 CDS 1 17747 17626 CDS_26 CDS 0.98 18065 17846 start_codon_7 start_codon 18065 18063 gene_8 gene 0.1 55748 36643 transcript_8 transcript 0.1 55748 36643 stop_codon_8 stop_codon 36645 36643 intron_20 intron 0.58 37815 36870 intron_21 intron 0.78 38441 37983 intron_22 intron 1 39390 39287 intron_23 intron 1 39840 39616 intron_24 intron 1 40091 39979 intron_25 intron 0.99 40488 40177 intron_26 intron 0.99 40913 40548 intron_27 intron 0.92 45363 41136 intron_28 intron 0.97 45864 45436 intron_29 intron 0.72 46629 45978 intron_30 intron 0.69 47523 46696 intron_31 intron 1 47779 47690 intron_32 intron 0.81 48837 47897 intron_33 intron 0.92 49074 48985 intron_34 intron 0.92 53706 49136 intron_35 intron 0.86 53903 53753 intron_36 intron 1 54120 54040 intron_37 intron 0.8 55660 54204 CDS_27 CDS 0.98 36869 36643 CDS_28 CDS 0.58 37982 37816 CDS_29 CDS 0.78 39286 38442 CDS_30 CDS 1 39615 39391 CDS_31 CDS 1 39978 39841 CDS_32 CDS 1 40176 40092 CDS_33 CDS 0.99 40547 40489 CDS_34 CDS 0.99 41135 40914 CDS_35 CDS 0.97 45435 45364 CDS_36 CDS 0.98 45977 45865 CDS_37 CDS 0.74 46695 46630 CDS_38 CDS 1 47689 47524 CDS_39 CDS 0.81 47896 47780 CDS_40 CDS 0.92 48984 48838 CDS_41 CDS 0.98 49135 49075 CDS_42 CDS 0.95 53752 53707 CDS_43 CDS 0.89 54039 53904 CDS_44 CDS 0.84 54203 54121 CDS_45 CDS 0.5 55748 55661 start_codon_8 start_codon 55748 55746 gene_9 gene 1 67918 66803 transcript_9 transcript 1 67918 66803 stop_codon_9 stop_codon 66805 66803 CDS_46 CDS 1 67918 66803 start_codon_9 start_codon 67918 67916 gene_10 gene 0.62 72708 69891 transcript_10 transcript 0.62 72708 69891 stop_codon_10 stop_codon 69893 69891 intron_38 intron 0.99 70251 69987 intron_39 intron 0.99 70516 70339 intron_40 intron 1 70725 70636 intron_41 intron 0.97 71044 70965 intron_42 intron 0.96 71482 71102 intron_43 intron 0.79 72426 72109 CDS_47 CDS 0.99 69986 69891 CDS_48 CDS 1 70338 70252 CDS_49 CDS 0.99 70635 70517 CDS_50 CDS 0.85 70964 70726 CDS_51 CDS 0.97 71101 71045 CDS_52 CDS 0.95 72108 71483 CDS_53 CDS 0.79 72708 72427 start_codon_10 start_codon 72708 72706 gene_11 gene 0.75 75294 73664 transcript_11 transcript 0.75 75294 73664 stop_codon_11 stop_codon 73666 73664 intron_44 intron 0.98 73867 73769 intron_45 intron 0.98 74027 73955 intron_46 intron 1 74222 74147 intron_47 intron 1 74541 74462 intron_48 intron 1 74701 74599 CDS_54 CDS 0.99 73768 73664 CDS_55 CDS 0.98 73954 73868 CDS_56 CDS 1 74146 74028 CDS_57 CDS 1 74461 74223 CDS_58 CDS 1 74598 74542 CDS_59 CDS 0.77 75294 74702 start_codon_11 start_codon 75294 75292 gene_12 gene 0.44 84001 81426 transcript_12 transcript 0.44 84001 81426 stop_codon_12 stop_codon 81428 81426 intron_49 intron 1 81694 81522 intron_50 intron 1 81895 81782 intron_51 intron 0.92 82101 82015 intron_52 intron 1 82419 82341 intron_53 intron 0.79 82873 82477 intron_54 intron 0.69 83695 83500 CDS_60 CDS 1 81521 81426 CDS_61 CDS 1 81781 81695 CDS_62 CDS 1 82014 81896 CDS_63 CDS 0.92 82340 82102 CDS_64 CDS 0.79 82476 82420 CDS_65 CDS 0.88 83499 82874 CDS_66 CDS 0.71 84001 83696 start_codon_12 start_codon 84001 83999 gene_13 gene 0.94 86909 86115 transcript_13 transcript 0.94 86909 86115 stop_codon_13 stop_codon 86117 86115 intron_55 intron 0.96 86290 86187 intron_56 intron 0.98 86449 86378 intron_57 intron 1 86650 86569 CDS_67 CDS 0.96 86186 86115 CDS_68 CDS 0.97 86377 86291 CDS_69 CDS 0.98 86568 86450 CDS_70 CDS 0.99 86909 86651 start_codon_13 start_codon 86909 86907 gene_14 gene 0.92 88149 87123 transcript_14 transcript 0.92 88149 87123 stop_codon_14 stop_codon 87125 87123 intron_58 intron 1 87831 87753 CDS_71 CDS 1 87752 87123 CDS_72 CDS 0.92 88149 87832 start_codon_14 start_codon 88149 88147 gene_15 gene 0.26 94847 92693 transcript_15 transcript 0.26 94847 92693 stop_codon_15 stop_codon 92695 92693 intron_59 intron 0.84 92958 92765 intron_60 intron 1 93137 93046 intron_61 intron 0.92 93349 93257 intron_62 intron 0.56 93652 93589 intron_63 intron 0.49 93858 93710 intron_64 intron 1 94562 94485 CDS_73 CDS 0.84 92764 92693 CDS_74 CDS 0.89 93045 92959 CDS_75 CDS 1 93256 93138 CDS_76 CDS 0.86 93588 93350 CDS_77 CDS 0.48 93709 93653 CDS_78 CDS 0.95 94484 93859 CDS_79 CDS 0.73 94847 94563 start_codon_15 start_codon 94847 94845 gene_16 gene 0.83 103007 99934 transcript_16 transcript 0.83 103007 99934 stop_codon_16 stop_codon 99936 99934 intron_65 intron 0.94 100163 100027 intron_66 intron 0.97 100333 100251 intron_67 intron 0.92 100547 100453 intron_68 intron 0.99 100865 100787 