C03HBa0036B17.1 AAGCTTATTCTAGTGAAAACAGAAGACATACATCAAATTAAACATCATCAACACCAATGA AGTTCTGGTCTAAAGACCCAATATAAAGTTTGTCATTATATTCTTGAACTTCAGTTATCC CATTAAAACTCATATATTGAGCTGTGAAATCACGCGTTTCCACTAATTTTCCTGACTGAT TTATCCTTTGTCCTGTCGAAATTATGGTGGGAATGATCAACACCTTTGTTTTCACGGTGA CAACAGCAACCCAAAAATCTCCGGACACAGTCCGCTTAATGTTATCTGGATTTCCATCAA TGTTAGCGAAAACATCAGATGAATTTGCTTTTGCACCTTTCAGCCAAAATCTCCGAATTC TTTTACCAATAGCTTCCGAGACTAATAAAAATGATTTGTCTTTGCTGAGTGCTATCCCTG CTGGCCCTGAAAGTTTATTTAGTAATAACGTGACTTGTTTCGTTGCTATATCATACTTGA ACAATCTCCCTGTTGTATCTCCACTTAAAGCTATTAGTACTCTGTTGCTGCTCAGTTTTT CAAAAGATGAAATAAAATTAGTTAAATGCAATATTGACAAATATGAATGGACTTTGAGCC TAATTTTCAATTAAAAGTTTTAGAGTGACGAACCCAGTTCGGAATATGGCTCCTGAATCT ATAAAATAAATGACTCCCTCTTCCTGGTCGATGTCTAGTGAGTCGAGAAAGGAAAAAGGC GTGCCCTCGAAGCTTGTAACAAGTGGTGTAGCGAGCCCTCCGCTTGGTTTAACCACCAAC AGGCCATAATATGCATCAGTTATGTATAGATCACCAGTTTTGTTGTAAAATCCAAGGCCA TACGGTCTTCCACAAGAAATTTGTGATATTGGGTCGTTTGTGCCATTACATATTTGTTTG GTCCTAAACATACATAATATATACGAAAATTTGTCAGTCGCTAATTCCTATTTTGTTAAA AAGATCAAGGTTAGAAATGGAATTTAATAACCTATTCGGTGATGTAATAGCAAATTCAGT GAAGCCAACATTTGGACCTTGATATTTCATTACTCTGCCATCTCCAACACCGGTGTAAGG TCCGACACCTTTTGTGTCGAAAGCAGAAGAGTCAGGGCCAAAGGCTTGTAATGGAAGTTG GAGTCGTGAAAATGCACAATGAACAAGGTAAGGTGAGGCATTTAAGAATATAAGAATCTG GAGAATTAGGAACATTGCTTTTGTAATTAAGATTATTCCCATGTTTGTTTGTGTTGTATC AATAACATAATCAACTGTTGATATTTATACTACCAATTGCTCCACAGGGTGCTAGGGGTT TATCAAAATTAATTTAATTTAATTTTAAAAATTAATGAAATCAGATTCTTGAAAAATGCA AATGGAGTATAATTCTAAATTTACTGCTATGAAACTCTATAAATTAAATGAAAGCCGTAA GATCTATATAGCCACAACGATAACGTGGCAAAATTAAGTTACCAAACGTATATTTCCCTG AGGAACCATTTCAAAATCCTAGTTACAGTAACTTTCCAGGCATAAGTGTGGTTCCATCGG AACTGGAAGAAATACGTATTAATTTTTTTATTTTATTTACGTTTAGTCTTTTTAAATTAA AATGTATTTTTCTTTTGATGCAATTTTTGAAATTTAATCTTTCACGTGATTTGTTTAAGA TTATAAATTTAAAATATATTTTATTTTTATGATAGATTTTAAGATTCAAAAACTTTCTTT TTTCTTTTTAAAACTATGTATTAATTTAAAATCAAACAAACAAATAAAAAAGAAGACGTA ATTACTTTTACAATGGTTACAAAGTAATGTGGTTAATTTGGTGACTTATTTTTTCTAGCC AGTTGCTAAAAAAGTAAAATCCGTAAAGATTTATTGGCAAAACAAAGAAAAAAACAAAGG GAACAATGGGTTTCGTTTCCCTTTGTATTTTTCGAGTAGGCTCAAAACATGGGGTGATTT CATTAAAAAAACTACATAATATGAAAAATTTTAATATACATTTAAATAATATAGCTATAG TTTAATTTTTTATGTTATATGACTATAATTATACAATAAATAACTTATTTAATCGTATAT TAATAATTGTTTTTTATATATTTAATATAAAAAAATAATAAATAGAAAAATTAATATTAA ACTCATGATTAATTATGTATTCATATCTTCTCTTTCATCAATATCCTTATATTATAGATT TTTTTGTATTTTTGTCTCAATTCCTTCCAATTCAAGATCCTTTTGTATGATTGTAGGAGT GATTTTTGTGGTTCAATTCATTATATTTATATATATACTTATATTTATGGTTTAATCAAA TGTCAAATATTTATATTTAATAATACTTATATACATTATAATTTTGAAATTCAAAGTTTT CGTCAATTTTGAACCAAAATGGAAAGGATCTTTAATGACTGGAGAATAATTTAGAATCTC AAAATTTTTGATACTCTTGAATCAAAATCGAAAAGATATTTGATGAACTTGAAGATTTAC AAAAGAAATCGTTTGTCCAACAATAATTTCATACAATCCTTCATAACTCATCCCGCTTTT CAAAATTTCGACATATTTTTTTATGAAACAGAGAGAACGATGAACAAGAAGAAGAAATTT ATTTTTTTGATATTTTTGGATTGTTACACTATATGATTTTGAATTCTTGATAATAATTTT GAATGAAATAACGTAATTTTGTGGAATCTTAATTTAATTTTCAGTTTTTCCCCTTAATTA GTGAAACAAATGGATACTATGAGATTTTAAATTGATTTTACAGTTTTTTTTCCTTAATTA ACAGATTGATACATAATATATCAACAATAATATATCCGAATTATCTGAAATATCTAAAAA ATATGAAATTTATATAATTATAAAAATAATAGAAATAAAAGGTAATTTAGATTTTTACAC