intron_69 intron 0.99 101187 100923 intron_70 intron 1 102716 101814 CDS_80 CDS 0.94 100026 99934 CDS_81 CDS 0.99 100250 100164 CDS_82 CDS 0.97 100452 100334 CDS_83 CDS 0.91 100786 100548 CDS_84 CDS 0.99 100922 100866 CDS_85 CDS 1 101813 101188 CDS_86 CDS 1 103007 102717 start_codon_16 start_codon 103007 103005 gene_17 gene 0.49 105698 104477 transcript_17 transcript 0.49 105698 104477 stop_codon_17 stop_codon 104479 104477 intron_71 intron 1 104659 104582 intron_72 intron 0.86 104903 104747 intron_73 intron 1 105102 105023 intron_74 intron 0.55 105642 105342 CDS_87 CDS 1 104581 104477 CDS_88 CDS 0.86 104746 104660 CDS_89 CDS 1 105022 104904 CDS_90 CDS 0.55 105341 105103 CDS_91 CDS 0.93 105698 105643 start_codon_17 start_codon 105698 105696 AUGUSTUS_tom_ugs de novo gene_1 gene 0.98 321 785 transcript_1 transcript 0.98 321 785 start_codon_1 start_codon 321 323 CDS_1 CDS 0.98 321 785 stop_codon_1 stop_codon 783 785 gene_2 gene 0.98 5753 8552 transcript_2 transcript 0.98 5753 8552 start_codon_2 start_codon 5753 5755 intron_1 intron 1 6203 7643 CDS_2 CDS 0.98 5753 6202 CDS_3 CDS 1 7644 8552 stop_codon_2 stop_codon 8550 8552 gene_3 gene 1 31290 35187 transcript_3 transcript 1 31290 35187 start_codon_3 start_codon 31290 31292 intron_2 intron 1 31383 33867 CDS_4 CDS 1 31290 31382 CDS_5 CDS 1 33868 35187 stop_codon_3 stop_codon 35185 35187 gene_4 gene 0.88 57917 59145 transcript_4 transcript 0.88 57917 59145 start_codon_4 start_codon 57917 57919 intron_3 intron 0.9 58279 58337 CDS_6 CDS 0.91 57917 58278 CDS_7 CDS 0.89 58338 59145 stop_codon_4 stop_codon 59143 59145 gene_5 gene 0.98 63345 66076 transcript_5 transcript 0.98 63345 66076 start_codon_5 start_codon 63345 63347 intron_4 intron 1 63364 63497 intron_5 intron 1 63827 64252 intron_6 intron 1 64349 64439 intron_7 intron 1 64518 64600 intron_8 intron 1 64778 65689 intron_9 intron 1 65759 65899 CDS_8 CDS 0.98 63345 63363 CDS_9 CDS 1 63498 63826 CDS_10 CDS 1 64253 64348 CDS_11 CDS 1 64440 64517 CDS_12 CDS 1 64601 64777 CDS_13 CDS 1 65690 65758 CDS_14 CDS 1 65900 66076 stop_codon_5 stop_codon 66074 66076 AUGUSTUS_tom_ugs de novo gene_6 gene 0.74 18065 10473 transcript_6 transcript 0.74 18065 10473 stop_codon_6 stop_codon 10475 10473 intron_10 intron 1 10616 10535 intron_11 intron 1 11466 10734 intron_12 intron 1 11996 11620 intron_13 intron 1 14917 12141 intron_14 intron 1 15159 15060 intron_15 intron 1 17625 15220 intron_16 intron 1 17845 17748 CDS_15 CDS 1 10534 10473 CDS_16 CDS 1 10733 10617 CDS_17 CDS 1 11619 11467 CDS_18 CDS 1 12140 11997 CDS_19 CDS 1 15059 14918 CDS_20 CDS 1 15219 15160 CDS_21 CDS 1 17747 17626 CDS_22 CDS 0.74 18065 17846 start_codon_6 start_codon 18065 18063 gene_7 gene 0.62 54183 36643 transcript_7 transcript 0.62 54183 36643 stop_codon_7 stop_codon 36645 36643 intron_17 intron 1 37815 36870 intron_18 intron 0.71 38441 37983 intron_19 intron 1 39390 39287 intron_20 intron 1 39840 39616 intron_21 intron 1 40091 39979 intron_22 intron 1 40488 40177 intron_23 intron 1 40913 40548 intron_24 intron 1 45363 41136 intron_25 intron 0.99 45864 45436 intron_26 intron 0.88 47523 45978 intron_27 intron 1 47779 47690 intron_28 intron 1 48837 47897 intron_29 intron 1 49074 48985 intron_30 intron 1 53706 49136 intron_31 intron 1 53903 53753 intron_32 intron 1 54120 54040 CDS_23 CDS 1 36869 36643 CDS_24 CDS 1 37982 37816 CDS_25 CDS 0.71 39286 38442 CDS_26 CDS 1 39615 39391 CDS_27 CDS 1 39978 39841 CDS_28 CDS 1 40176 40092 CDS_29 CDS 1 40547 40489 CDS_30 CDS 1 41135 40914 CDS_31 CDS 0.99 45435 45364 CDS_32 CDS 1 45977 45865 CDS_33 CDS 1 47689 47524 CDS_34 CDS 1 47896 47780 CDS_35 CDS 1 48984 48838 CDS_36 CDS 1 49135 49075 CDS_37 CDS 1 53752 53707 CDS_38 CDS 1 54039 53904 CDS_39 CDS 0.98 54183 54121 start_codon_7 start_codon 54183 54181 gene_8 gene 1 67918 66803 transcript_8 transcript 1 67918 66803 stop_codon_8 stop_codon 66805 66803 CDS_40 CDS 1 67918 66803 start_codon_8 start_codon 67918 67916 gene_9 gene 0.56 72708 69891 transcript_9 transcript 0.56 72708 69891 stop_codon_9 stop_codon 69893 69891 intron_33 intron 0.82 70251 69987 intron_34 intron 0.8 70516 70339 intron_35 intron 0.96 70725 70636 intron_36 intron 0.82 71044 70965 intron_37 intron 0.83 71482 71102 intron_38 intron 1 72426 72109 CDS_41 CDS 1 69986 69891 CDS_42 CDS 0.82 70338 70252 CDS_43 CDS 0.97 70635 70517 CDS_44 CDS 0.79 70964 70726 CDS_45 CDS 0.84 71101 71045 CDS_46 CDS 0.93 72108 71483 CDS_47 CDS 1 72708 72427 start_codon_9 