TATGATATTTACGGAAGTTATACATTAAAATTTATGTCCCATAAGCAGCATACATCAATT CATGATAAAATCTGTTCAACTAAGCCGAATATTCAAAAACACCCCTTATGGAACCCATAA AAGCCCCACTTGAATTTTTTTTTGACTTGGCCTTAAACCCTAGTGGTTTATCAAATTCCA ATTTCTCCCCAATTCGTTAAACCCTAGGCCGACGTTCAAGAGAGAGATGGGTGGTAGTGA TAGCGAAGTAGAGAAAACGGCACAAAAAGATACGGAGAGAAAGAAGCTATTGGCTGTCGC CCCTATTGCTAAACCACTCGCTGGAAAAAAAAAACTCAGCAAACGAACCTTCAAACTCGA TAGACGAGGTATCCATAATCATTATTTTACTCTTTTTGTGATGTTGTGTAATCGCCATTC TTCTGTTTTCAGTTACGGAACATAAATGCTTGAAGAGAGGAGTTAAAGAAGTAGTGAAAA GTATTCGACGCGGTCAGTCCACTTTTTCTCTCATTGAATTCATAGTCAAAATTAAACTGT CTCAAAATTAAATACGAATACCGAAAGAAATAAATTTGAATCTAATTCAGCCTCAAAAAG TTAATCACGGAAGTGGTACGTCTTTCATAAAATCAAAATTGAGTTGTGGTGAGCATGAGA TGAAAACTGGAAAATTGTGTATTTTTTTTTTTATGATTGTCCTCAGTCTGTAGTAGGATA GTCCTGTAGTGTTTAGATCTAGCCTCATGCTTTAGAATAGATGGACAAGTACTTCTAGCC CTAGGCCAAACCTGAGTTCCGTGCTATAATGCCCCTGGAATGTTAGGGTTTTGGGGTTTG GTTTGGATAATTTTTTTATTAAAATATAAAAATTAAATTAAAGTGATATTTATATTTCTA AAATCAAATAAAAACAATCGATTTGGTTCGATTTATTACTTGATGATGATAAATGATAAT AGTAAAATAAAATAGACATGTGATAACTATTTTAAATGAACATTAGGAATCAACATTTCT CTTTACTATAACAAGATGATGGAAAAACCTCCTCTTCACATGTCTAATATCCACGAAAAC AATATACTAAAACATTAAATAGATGTTCTAGTCCTTCGAAAATCAGGGCAAAACCAATGA AGAGTGAGCAGATAAATGTCTTAGCAAAGAAAATTTAGAGGGTGTTTGGATAGGCGTCTG ATAAATCTACTTTTAAGTCAGTTTTTAACATTCGAAAGTGTTTGATAAATATAAAAAATA ATTTACCATAGGTTTAAAATGACTTAAAATATATTACGAAGTGTTGGCAAGTTATAGGGT GTTTGTATTGACTTAAAAGTTGGTCAAACCTATTTTAAGTCGTTTTTTTTTTACTTCGGA AAGTGTTAAGACAAATATAAAATCAATTTCAAATAAGTTAGAAAGTATTAGGCAAAACTT AAAAATAAATTTATAATGACAAAACAAATTAAAAATATAAAAATAACACTTCACACACAT TTAAGATAATAAATATCAAGTTATAAACATACTTTTTAAAAATAAACTACTTATAGCATA TCATTATCGAATTATAGCATATCAAGAAAAAATATATTAAAAAAATTTATAATTAATTAT TTCAATAATAATTTATTTATTTAAATAATTACATTAATTTTTTCAGTTACCTTTTTTAAA ACAAACTCTTTAATTTTTTATGATACAGTTACCTTTTAAATTACATTTTAAAGTTTTAAC AATTTAAAATAAAACAAATTACTATTAGCTAAATTAAACATTATGTAGTTACCTTTATAA AGACAATTACAAAATAATAGGGATTTGATTACACCCTAATAACTATCCACCACCATCTAA ACCAATACAAGATAATATTTCTCTCATTACACTCAACCCATACACGCCTATTAGCCTAAA AATATCACCAGATTTTCACCGGAACCGCCACACGCATAAAAAAATTCATCTTTCCCAAAT CTTCTACATACACGCCTAAAAACATCATCATATTCACCTACGTCGTCGCACACCTAAACA TTCATTTTCACCAAATCTACTGTTTTTTACGAAAATCTTTCACATTTTCACTCACATATC AGTTCATCCCAAAATTAAACCTTCATACTTAGCATCTATACAATGTCGAAGAGAGATAGT GAAATCCCACGTAAAAGTAGGAGATTGAACGATGAGTTAAGATGTGAGGGCTTTCATGCT CCCTCTTTCAACATTTTGTCACAAACTCAAACTCAAACATCAACTGCAAAAGAGAAGTCT AGGTCAGAAAAATCGAAAATGAAAAAAAAAGAGGCAAAGGAAATCAGAAAGAAGAGAAAA AAGGAAAAGAAAAACAAATCTCCTGTGAATCTGAGAAAGAGGCAAAGGAAAGAGGGAAGA AGAGAAAAGGAAAAGAAATTCAATACTCATCAGATTCTGAGTCTGATTTTGTTGATGAGT TCATAAATTCAAAATAAAAAAAAGCAAGAGGTACTGAAATTGGTAGGTCACAGATAAAAG CAAGAAATAAACCAAAAAAAATTGTAAAGGTTAGTAAAAGATTTTTTTGAAATTTAAATT AAAATAGTCTGTTTAATTTTGATTTTAATTGTCAGTAATATAGTACATGATTTATGTTGT GTTATTTGTGTATAAAATAATTAATATTTTTTTTATTATAGGAGTGTATGAATTAGTGTA TTAAGTTTGTATAAAATGCTATATTGTTTTATTACACTATCAATGTATGAATAATGTATC AATGTTGTATATTTTTGACTATTACTATACATATTAAAACTAAATAGTTTATGCTTTGGT TTTTGTGTATTATTTTTGTATGAATTGTGTATGAACTGATATACATTTTTTGTATGAGTT GAATTGAATGCCCATTCAATATAGAAGTTTTTTATGATTGTATATGACATTATATAGTAT GATAAACGTATTAATTTGATTTTAAAAAATTTTTAGGAGAAGAAAACACAAACACATTTG TCTTCATGCATTAAAATGAATGTGTTTGCGAATCTGTTGACCTTTCTAGGTCAAGAAAAG TTTCAACAATTCTTAAAAGAAACATTGTTTCGATTTTTTTTATAATTTGCATAATATAAA AATCCAATGTCAATTGTTAAGACACATATTTCTTCTTGAAAATGAAAATTTAGGGATAAC ATGTTTGTTATAAATGTACCAATTAGAAATATAATTTACAACTTATTTTATTATATTCTA TAATCAGAAAATTAAATAGGATAAAAATTACCTCCCGAATCTATTGTGCTGGCAGTTAAC ATTGTACTACCATATGAACATTTTAATCCTGCCCCATCAACAACTACAATTGGCCTACAA TATTCTCAACCTCTAATACAAGCTTCTAACGCAACAAATGCGTATAAAAATTTGTCAGCT TCTTTCCTTTTAATTTTCAAAACGAATCCTGGATATGTTTGCTCCAAAATGTAAAAATAA CCTGAAATATAACGGTCCAAATCATACAAAAAAAATATACATAAAGAATACACGAAAAGA GATTAGTCCAATTCAGTAGGTAATCTTTAAATTCATTCTTATTTCAACATTACCGGGTAA TCTTGCATATGACTCTGCTGGATCTCCGCGCACCAACTTTATTGCGTTTTCTTTAGCTCT CCATTCCTGTATGTACGTCAACGAAACGCAATGCAATTTCAACATATCATCAACTATATC TTTTGGAGTATATAACAGATGGATCAATATACTTTTCCATTATCAAGACAACTACAACGT CAGTTATCCCCTGACGTCTGGTATAAACTCTTTCTCTAACAGAACAAGTGTGCTGAGGAA TATACTTCCTAACTTTGAATAAATTTGATTTATTCAAACTAGATGCCCTCATCATCCAAG AACAAGTTTTAGAAATACAATTCAGGTGATAACTGTTTCGAAATTAAGAAAATATACATT ACAATTATGTACAGTGAAACAAATCAAATAAAAAAAATAATTTAAAAAAGTTTTATACAC TTACTTAGATGCATTATAACGCGCAACATGACAACTGAATTTTTCAACAAGTTCAACTTT CCTCATAACCTCCTTAAGTGTTTCTCTATTATTATAAATCTGATTATCAGCTACAAATAG GTTGAAATGGTCACATATTACATCATTATCTATATCACTATTATCATTGACAACTCCGTC TAAATTCATTCCGATCAAACGGATAGAATTGTTGGAGTACAAATCAATGTTAGTTTGTGA TAATCTAACATCAGAATTTATTCTATCAATAATAACAACTCTATGACCTTCATTATACAT CTTACGATCTTTCAAAGTGATGCATAATGGATATTTTGTAAAGAAATTCAAATTCATCCT CATCTGACCTAGAAAAACCTTTACCCCAATATTAATAGGTGGAAGTATCATATAGGATGC CCTCCATCTCAATGTCGACATATTTTCCTGTTTAACAACATTAAAATTACATTTAGTGCA CCACACTATAAAATCACGAAATAAGTCATACAAAATTCATACACAATTAATATATCATTC ACTGCTATAACAGATCAAAAAATTTACGTGGGATTTCACTACCTCTCTTCCACATTGTAT AGATGCTAAGTATGAAGGTTTAATTTTGGGATGAACAGATAAGTGAGTGAAAATGTGGAA GATTTTCATAAAAAACAATAGATTTGGTGAAGATGAATGTTTAGGCGTGCGGCGATATGG ATAAATATGGTGATGTTTTTAGGCGTGTATGTAGAAGATTTGGGGAAGAACAGTAAATTT GGGGAAGATGAATTTTTTTATGTGTGTGGCGGTTCCGGTGAAAATCTGGTGATACTTTTA GGCGTGTAAGGGTTGAATGTAATGAGGGAATATTATCTTGTATTGGTTTAGATGGTGATG GGTAGTTATTAGGGTGTAATCAAATCCCTATTATTTTGTAATTATCTTTAAAAAGGTAAC TACATTAACTAATGATAATTTGTTTTATTTTAAATTGTTTAAACTTTAAAATGTAATCTA AGAGGTAACTGTATCAGTAAAAAATTAAAGAGTTTGGTTTAAAAAAGGTAACTGAAAAAA TTAATGTAATTAAATAGTTTGATTTAAAAAAGATAACTGAAGAAATAAAGGTAATTATTT AAATAAATTAATTATTATTTAAATAATTAATTATAATTTTTTTAAAAATATATTTTTTTC TTGATATGCTATAATTCGATAATAATATGCTATAAGTAGTTTATTTTTTAAAAGTATGTT TATAACTTGATATTTATTATGTTAAATGTGTGTGGAGTGTTATTTTTATATTCTTTTTAT TCGATTTGGTTTGGTTTTTCACCAAACTGTGGACACCCCTGCTGAAATGATATTGAAATA CCCTTACATAAAGAGCTGGCTATATAATTACGACTTACGCAGTAAGAATAGCTAGTGTGT AAATTTTAGGCTTTTTAGTTACTCCAGACTCTTAAGTCTTAATTGAAGCCATTAAATCAA TGTACCTAATTGTCGGTAAAGAGTCAGTACCTTGTTAGCTGCTCTGTAGCATAGCCCATA AGCACTTGTACAATCAATTCCACACCTAGCAAATTTTGCTCAAAGGTAAATTTTCTACCC TGAAATATTTGTGACATGAATTTGTCTACATGCCATTTTTGTGAATTAACAAGCTTATGA AACATCATATTTCTTCTGGGAACTGCAGATTGTGTGTCATAGCTGGAAACATTTCTCCTA TCGATGTCATTACTCACGTTCCACCTCCTATGTGAGGAAGCTGATATGCCATACGTTTAT GTTCCTTCAAAAGAAGCTGAAGTTTTTATCTCACACACACACTTACTACTATTACATTCT