start_codon 72708 72706 gene_10 gene 0.48 84001 73664 transcript_10 transcript 0.48 84001 73664 stop_codon_10 stop_codon 73666 73664 intron_39 intron 0.8 73867 73769 intron_40 intron 0.8 74027 73955 intron_41 intron 1 74222 74147 intron_42 intron 0.99 74541 74462 intron_43 intron 0.99 74701 74599 intron_44 intron 0.98 81694 75301 intron_45 intron 0.98 81895 81782 intron_46 intron 0.97 82101 82015 intron_47 intron 1 82419 82341 intron_48 intron 0.84 82873 82477 intron_49 intron 0.81 83695 83500 CDS_48 CDS 1 73768 73664 CDS_49 CDS 0.8 73954 73868 CDS_50 CDS 1 74146 74028 CDS_51 CDS 1 74461 74223 CDS_52 CDS 0.99 74598 74542 CDS_53 CDS 1 75300 74702 CDS_54 CDS 0.98 81781 81695 CDS_55 CDS 1 82014 81896 CDS_56 CDS 0.97 82340 82102 CDS_57 CDS 0.84 82476 82420 CDS_58 CDS 0.99 83499 82874 CDS_59 CDS 0.81 84001 83696 start_codon_10 start_codon 84001 83999 gene_11 gene 0.97 88149 86115 transcript_11 transcript 0.97 88149 86115 stop_codon_11 stop_codon 86117 86115 intron_50 intron 1 86290 86187 intron_51 intron 1 86449 86378 intron_52 intron 1 86650 86569 intron_53 intron 1 86952 86890 intron_54 intron 1 87126 87010 intron_55 intron 1 87831 87753 CDS_60 CDS 1 86186 86115 CDS_61 CDS 1 86377 86291 CDS_62 CDS 1 86568 86450 CDS_63 CDS 1 86889 86651 CDS_64 CDS 1 87009 86953 CDS_65 CDS 1 87752 87127 CDS_66 CDS 0.97 88149 87832 start_codon_11 start_codon 88149 88147 gene_12 gene 0.18 94847 92693 transcript_12 transcript 0.18 94847 92693 stop_codon_12 stop_codon 92695 92693 intron_56 intron 0.56 92958 92765 intron_57 intron 0.96 93137 93046 intron_58 intron 0.97 93349 93257 intron_59 intron 0.55 93858 93589 intron_60 intron 1 94562 94485 CDS_67 CDS 0.56 92764 92693 CDS_68 CDS 0.58 93045 92959 CDS_69 CDS 0.96 93256 93138 CDS_70 CDS 0.61 93588 93350 CDS_71 CDS 0.63 94484 93859 CDS_72 CDS 0.79 94847 94563 start_codon_12 start_codon 94847 94845 gene_13 gene 0.39 105181 104477 transcript_13 transcript 0.39 105181 104477 stop_codon_13 stop_codon 104479 104477 intron_61 intron 1 104659 104582 intron_62 intron 1 104903 104747 intron_63 intron 1 105102 105023 CDS_73 CDS 1 104581 104477 CDS_74 CDS 1 104746 104660 CDS_75 CDS 1 105022 104904 CDS_76 CDS 0.39 105181 105103 start_codon_13 start_codon 105181 105179 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 5723 6202 match_part 0.998 7644 8779 match_2 match_part 0.991 5764 6202 match_part 0.944 7644 7733 match_3 match_part 0.996 6945 7778 match_4 match_part 0.951 31137 31382 match_part 0.982 33868 35503 match_5 match_part 0.992 36220 36593 match_6 match_part 1.000 63278 63363 match_part 1.000 63498 63826 match_part 1.000 64253 64348 match_part 1.000 64440 64517 match_part 1.000 64601 64777 match_part 1.000 65690 65758 match_part 1.000 65900 66220 match_part 0.846 78472 78497 match_7 match_part 0.993 82961 83232 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_8 match_part 0.962 15185 15160 match_part 0.965 15059 14918 match_part 1.000 12140 11997 match_part 1.000 11619 11467 match_part 1.000 10733 10617 match_part 1.000 10534 10321 match_9 match_part 1.000 18085 17846 match_part 1.000 17747 17626 match_part 1.000 15219 15160 match_part 1.000 15059 14918 match_part 0.993 12140 11997 match_part 0.898 11619 11571 match_10 match_part 0.996 18076 17846 match_part 1.000 17747 17626 match_part 0.987 15235 15160 match_part 1.000 15059 15004 match_11 match_part 0.994 37971 37816 match_part 0.965 36869 36219 match_12 match_part 0.972 45399 45364 match_part 1.000 41135 40914 match_part 1.000 40547 40489 match_part 1.000 40176 40092 match_part 1.000 39978 39841 match_part 1.000 39615 39391 match_part 0.983 39286 39058 match_13 match_part 0.995 54306 54121 match_part 0.993 54039 53904 match_part 1.000 53752 53707 match_part 1.000 49135 49075 match_part 0.974 48984 48909 match_14 match_part 0.990 68251 67641 match_15 match_part 0.985 72631 72427 match_part 0.984 72108 71851 match_16 match_part 0.994 88787 88612 match_part 1.000 88213 87127 match_part 1.000 87009 86953 match_part 0.996 86889 86651 match_part 1.000 86568 86450 match_part 1.000 86377 86291 match_part 0.996 86186 85922 match_17 match_part 0.997 103046 102717 match_part 1.000 100922 100866 match_part 1.000 100786 100548 match_part 1.000 100452 100334 match_part 1.000 100250 100164 match_part 0.986 100026 99745 match_18 match_part 0.991 103068 102717 match_part 0.978 101813 101400 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 5723 6202 exon 7644 8779 