TGATATGTTATCCTGCAAGTTACTTCCGTGATCATGATAAATCTTTGCATTCAGGATCTT GCAAGTGCTGGAGCCACTAAGAGGCCAACTTGCTGCGTTTTGGTATCGACAAAGCCTACT AAGGGGGAACTTGGGCAGGAAGTTCAAGAGAAACTGTAGGAAGAGTACGATCAAGTTGTA TAGGAAATTCAAGAAACAACTTCCTCCTTGTTTCGATAGACTGAATGATGATCTATTGAT GGTTTCACTTAATTGCCCTCTACTTAGTTTAGGAACATGTTTATGTATCTGCCATTTATT TACGTTACCATTCAATCATCTAACTGACAGCTGATAAGTAACAAGACATAAAGAATGAAA GATCAGTCGATTTTTACCCTAACTTGATCAGAAATTCATGAAACATATCCACGAAACAAC AAAAATTAATGAGGATATCAAAACAAAAGACCGAACAAAGAAATATTCGCTCCATCTGTT AGAGACAATTACTTCATCTTATTCATGTATGTATTGGTTCATCAAACATACCAAGGCTAG AAACATGCATCTACACTGTTAAAATTTTCTATTAATATATGTACATCTTCTACGTAGTTA ACTGTTTCATTAGCCATAGTTGGTTCAGTTATTTTTGAGACAAGGTCCTGAACGAGCATA GTTAACTTTTTCAGTAGCCATAGCCGATTCAGTTATTTTTGAGATAAGGTCCTGAACAAG AAGATACCTACACCGCCAACAGCAAGGGTAAGAAGCAGAGGAACACCAATCCATTCAACA ACTTCAGCCATCCCCTCGGTCCTATCCGTTCTCCCTAGGCGAGATCCATTGAGCTCACGG AGGATATTGCTCAGATTGTCCATCTGATGCATGATCTGACGCTGTGATCTCCCAATGAGA AGTACCTGCTCCCAATTATGTTTGCATCAGAAGCATAATTGTCTAATCAATTTCTCAATA TTCTTCAGACAAATGTGTTGAATCTGGACTATGGTTGTTTTCAGAGAAACTTTTAGTTCG TGGAAACATAAGTTATTAACACCCAATGCAGTCTCAAGTACAATAATAGCATACCCAATG TAATCCCACAAGTGGGGGTCTAGGGAGGGGTAGTGTGTATGCAACCTTACCCCTACCTTT TGAAGACAGAGTGGATGTTTCTCATAGACCCTCGACTCAAGTAATGATAAGGAAAATCAT CACAGTAAATATTAACGATGCAATTGAAAGTTCTGGTGCCTAGATTGGCAAATCAATTGA AGTTTTCTATTAAACTGGCGAACAATGTAAAAATGATGGATCAAAGAAAACACTCGTGCA CTCTCTAGTGTTCTTTGTGAGATAAAAGAATTATTTTCAAATGGATAAATTATGCAATAA CCAAATTCACTCTAAAAATTGGTCATATTGAGTGAGAAGGCAAAAATTGGACAACTATTG GGAGAGTATATCAAACTACCCGCATGCCTCCTTTTGTCTCTACTTAATGCAAAAAAGATG AGCACGGGATGATCGTATTATACCTCTTCCATTAGTGAAGACTCTCTTGCCAGTTGGGAA GATGATGATGAATGAGGTAAAAGAGAACCAGCCAACGAGCCATTGCCTAACCCACCCACA AAAAGAGAAGTGGGTCCAGACCCATTGCAAGACTCAGTGTGCACTGCCAAATTTTGTTGG CTAGCAGAAACTTTATTGGCAGATATTTTTAAGTTTAGCTCTTCAATCCGAGATGTGAAC TCATCCATTCGCTCGCTCAATGTTGAAATTTGCTCTGTAAGTTGAGAAACAACTCCCTGA AAAAAGGCAATTCTTGAGTGATTGAGGGAAAGAAGGAACAAAAAAGGTTAATGTAAGATT GAGCATATTATAAACAATTCAGCATAAGTGGGACGTACTGGTAGTAAATTGATTTCTCTT CTGATGTATAAGAAATATGGAATTAAGCAGGAAAACCCGCACACATATTCTGCTGGACAT TAGGAATATATGAAACAACATTCACGTTTTTTGTTCTTGCTTAAATTGGTAACATACAAC ATATAAAAAGAAGAATATTTGGCCCAAAAAAATGTAACTCATTGTACTTTAGAGTATCCC CGTGCACATTAAAAGTATTTTCCACTCTCTTAGCAGATAAAGTTTCCAGTACCAAGTCTC CATATCAATGAAACAAAGTAATTTTTTATGTTTTTTGCGAACATGAATGGATTATTTTTT TAAAAAATAATGATTAACATAATTTAATTGATGAAACAATATGGCTACAATTCAGTTTGC TCCCTTGATTATTATTCTCTCTTGATTATCTCTGTGATTTGAGGGATGAAGCAGCATGTA TTTCTCGACTAGGATGATGCGGATTCAATTTCCATGAGAAAAATGATTCCAACAGTTAGG ACATTTCATTGATATATATTCCCTATTCCTAGTTGCTGTTTTACAGAATACTGGAAAGAG TGGGACAAGGCATTCAAATATTCCTGCCGATGTATTTTGACACCCCACAGCTTCAGCAGA TCGCTTAGCCCTGTTCATTTTCGGCACAAGAGCGCTCGATTAGTGAGATGTTACACACTC GTTCAAGGGTGTATAAACACTTAAAAGATTTATAGGACTTGAATTAAAGTCTCTTCTCAA TATTTTATTAATTAAACAAGCAAATATGCTTTCTGTACATCTATACGAACAACTGTAAAT CATAAAAAAAGACTTGCTGTTTTGCATGATTAAAAAGGGATCCATCAGCTTTTAGCAGGA ATTTCCAGTCACGATCCCCAGGGTTGCCAGCTTATCATCATTTTACTTCCTTTTCAAAGT TACAAAGTCAACTTACTTTGCTGGTTCTGCAGATGACGAGATCCTAGTGTGTTTTCTTAA CTCCTACATGAAGGACTCATTTCATTCTACTGAACAAACTTTCAGCAGGATTCTATTTCC AAACATCCAAGCAAATGTAAATCTTTCCACAGGTTAGTTGGTTTGAGTTACGGCTTACAC CATTCTGATGTAAGGGAATATTTAAATTACCAAAAGACTTGATAGCATGTAGCTGTTGTC AAGGGTGTGGTTATGAGTTCATGCTGGTAGTGGAGAGAAATGAGCAGGAAAGGGTGATAT CATTCTTGAGTATCAATAAGAATCGATTAATGGTGTTCAGAATTGGTATATCACTTGTAT ACAGCCAAGTTGACCTTGTTACTATCCTTACCAAAAAAGTTGGCCTTGTTACTACCAATG AAACCTTTTACTTGATTTAAAAAAATGGTGTTCAGAAAATGATCTAAGACGGTGGATGGA ACTCTTTCCCTTTTCCTGGAGTAAATTATTATATTAAAGCTAAAGTTGCGCAACTATGTC AAACAGATGCCCCCAAGTAGGGTAAATGAGAGTCAGTTCACACACCAAATATAACGTTAA TATGTAGCCAAAATTATGGAGATACAAGATTATTTTAAAAAATGAACCTATTGCTCCGAA TAATTACCTGATTAGCCACTGGCGCTGGAGAATCAGGGGTTCTTCCGTCATATCTTCTAG TATTAACCGCAAGTTTTGTCAGCTTGGACAGGTGTTTTTCTCGTTGTGTTGAGTATGAAT GTGGAATACCACTGCCAATAGTTACAGGCGAACAGATAATGCTTTTCCGTTGCATGACTT TTGCAGAAATACGCAAGTGATGATTGTAAAAAGTAAAAACATCCAAACAATACCTATAGA ATACTTTGAGAAGCAGATAACAATTTAGCCTATGACCTACCGATTAAGAAACTTTGTTCT CCTATCTGCAGAGGCTCGGGATAAAGCTTCTCTAGGGCTTGAGACCAAATCATCATCTAT GCTCAGCTTTGTCTTCAGATCATCTGGCAATGCCTGCATGGACTATAATATTGAGAACCA GGAACAAATAACAATGGAAAATTTGGTATTCAACTAAAATTTAACGCACCATAACATCAT TTAAAAGCTTCTCTAGCTGAATTTGTTCGATGTAAGTGCGAGGAACATATGAACCATCCA AACCCAGCGAGTCGGCAACATATTTTACATGTAAGCGATCTCTTCCTTGCACCTTCATAA GGGAAAAAACGTAGTTAATGATAGTAATTAACTCCCGAGGCTATACAATGCCAGAGTTGA GAAAGAGGAAACTCATTCTCACATACTGTCTTCAGCAAAAGGAAGATTTAAAAATGAACT CACACATTCATCAGAATATTTCTTCATTGATATTTGTTGAACTTCTTTAACTGAGGTTTT AGGGAACTCCTCCTTTCCCCTTATAAAGGGTCCCTTTACTTCATTTTTCATCATGCTTCA TGTCACGTTTATAATTTTTTAAGTCAAACAAGAGTTTAAGGTAAACACTTCAATGATAAT GATGAGCAAGCATTGTATCCAAACTGGATATTTCTCCAAAATACAATCCTTATATTTGTC TCAACCCAAAAAATCGACGTTGCTTCCAGTAGATTAATAAAATAGCAACTTAGCCGATTG TGCCATGCACAAGCCTCAAAAAACATTTAATTATCCACAGCCTTAGCCACATTCTAAGTC TAATACTTGGCTAGGTACAGCCTTAAAGAGATTTGTTAGGAGGTTACGACACATATCTTT ACCTGAACTCCAGATGAAATAAAATTAACCCAAATTCCCAAAAACAAGAGACAGATAAGA AGGCAAGAAATTCTGCTTCGCAATCACATGATTCAAGCATTTAAAGTAAATTATAGTAAG ATGAGATGAGAGCGACTTAGTAATTAGTGATTGTCATACCTGAACATACCGGCGATTAAG TTGCTCCAACCAATCTGTTTTCACACAAACTTTGTCATCAGAGAAGATGTGGCTGCTCCT TTTCAAAATGGTTGCAATTGAATATCCTAATGCCATCAACCCACCAAGAAGCCGTACACT GACCTCAAAGGTGATTCTTGGTGATATTATAAAGGGACTATCTGTAACCCATTCCTGAAA GAAATACATGAAAGAAACATCAGAAGATGCACGATTATCAGTGTCAAGATTACTATTTCT TGACATTTCTCACAATAAAGCTTTTAGAAATTCAATAGATACCAAAATTGTACCCAAACT AGGAAAGAGAGACATGGTGCAGGAATGCTTTTCCAGGGGAAGACCAGAATGCTAATAGAT CAAGATATAGAGAAATGTGATTATGATCAGTCATTTAGAAAGTTCTCAAAAATGAAGTTA GTCACATGATAGAATGTTCTATGGTTTAGTGTCCAGATATCTATGACAGAACAGCAGAGT TCTATTAAAAAAAGAGTTAATCTGTATTATATTGATTGCTACATATCTTCTGTTGTATCA TATGGGACACCTTAAGGCCATATTTCTTGAAGCTGTTCCAGCAAGCTCTATACGCAGAAG ATCCTAGAATTTTAGAAGTTGGTTCATTCAGACTACGACAGTGACCGGCATACATGCTGG CAGCATTCTTGGTACTCATTAACGGTATAGATGCATCACAATCAAACAGAAGATATGACG GATATCAGTAGCTAAACCAATATCAAGCAAATTTACCATCTGAAAATGATAAAACTAGGT TAAAATTAGCCTGATTATTACTGACTGATATGCTCAACATGTAGAAAAGGAACTTATTGG TCACCTCAAACATAAGAGTGTATTTTCCATCCTTGTTCCTCATCCTCAAATATGATTGGC AAGCTTCGGGATCTTCACTGGGAGGTAGGAGATAAATATCATAAGTTTCCTCTGTAATTT CCTTGTATTCGTCTGGAAACACAGCCTTGATCTGGTCTACATCCACAGCTTTTGCTGACT ATAAAACATATTTAGACTCATCAGTCCCAAAACTTGTGCTTGCATAAGCACAATATACAT