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 6945 7778 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 18076 17846 exon 17747 17626 exon 15235 15160 exon 15059 14918 exon 12140 11997 exon 11619 11467 exon 10733 10617 exon 10534 10321 gene_4 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 18085 17846 exon 17747 17626 exon 15219 15160 exon 15059 14918 exon 12140 11997 exon 11619 11467 exon 10733 10617 exon 10534 10321 gene_5 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 31137 31382 exon 33868 35503 gene_6 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 37971 37816 exon 36869 36219 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 36220 36593 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 45399 45364 exon 41135 40914 exon 40547 40489 exon 40176 40092 exon 39978 39841 exon 39615 39391 exon 39286 39058 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 54306 54121 exon 54039 53904 exon 53752 53707 exon 49135 49075 exon 48984 48909 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 63278 63363 exon 63498 63826 exon 64253 64348 exon 64440 64517 exon 64601 64777 exon 65690 65758 exon 65900 66220 exon 78472 78497 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 68251 67641 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 72631 72427 exon 72108 71851 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 82961 83232 gene_14 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 88787 88612 exon 88213 87127 exon 87009 86953 exon 86889 86651 exon 86568 86450 exon 86377 86291 exon 86186 85922 gene_15 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 103068 102717 exon 101813 101400 gene_16 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 103046 102717 exon 100922 100866 exon 100786 100548 exon 100452 100334 exon 100250 100164 exon 100026 99745 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.928 5714 6202 match_part 0.917 7644 8634 GenomeThreader_SGN_markers SGN marker sequences match_2 match_part 0.981 15213 15160 match_part 0.972 15059 14918 match_part 0.979 12140 11997 match_part 0.961 11619 11467 match_part 1.000 10733 10693 match_part 0.846 10642 10617 match_part 0.791 10534 10348 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 5714 6202 exon 7644 8634 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0030A11.1 type gene exon 15213 15160 exon 15059 14918 exon 12140 11997 exon 11619 11467 exon 10733 10693 exon 10642 10617 exon 10534 10348 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.97 321 785 transcript_1 transcript 0.97 321 785 start_codon_1 start_codon 321 323 CDS_1 CDS 0.97 321 785 stop_codon_1 stop_codon 783 785 gene_2 gene 1 5753 8552 transcript_2 transcript 1 5753 8552 start_codon_2 start_codon 5753 5755 intron_1 intron 1 6203 7643 CDS_2 CDS 1 5753 6202 CDS_3 CDS 1 7644 8552 stop_codon_2 stop_codon 8550 8552 gene_3 gene 1 31290 35187 transcript_3 transcript 1 31290 35187 start_codon_3 start_codon 31290 31292 intron_2 intron 1 31383 33867 CDS_4 CDS 1 31290 31382 CDS_5 CDS 1 33868 35187 stop_codon_3 stop_codon 35185 35187 gene_4 gene 0.53 57917 66076 transcript_4 transcript 0.53 57917 66076 start_codon_4 start_codon 57917 57919 intron_3 intron 0.92 58279 58337 intron_4 intron 0.58 59115 63283 intron_5 intron 1 63364 63497 intron_6 intron 1 63827 64252 intron_7 intron 1 64349 64439 intron_8 intron 1 64518 64600 intron_9 intron 1 64778 65689 intron_10 intron 1 65759 65899 CDS_6 CDS 0.89 57917 58278 CDS_7 CDS 0.56 58338 59114 CDS_8 CDS 0.75 63284 63363 CDS_9 CDS 1 63498 63826 CDS_10 CDS 1 64253 64348 CDS_11 CDS 1 64440 64517 CDS_12 CDS 1 64601 64777 CDS_13 CDS 1 65690 65758 CDS_14 CDS 1 65900 66076 stop_codon_4 stop_codon 66074 66076 AUGUSTUS_tom_pot_cdna de novo gene_5 gene 0.68 18173 10473 transcript_5 transcript 0.68 18173 10473 stop_codon_5 stop_codon 10475 10473 intron_11 intron 1 10616 10535 intron_12 intron 1 11466 10734 intron_13 intron 1 11996 11620 intron_14 intron 1 14917 12141 intron_15 intron 1 15159 15060 intron_16 intron 1 17625 15220 intron_17 intron 1 17845 17748 CDS_15 CDS 1 10534 10473 CDS_16 CDS 1 10733 10617 CDS_17 CDS 1 11619 11467 CDS_18 CDS 1 12140 11997 CDS_19 CDS 1 15059 14918 CDS_20 CDS 1 15219 15160 CDS_21 CDS 1 17747 17626 CDS_22 CDS 0.68 18173 17846 start_codon_5 start_codon 18173 18171 gene_6 gene 0.77 54183 36643 transcript_6 transcript 0.77 54183 36643 stop_codon_6 stop_codon 36645 36643 intron_18 intron 1 37815 36870 intron_19 intron 1 