GGAATGTAGACAGAAAGGTCAAAAATGTTAAGACCTTTAGTACATATGTGGGGTTCTGAA ATCCAGCGAATGGGTTAAACTTATTAATAATTTTGATTTGAGCCGTCTTCAGATCGGGCT CAATAAAGGCTTTGTACATAGGATACACCTGTTAGAAGAATGCCACAAAGATCATTGTAC TTGGCCGTCGAGAATGTGCAAAAAAATTTGAATTAGATATATTTGAAAATAACAGAGACG AAACCGTTTCTGAGATTTGTTGGATTATCTCCTCGGGCTCTTGTCCAGCACGGTGGATGT CCCTAAGAACCCGTTTCACTAAGTCAAAGTGCACTCCACCAGTGACAGATACACGGAGAT CTAGCAATGGCCTCAACTTTTCACTCAAAGCATATATCCCTTCAATTATAACAATTCGAG AGCTTGGAGCTTCAAGGGTCCTGTGAAATCGATGATCAAAAGTGTTATGGGATCGGATAG AAGTAGACGTGCATTTTACATTGACAAGTAAGGGAACAAAATATTTTATCTAAACCAGTT CTGATAATAAAATTCAGATTTTCTTCTGTCTACTAGGTAAAGCCTATACACCAGCTCTGT ATAAATCAGGTCGTGAATGTGCTAGGCACCAAATGGGCCGGGGCGCCGGTGATGTGGAAT GTTGGGTTACCACAACTGTCTTCTCCAGTCTCCACTAAAATAAATTACACAAATGCTTCG CAGAACTTCGCATAAGAAGATATTGCATATCGGTTAGATTAAGAATGATATGCAACATCA TTCTTGGGCTTCAATCAAATGTTACACACATACCATTGAAAGAAAACTGAGGTCTTAGTG TCTTTTGAATATCAAAAGTAGTTAATGAGCAGTACAAGAAAATTTTAAGAATATGGTGAG ACCCACCACAGAGAAACCCCCCAACTCACCCCACCCCCTTGCACAACAAATATTTTTTCT TCTGTAAACTCCAAGGAACATGAAAGAAAAAAGAAGAAACAATCCTTAGCACCATGGAAC AAAAAGGCAGTGTTCTCAGGAAAAGTAAACAATGAGACAACAGAAATAAAAATAAGAAGA ATGAGAACTGACCTATAACCCACACGAGAGCTAGATTTAAAATCATATATAGGAACTTGA ACAGGCTTCCCCGCTTTCAGCCCATGTATATTCTCGAGCAGAGTCTCATAGTCCGTCAAT CGCGGATCTGTTTCAAAAATACCAGGACATGGAAGTTACTGTAAATCTTCATCTTAATTG CATTAGTCACAGAATAGCATAAAGTGAACATAATTAGAAACTAAAGCAGGAAAAATTCGA CTATGCTGACATGATCCAAAACAATTAAATATGGCCTAACCATTTCCACAAGATCACATA CTGAGATTAACATCTCAAAATATAAGAATATTCAATCAAATTCAGAAGTGCATTGTTTTC TTTTTGATACTTTGTGGCTTTCTACAGTAACACCCTACGCACAGGGCCTCCAGTGAGCCT GATATAGAGACAGCTATACATCAAGATTTTTTCAAAAGTTGTTTAAAATCGAGGATTTCA AAAGTTGATTGCTTAACCTTTCATCAGCTGAAACAGTTACACCAAGAAACTCATCTGTTT ATTTTACTTCAAAAGCATCGAAGTTGCATACACTGACACAATTTCACTTATGGGACACAT TCTAAAATTTTGCAAAATATATTTGAGAATTGGTTCCCAAATTCAGTATTCATAGAGTTC AGAGAGATTTAGACTCTTGAACAGTCATCACCTAAACGAGTATTATCTGAAAAAACAAAA CTAAGGAGAGGCCACAGCTGTACAAATCTATTAGAATTCCTGAAAGAAAGGAGCAATGGG ATCTGCACCCAATATTTATTCATTACTTCAAGAAAGGAGCAATGAGATACTATTGCATTT TTGTTTTTTTTTTGTCATTTACTAAAAGTGGTCATGCTTTAACTGTGGAAGTAGTAGTCA TTGTTAGTATTTCACTCTTATCATTCATTATCACATTAACCAACTACAGGTAACCGACAC AAAATACTATACCATTAGTTTATCACTGATTAGCAACATGGCCTATAAACAACCTGCATA TTCTTATGATTCGACTTTTAATAGATTAATAAATAAAAGTTCAATCTAGAGTCAGGAGAT ATCCATCAAGACTGCAGACCAAAAATAAATAAATAACTAAATACTGTTGGGAATCATATG AAGTGTTGGTCCAATGATGTCTTCGTATTTCATATGCATATACAGACGTATTTAGATTAA GGACGAAGTTTGAGAAGTGTTTAAACTACTAGTTCTGAATTTGTTTATTTTTGATAACCC GAGAGATCTCCACAGGGTCAGTAGTGTATTGGAACGCGGTACATAAAAGGTCCATCACTG TATCTTCTTCACTTAAATACCGCATGAGGCAGAATTTGAACCCGTGATATGTGTATAACC CACACATCACGTGTTGCATTCTCACCACTGGACAAAGCCTTGGAGCAACTACAAGAATAA TAAAAGATATCTCATGTAATTAAAAAATTGCTACATAAGGTCACTACAAGAATAACTCAT CAACATCAACAAAATTATGTATGTAACAAACAATTAGAATCAAGAAAGAATGAAAGCAAG ACTACCGTCGAAATTTCCATCAACGATACGACTGGGCTCATTGTAGTTGTCCATGTTTAT GATAGCAATACTAGGCATAACATTCAGGATCTTCTCTGTGAACACGGACTTCCCGGCCCC TGAAGGACCAGCGACACCCACCAGAACAATTCCTTCATTCTTCTGAACCAACAACTGGCA TGCACGGAGTACTATAAAGAAACCCTTCTCAAATGATAGCTGATCTTGAATTGGGGCTAT CTCATAACGAGCAGAAGTACTTCTTTTTACCAGTTGAACTTGATCTCTTAATAGACCAGA CCTTCTTCGCGGTGAATCGGCATTGGAAAGAGTATCCTGGGCCATTAAAATACCTGGAAA ATTCTGCAAATTAAGATGCAAATAAGGAATTTAAAACTGCAATCCAAGTATTACCAGTAA TCTATGGTCCCCAGAACATCTTTTAGGGGAACTACACATTCATACGCAAAGAAAAAGTTC CAATTTTTGTTCTTGTTTGGATAGATCTAAACAAAAAAAATAATAATCTGCAGATATCAG ATAAAAGTACCATTCCTTGAAAAGATACTGAACATGAGCAAATGAGGTCTCAAAGCAGCT TTTGACGAAATCAAAGCAAAAGAGGAAACAAATATTTGTGTGCACGCACATGTAGGAAGA GCATTGCATTTTACAAGATAGAGCAACAACGCACTTCACATCTCACTATTCAAGGAGATA CTCTAGAAGCACATACAAACTAACTGGGATACTCCAAAAGTGTATTCGACAACACTAACT GGGTTACTCCAGAAGCGCATACAGGACAACACTAACTAGGTTACTCCAGAAGCACATACG ACAACACCAATTGGCTACTTACTCTGTCCAACACTTCTGCCCAAAACTGGTCACCACATT TTTCTTCCCAATAGTAAGATAAAATGATCCTTGAGTTAGTATTTTAAAACTAAACTTTGT CATTTTAAATCCACTATGTCACAAAGTATAGCAGGTCTGGAACTAGTTAAGGAAAGTTGT AGTAGCATAACGGTGTAACAATAGTTTTACATGATGAATCTTTGAAAATGGATACAAGTC AATCTCACTAATTTGGGGATTGACATGGAACTAACAGATTCATTAATATTCTAATGCTTT TTTTATATGAAAAGAATCCCAATCTAGAATACTTTTTATAGCTCATAAATATCTACAATT AATTTCAAATGATTTATATATTAAAAAAAAAAGCACTCAAAATTGGTCAAATTAAAGTAA GAAGTGAAATTGAGAAACAAATTGAATCAAGATATAAAATTCCCATATCCCAAGGAACTC TGAATGAGAGAAACAACAATTTTCCCCTAATAGATTTTAAGAAATATTTTAAGCGAACTA ACAAGAACACAATTGAAGAATAATTGAAGAGTTTAAGCGAACTACCAAGAACACAATTGA AGAATTCTTGAAGAGTTTAAGCGAATTACCAAGAACACAATTGAAGAATTCTTGAAGAGT TTAAGCGAACTAACAAGAACACAATTGAAAAATTCTTGAAGAGTTCGAGCGAGCTACCAA GAACACAGTTGAAGAATTCTTGAAGAGTTTAAGCGAGCTACCAAGAACACAATTGAAGAA TTCTTGAAGAGTTTAAGAGAACTAACAAGAACACAATTGAAGAATTCTTGAAGAGTTTAA GCAAATTACCAAGAACACAATTGAAGAATTCTTGAAGAGTTTAAGCGAACTAACACGAAC ACAATTGAAGAATTCTTGAAGACTTTAAGCGAATTACCAAGAACACAATTGAAGAATTCT TGAAGAGTTCAAGCGAACTAACAAGAACACAATTGAAAAATTCTTGAAGAGTTCGAGCGA GCTACCAAGAACACAATTGAAAAATTCTTGAAGAGTTTAAGCGAGCTACCAAGAACACAA TTGAAGAATTCTTGAAGAGTTTAAGCCAGCTACCAAGAACACAATTGAAGAATTCTTGAA GAGTTTAAGCGAGCTACCAAGAACACAATTAAAGAATTCTTGAAGAGTTTAAGCGAGCTA CCAAGAACACAATTGAAGAATTCTTTAAAAGGAAAATGGAACTAAACTAAAAAATTTGAT CCACTAACCACTATAAAAGTTCTAGTCAACCGCCGGCAAATCTCAACATTCAATAGGGCA CGATCAAATTCCTCATTCCTGATGTAAATAGATAAAGTGAACTACTAATTTGAAAGATCA ACAAGAAAGTACACAAGTTTGCTGAATCACAAATTCAATCAAAACCCAGATAATTTCCAA GTATTTACATGCAAAACCAAAAATTGCTACGAAAATCGTGAAATAAAAAAGCTTGAGAGT TCAACATACTCGGCAAATCATCATACCTGTAATCAAGTAAAGAGGCAAGTAATAGAGCAA AAAAAAAATTGCAAGAAACTTGATTTTTGATCTAAGTGAACCGAACGGGAAGAAGAAGAC AAAGAGAATATATATTTATAGCAAAGAGGAGAATACAAATTGGGTGGAATTTAATTGAGA GAAGTTACTGAGTTTGTTAGATATTTTGTTTTCGCCAGTCGCTGTAGAACAAGAGGAAAG GAACATGTGGACTCGAGAAGAAAAAGGAGGGAAATAAAAGGAAAGAACCCTGTAGCGTTG TGTAGAAATCCTATTAGGGCTTGTTTGGTTTATTTGCTACGTACTATATATGAATTCACA CTAGTAATACATAAAAAGATATTTCAAATTAAGTTCAACAGACAAATTAAATATTTTAAT TTTGTGAAATTACACTAAAATAATATATTTATCTATACAAATTGAAATTTAATGAAAAAA TAGTATACGCAAATCTTATTAAAATCTCATAAAAATAGAAAAAATTGATTATGAAAATTC CGACACAAATGCAAATATTTGGGTCACATTCTTTAATAATTATGATAAGGGTAACCAAAT AAAATACCTTATTTAATAAGAATAATTATGGATAAGGGTAACTAAAGAAAAATACATTAT TTAATAAACATGGATTAAGGATAACTAATAGTTGACTAATTGTTGTGGAGGTCAAAACTG CTAGAAGTATTTCTAAAGAACTATAAACAAAAAACTAAAAAGGTAGCTAGCTTTTCTAAA ATTGCATTTGATAAAAGTGCATTTTGAAGTACTTACTTCAAAAATATTTGTCCAAACACT AGTTTTTTTTTTTAAAAAAAAAGATATTTTTAAAATTTATTGGTCTAACACCAATTTATT