38486 37983 intron_20 intron 1 39390 39287 intron_21 intron 1 39840 39616 intron_22 intron 1 40091 39979 intron_23 intron 1 40488 40177 intron_24 intron 1 40913 40548 intron_25 intron 1 45363 41136 intron_26 intron 0.99 45864 45436 intron_27 intron 0.8 47523 45978 intron_28 intron 1 47779 47690 intron_29 intron 0.98 48837 47897 intron_30 intron 1 49074 48985 intron_31 intron 1 53706 49136 intron_32 intron 1 53903 53753 intron_33 intron 1 54120 54040 CDS_23 CDS 1 36869 36643 CDS_24 CDS 1 37982 37816 CDS_25 CDS 1 39286 38487 CDS_26 CDS 1 39615 39391 CDS_27 CDS 1 39978 39841 CDS_28 CDS 1 40176 40092 CDS_29 CDS 1 40547 40489 CDS_30 CDS 1 41135 40914 CDS_31 CDS 0.99 45435 45364 CDS_32 CDS 0.99 45977 45865 CDS_33 CDS 1 47689 47524 CDS_34 CDS 0.98 47896 47780 CDS_35 CDS 1 48984 48838 CDS_36 CDS 1 49135 49075 CDS_37 CDS 1 53752 53707 CDS_38 CDS 1 54039 53904 CDS_39 CDS 1 54183 54121 start_codon_6 start_codon 54183 54181 gene_7 gene 0.62 67918 66128 transcript_7 transcript 0.62 67918 66128 stop_codon_7 stop_codon 66130 66128 intron_34 intron 0.63 66849 66214 CDS_40 CDS 0.97 66213 66128 CDS_41 CDS 0.62 67918 66850 start_codon_7 start_codon 67918 67916 gene_8 gene 0.35 72708 68121 transcript_8 transcript 0.35 72708 68121 stop_codon_8 stop_codon 68123 68121 intron_35 intron 0.88 69949 68228 intron_36 intron 0.76 70251 69987 intron_37 intron 0.81 70516 70339 intron_38 intron 0.98 70725 70636 intron_39 intron 0.88 71044 70965 intron_40 intron 0.83 71482 71102 intron_41 intron 0.68 72426 72109 CDS_42 CDS 0.97 68227 68121 CDS_43 CDS 0.83 69986 69950 CDS_44 CDS 0.81 70338 70252 CDS_45 CDS 1 70635 70517 CDS_46 CDS 0.9 70964 70726 CDS_47 CDS 0.86 71101 71045 CDS_48 CDS 0.89 72108 71483 CDS_49 CDS 0.68 72708 72427 start_codon_8 start_codon 72708 72706 gene_9 gene 0.55 75294 73664 transcript_9 transcript 0.55 75294 73664 stop_codon_9 stop_codon 73666 73664 intron_42 intron 0.83 73867 73769 intron_43 intron 0.83 74027 73955 intron_44 intron 0.99 74222 74147 intron_45 intron 0.99 74541 74462 intron_46 intron 0.98 74701 74599 CDS_50 CDS 1 73768 73664 CDS_51 CDS 0.83 73954 73868 CDS_52 CDS 1 74146 74028 CDS_53 CDS 0.99 74461 74223 CDS_54 CDS 0.98 74598 74542 CDS_55 CDS 0.69 75294 74702 start_codon_9 start_codon 75294 75292 gene_10 gene 0.32 88149 81426 transcript_10 transcript 0.32 88149 81426 stop_codon_10 stop_codon 81428 81426 intron_47 intron 1 81694 81522 intron_48 intron 1 81895 81782 intron_49 intron 0.92 82101 82015 intron_50 intron 0.98 82419 82341 intron_51 intron 0.92 82873 82477 intron_52 intron 0.67 83695 83500 intron_53 intron 0.7 86290 83963 intron_54 intron 1 86449 86378 intron_55 intron 1 86650 86569 intron_56 intron 1 86952 86890 intron_57 intron 1 87126 87010 intron_58 intron 0.99 87831 87753 CDS_56 CDS 1 81521 81426 CDS_57 CDS 1 81781 81695 CDS_58 CDS 1 82014 81896 CDS_59 CDS 0.92 82340 82102 CDS_60 CDS 0.92 82476 82420 CDS_61 CDS 0.91 83499 82874 CDS_62 CDS 0.46 83962 83696 CDS_63 CDS 1 86377 86291 CDS_64 CDS 1 86568 86450 CDS_65 CDS 1 86889 86651 CDS_66 CDS 1 87009 86953 CDS_67 CDS 0.99 87752 87127 CDS_68 CDS 0.94 88149 87832 start_codon_10 start_codon 88149 88147 gene_11 gene 0.29 94847 92693 transcript_11 transcript 0.29 94847 92693 stop_codon_11 stop_codon 92695 92693 intron_59 intron 0.68 92958 92765 intron_60 intron 0.96 93137 93046 intron_61 intron 0.93 93349 93257 intron_62 intron 0.54 93858 93589 intron_63 intron 1 94562 94485 CDS_69 CDS 0.7 92764 92693 CDS_70 CDS 0.69 93045 92959 CDS_71 CDS 0.96 93256 93138 CDS_72 CDS 0.56 93588 93350 CDS_73 CDS 0.61 94484 93859 CDS_74 CDS 0.8 94847 94563 start_codon_11 start_codon 94847 94845 gene_12 gene 0.99 103007 99934 transcript_12 transcript 0.99 103007 99934 stop_codon_12 stop_codon 99936 99934 intron_64 intron 1 100163 100027 intron_65 intron 1 100333 100251 intron_66 intron 1 100547 100453 intron_67 intron 1 100865 100787 intron_68 intron 0.99 101187 100923 intron_69 intron 1 102716 101814 CDS_75 CDS 1 100026 99934 CDS_76 CDS 1 100250 100164 CDS_77 CDS 1 100452 100334 CDS_78 CDS 1 100786 100548 CDS_79 CDS 1 100922 100866 CDS_80 CDS 0.99 101813 101188 CDS_81 CDS 1 103007 102717 start_codon_12 start_codon 103007 103005 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 129 33865 34536 match_2 match 184 7641 8540 match_3 match 184 3 752 match_4 match 137 7641 8540 match_5 match 136 7641 8540 match_6 match 125 7641 8543 match_7 match 335 33865 35178 match_8 match 57.8 64428 64547 match_9 match 67.8 64253 64348 match_10 match 118 64601 64777 match_11 match 205 7641 8540 match_12 match 174 7617 8540 match_13 match 176 7641 8540 match_14 match 177 7641 8540 match_15 match 166 5783 6211 match_16 match 394 7641 8543 match_17 match 126 7641 8504 match_18 match 189 7641 8540 match_19 match 125 7611 8546 match_20 match 328 33865 35184 match_21 match 57.8 64428 64547 match_22 match 69.3 64253 64348 match_23 match 118 64601 64777 match_24 match 154 7611 8540 match_25 match 108 7641 8537 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_26 match 32.3 88002 87829 match_27 match 125 82354 81686 match_28 match 206 87752 86646 match_29 match 79.3 105448 105092 match_30 match 160 94733 93876 match_31 match 76.3 86575 86276 match_32 match 146 75300 74704 match_33 match 157 72108 71485 match_34 match 159 83499 82876 match_35 match 185 101813 101190 match_36 match 67.8 74463 74230 match_37 match 60.1 74177 74034 match_38 match 42.7 73957 73865 match_39 match 65.5 105032 104904 match_40 match 37.0 73954 73700 match_41 match 32.0 82586 82422 match_42 match 119 82354 81689 match_43 match 59.7 86575 86291 match_44 match 104 70972 70517 match_45 match 214 75300 74230 match_46 match 240 87752 86646 match_47 match 58.9 88056 87829 match_48 match 202 94739 93876 match_49 match 194 72108 71485 match_50 match 61.2 74177 74028 match_51 match 216 101813 101190 match_52 match 201 83499 82876 match_53 match 25.4 71100 71047 match_54 match 35.0 88014 87829 match_55 match 95.5 87767 87102 match_56 match 111 101813 101190 match_57 match 53.1 88149 87829 match_58 match 101 70972 70520 match_59 match 71.2 86575 86240 match_60 match 216 87752 86646 match_61 match 65.9 74466 74230 match_62 match 181 94739 93876 match_63 match 33.5 74663 74544 match_64 match 42.0 73957 73862 match_65 match 161 75300 74704 match_66 match 185 72108 71440 match_67 match 197 101813 101190 match_68 match 183 83499 82876 match_69 match 61.6 74177 74031 match_70 match 25.0 71100 71047 match_71 match 35.8 73957 73853 match_72 match 157 94736 93876 match_73 match 49.7 88005 87829 match_74 match 140 75300 74704 match_75 match 65.5 74463 74230 match_76 match 74.7 105343 105092 match_77 match 153 87752 87129 match_78 match 164 72108 71485 match_79 match 56.6 105032 104865 match_80 match 176 101813 101190 match_81 match 159 83511 82876 match_82 match 53.1 74177 74031 match_83 match 157 94736 93876 match_84 match 49.7 88005 87829 match_85 match 35.0 73957 73865 match_86 match 140 75300 74704 match_87 match 65.5 74463 74230 match_88 match 74.7 105343 105092 match_89 match 153 87752 87129 match_90 match 164 72108 71485 match_91 match 56.6 105032 104865 match_92 match 176 101813 101190 match_93 match 159 83511 82876 match_94 match 53.1 74177 74031 match_95 match 181 75300 74230 match_96 match 189 87752 86646 match_97 match 52.8 88041 87829 match_98 match 156 94736 93876 match_99 match 35.0 73957 73862 match_100 match 68.6 86575 86279 match_101 match 157 72108 71485 match_102 match 167 101813 101190 match_103 match 155 83511 82876 match_104 match 80.5 105343 105092 match_105 match 64.7 105032 104865 match_106 match 60.5 74177 74031 match_107 match 178 87752 86646 match_108 match 52.0 88005 87829 match_109 match 159 94736 93876 match_110 match 34.7 73957 73862 match_111 match 142 75300 74704 match_112 match 54.3 74466 74230 match_113 match 61.6 105343 105092 match_114 match 162 72108 71485 match_115 match 171 101813 101190 match_116 match 159 83511 82876 match_117 match 64.3 105032 104865 match_118 match 60.1 74177 74031 match_119 match 65.9 86575 86279 match_120 match 194 87752 86646 match_121 match 48.1 88005 87829 match_122 match 162 94736 93876 match_123 match 145 75300 74704 match_124 match 78.2 105343 105092 match_125 match 167 72108 71485 match_126 match 177 101813 101190 match_127 match 164 83511 82876 match_128 match 63.2 105032 104865 match_129 match 48.1 88005 87829 match_130 match 162 94736 93876 match_131 match 145 75300 74704 match_132 match 167 72108 71485 match_133 match 161 87752 87129 match_134 match 177 101813 101190 match_135 match 164 83511 82876 match_136 match 71.2 86575 86291 match_137 match 51.6 88008 87829 match_138 match 261 87752 86646 match_139 match 192 94739 93876 match_140 match 58.9 74177 74031 match_141 match 73.6 74466 74230 match_142 match 216 101813 101190 match_143 match 182 75300 74704 match_144 match 201 72108 71485 match_145 match 200 83499 82876 match_146 match 32.0 74609 74544 match_147 match 49.3 73957 73859 match_148 match 34.3 87987 87829 match_149 match 194 87752 86646 match_150 match 125 82354 81686 match_151 match 155 94733 93876 match_152 match 73.6 86575 86273 match_153 match 144 75300 74704 match_154 match 156 72108 71485 match_155 match 174 101813 101190 match_156 match 155 83499 82876 match_157 match 70.1 74463 74230 match_158 match 60.1 74177 74034 match_159 match 41.2 73957 73865 match_160 match 110 101810 101151 match_161 match 110 101810 101151 match_162 match 112 101810 101190 match_163 match 122 87767 86646 match_164 match 111 94739 93888 match_165 match 105 72105 71485 match_166 match 31.6 88008 87844 match_167 match 121 101810 101169 match_168 match 142 87752 86646 match_169 match 34.3 87990 87829 match_170 match 118 94721 93885 match_171 match 110 75300 74704 match_172 match 117 72108 71485 match_173 match 121 83499 82876 match_174 match 132 101813 101190 match_175 match 110 87767 86646 match_176 match 109 101810 101190 match_177 match 31.6 88002 87811 match_178 match 107 87767 86646 match_179 match 105 72105 71485 match_180 match 112 101810 101190 match_181 match 32.3 88014 87868 match_182 match 111 87767 86577 match_183 match 111 101810 101190 match_184 match 30.8 88002 87868 match_185 match 108 87767 86646 match_186 match 109 101810 101190 match_187 match 34.3 88014 87868 match_188 match 33.5 87999 87829 match_189 match 110 94730 93885 match_190 match 112 101813 101214 match_191 match 105 87752 87153 match_192 match 116 82339 81683 match_193 match 183 87749 86646 match_194 match 145 94847 93876 match_195 match 42.4 88005 87832 match_196 match 72.8 105340 105092 match_197 match 144 75297 74704 match_198 match 151 83496 82876 match_199 match 157 101810 101190 match_200 match 162 72105 71485 match_201 match 76.6 86575 86285 match_202 match 23.9 86195 86154 match_203 match 53.1 105032 104904 match_204 match 129 82381 81686 match_205 match 220 87752 86502 match_206 match 42.7 88002 87829 match_207 match 164 94733 93876 match_208 match 160 75300 74704 match_209 match 172 72108 71485 match_210 match 170 83499 82876 match_211 match 184 101813 101190 match_212 match 73.6 74466 74230 match_213 match 60.1 74177 74034 match_214 match 28.5 74609 74544 match_215 match 45.1 73957 73859 match_216 match 35.8 73954 73700 match_217 match 33.1 82586 82422 match_218 match 117 82348 81689 match_219 match 107 71041 70517 match_220 match 63.9 86575 86291 match_221 match 32.7 74663 74544 match_222 match 233 87752 86646 match_223 match 63.9 74466 74230 match_224 match 194 94739 93876 match_225 match 55.5 88008 87829 match_226 match 170 75300 74704 match_227 match 192 72108 71485 match_228 match 191 83499 82876 match_229 match 209 101813 101190 match_230 match 66.6 74177 74028 match_231 match 186 87752 86646 match_232 match 147 94730 93876 match_233 match 42.4 87999 87811 match_234 match 130 75300 74704 match_235 match 65.9 86575 86279 match_236 match 152 101813 101190 match_237 match 141 72108 71461 match_238 match 149 83499 82876 match_239 match 71.2 105343 105092 match_240 match 59.3 105032 104910 match_241 match 38.9 82586 82422 match_242 match 73.9 86575 86276 match_243 match 168 82354 81686 match_244 match 119 93590 93132 match_245 match 23.5 86189 86127 match_246 match 26.2 93717 93655 match_247 match 69.7 88002 87829 match_248 match 336 87752 86646 match_249 match 152 70972 70520 match_250 match 266 94733 93870 match_251 match 42.4 93051 92950 match_252 match 229 75300 74704 match_253 match 104 100788 100540 match_254 match 271 101813 101190 match_255 match 261 72108 71485 match_256 match 249 83499 82876 match_257 match 36.2 100930 100868 match_258 match 125 105343 105092 match_259 match 35.0 71100 71047 match_260 match 38.9 74609 74544 match_261 match 181 94484 93147 match_262 match 127 82354 81686 match_263 match 182 87752 86646 match_264 match 67.0 86575 86216 match_265 match 133 75300 74704 match_266 match 139 83499 82876 match_267 match 69.3 74466 74230 match_268 match 142 72108 71485 match_269 match 150 101813 101190 match_270 match 26.9 87918 87862 match_271 match 45.1 73957 73856 match_272 match 65.5 74177 74037 match_273 match 27.3 88002 87829 match_274 match 125 82354 81686 match_275 match 182 87752 86646 match_276 match 67.4 86575 86288 match_277 match 134 75300 74704 match_278 match 159 101813 101190 match_279 match 144 94505 93876 match_280 match 147 72108 71485 match_281 match 68.9 74466 74230 match_282 match 147 83499 82876 match_283 match 63.2 74177 74037 match_284 match 46.2 73957 73865 match_285 match 28.9 88002 87829 match_286 match 125 82354 81686 match_287 match 182 87752 86646 match_288 match 67.4 86575 86288 match_289 match 134 75300 74704 match_290 match 159 101813 101190 match_291 match 147 72108 71485 match_292 match 68.9 74466 74230 match_293 match 143 94484 93876 match_294 match 147 83499 82876 match_295 match 63.2 74177 74037 match_296 match 46.2 73957 73865 match_297 match 27.3 88002 87829 match_298 match 125 82354 81686 match_299 match 182 87752 86646 match_300 match 67.4 86575 86288 match_301 match 134 75300 74704 match_302 match 159 101813 101190 match_303 match 144 94505 93876 match_304 match 147 72108 71485 match_305 match 68.9 74466 74230 match_306 match 147 83499 82876 match_307 match 63.2 74177 74037 match_308 match 46.2 73957 73865 match_309 match 41.6 82586 82422 match_310 match 21.6 93717 93655 match_311 match 67.8 87999 87829 match_312 match 252 94730 93876 match_313 match 140 93590 93138 match_314 match 333 87752 86646 match_315 match 210 82354 81683 match_316 match 95.5 86575 86288 match_317 match 172 70972 70517 match_318 match 24.6 86189 86142 match_319 match 76.3 74177 74028 match_320 match 32.7 100930 100868 match_321 match 52.4 93051 92944 match_322 match 115 74466 74230 match_323 match 51.2 73954 73859 match_324 match 289 101813 101190 match_325 match 252 75300 74704 match_326 match 117 100788 100540 match_327 match 283 72108 71485 match_328 match 271 83499 82876 match_329 match 30.4 71100 71047 match_330 match 126 105343 105092 match_331 match 35.0 74609 74544 match_332 match 192 87752 86646 match_333 match 62.4 86575 86276 match_334 match 150 94736 93876 match_335 match 50.4 88005 87829 match_336 match 151 75300 74704 match_337 match 171 101813 101190 match_338 match 162 83499 82876 match_339 match 176 72108 71485 match_340 match 243 39292 38486 match_341 match 154 47893 47522 match_342 match 129 39618 39391 match_343 match 141 41135 40914 match_344 match 182 87749 86646 match_345 match 181 75297 74230 match_346 match 74.3 86575 86231 match_347 match 43.5 88005 87832 match_348 match 151 94736 93876 match_349 match 157 83496 82876 match_350 match 164 101846 101190 match_351 match 166 72105 71485 match_352 match 53.1 74150 74031 match_353 match 47.8 73957 73865 match_354 match 249 39292 38453 match_355 match 46.6 40178 40092 match_356 match 177 47896 47522 match_357 match 85.9 39981 39838 match_358 match 140 41135 40914 match_359 match 137 39633 39391 match_360 match 35.4 82586 82422 match_361 match 120 82354 81689 match_362 match 105 71041 70517 match_363 match 237 87752 86646 match_364 match 33.9 74663 74544 match_365 match 67.0 74466 74230 match_366 match 35.4 73954 73868 match_367 match 194 94739 93876 match_368 match 51.6 88008 87829 match_369 match 174 75300 74704 match_370 match 195 83499 82876 match_371 match 218 101813 101190 match_372 match 201 72108 71485 match_373 match 66.6 74177 74028 match_374 match 90.1 93590 93141 match_375 match 154 94736 93891 match_376 match 52.8 88023 87817 match_377 match 76.6 105400 105092 match_378 match 64.3 74484 74230 match_379 match 35.4 93051 92941 match_380 match 162 75300 74704 match_381 match 163 87752 87129 match_382 match 182 72108 71485 match_383 match 171 83499 82876 match_384 match 181 101813 101190 match_385 match 37.7 73957 73868 match_386 match 63.2 74177 74031 match_387 match 66.2 105032 104904 match_388 match 229 67918 66989 match_389 match 167 67588 66989 match_390 match 35.8 87990 87829 match_391 match 129 94721 93885 match_392 match 121 75300 74704 match_393 match 138 101813 101190 match_394 match 132 87767 87129 match_395 match 135 72108 71485 match_396 match 131 83499 82876 match_397 match 124 82339 81686 match_398 match 205 87752 86646 match_399 match 63.9 74484 74230 match_400 match 154 94733 93876 match_401 match 50.4 88002 87829 match_402 match 72.8 86575 86273 match_403 match 163 75300 74704 match_404 match 180 101813 101190 match_405 match 175 83499 82876 match_406 match 185 72108 71485 match_407 match 60.8 74177 74028 match_408 match 43.1 73954 73868 BLAST_E_coli_K12 E. coli K12 Genome BLAST_E_coli_K12 E. coli K12 Genome match_1 match 2639 57826 59156 match_2 match 2639 57826 59156 match_3 match 2640 57825 59156 match_4 match 2640 57825 59156 match_5 match 2640 57826 59157 match_6 match 2642 57824 59156 match_7 match 1403 58451 59158