TTTTTCTAAAACAGAAAATAATTCCACTTAAAACAAGTGATTCATACATTATTATGCATT CCTTAATTGTTCTCACATTATTATTCAATGTATAAACAATTAATGCATTATAGTTTTTGT GTAATAGAAATTCGTTTGCAATGTACCGAGCGTGAAATTTGAAGTTTAACGTTTAAAATT AAAAATTCAAATGACATAATTATTTCAAATTAAAATATTATTTTTTATGTAAAATTTATC CAAACGAGTAGATTAGTTGATCATTTTAAGTTTTCAATTTCACAAATTATTGTTTAAACT AATTATACTTTGACACAATTTTTAATTTTTTCCGTGCAGTTGATAATACTCTCACGTGAA AATACCCAAACACAACCAAATTATAATTTTAAAAATTTTATTGAACAAATATTTCCCAAT TTGACAAGGCTCTTTTCGGTTTTTTTTTTCTTTCACTTCTCTTTCTTTGTGTAAACTCAA AAAAATGTAAAGAAGAAAAAGCGAAAAAATAATATGAAAGAGACGCATTTTTTTAAACGT ATTTTTTTTTTCGAAAGATGTTCACCATTTGAAAGGTTGAAGAATGACTTATCAGACGTT TGTCCATGTTCTATTGGGAAATTTGAAAGAATATTTTTGGTTAAAATATGAAAAATAAAT CATTTGAAAGTTGGACCAGTTTTGTTTGCCCATAAATACAAATTAGACTTACATTTTACT TTTTTTCTATTTTTCGGAGTGAAAAATATTTTTTCAATTTTTCAAAATTCATAAAAATTC ATATTGGATTACAAAATTTTATGGCTAACATATTTTCAAAGTTTAATTCTCGAAAATATA AAAAAAATTATGATCAAACATCTCTTTTAAGTTTCTTATTTTCTTAAAAAAATGGTTTAT ATAAAAAATTTATATCACCAAAATTAAACGGAATAATCACATTAAACGATTTAGTTATTT TATAGATGAAATGTCAACCGTAAAATAACTTTCGAGTTACTTATAAAAGAAGAAAAACAA CTTTTTGAGTTAACTGAATTAACTCCACTTATTTGGTGCAAGGTTTTAAGTTTTTGTTTA TAGGAGTTGGGAAATATCGCGAAGTTAAAAATTAAATCGATATATAAATTTTTATCTTTG TTCAGCTGGATTGGGTAAAATTTTTTGAGTCAAGATCAAGTTGATTGATTTTTTGAAAGA GATTTTTATAATTAACATTCAATTATATAAACGTATGTTCAACATTCATGTTTATAATTG AAACAGTTTTGCATATGGCACTTAGCTACTTAGAGCTTTGCATATAACACTTGGGGCTTA TTTGATCACGAGATATCATAATAATATGATATCATAATATGAAATTATAAAATGAAATTA AAGTTTTATTTGGATATACGATATGAATTTGTGTGTGGTATTTTCTCTCATAAACATAAG AATTTCATAAGTTGTAAAACTATTAAAATAATTCAATTGTTTGTATAATCTTACTAAATA AATAAAAATTTATAAAATCGCATAATAAATTATTACAAAACTATTTGTTCTCCACCTATG TAAGTGTTTCATCTAACTTTAATTCAATAAAAAAAAAACTGAACATAAATTTTAATGTAC TGATTTTTAATATAATCCTCCCACATAGTGCATGCAATTTCCTCGCATTGAACCTGCATT TTTCGATCATGTGATCGAGAAAACGAACCAACTTATTACTTTGAGTTGTAATAATTACAA AGCGGTAGAAGTAATAAATTAGGCGTTAGAGTAAATGAAACAATTTTATTACTCAGCAAT CGAATGGTGTTAGGTAAAGTAACTATATGTTGGTGAGAATAATAAATTTTATGTCGGTGA GAATAATAAATTTTATAAAGTAATGATATGATTATAAATTTTATTTATAAATGAAATAAA TGGTTAGTAGCTATAAATGTGAGATTTTTTAATAAAATATAAATTTGTGAATCAATTTTT TTATAAAAAATACCTCAAATAATAATAGGTTTTCAGAGAATATGGAACCATGAGATAGAA TCACATGTCCAAACATAATTTCATCTTAAAATTTTATATCGTGATAGAATATCACATTAC TAAACATCTATTTATCTAATTTTCCATCATGGATGTCAATAGGGCGGGGCAGGTTGATTC AATTACTGATACGAAAGTTCACCGAGACTTGACATCTTTACCCTCGCCGAAAGTCCACCG ACATTGCGTGTTGCAAGGAGAAAACAGACAAGTGAATTTATTAGTCTGTAGTATTAACGT AAAAGGGGATTCACATTTCACCTTTTGCAAGTCAACCGGGGGTTTGATAAGTAAAGTAAA GTGATTTGAACTCAATCCATAGGCACACATGAGACGGATCCGAGAGTGAGAAAGAAGAAA AACGGGAATATATCAAAAGAGAGTGTGTAAGATCTAAGACTGAAGAGTAAAGAGGGAGCT GACCATTTGATCAGAAGATGGGCTGCTCGTTCTCCGGCTTGAATGCTCTATACGACGCCG TTAATGGTGGTGGCGATGTTTGGATCAATGAGAATCGATTCAAAATTGTCAGGCAGCTTG GCGAGGGTGGTTTCGCTTACGTTTTCCTCGTCAAGGAGGTGATATCTGACCCTTCTAATC CTGGCGTTTCCAAGAAATTTAAGGATTCTTCTCATATATCTGGTAATTTTTTCTCTCTCT TCTAATCATGACTGAGTTGCTTCAGCTTTGTGCATAATGAATTTTGTTCATTTTATCCAA TTGTATGCATTTGTTTTGTTTTTTGTGACTAATAATTAGAGTCGTTCTTAATTGCTTATA TGATCTTTCAATTGTGAGGAGTTGCTGGGATTGGGATGTTTGTTTCTTAATTGCTGTGCG TTCCTACCCTCCAATGCTATTCTAGTTTTGTTTTTATTGGATCGGAGTATTATTTGTATA TGTAAGGTTAATCATCTTCAAATTTCGGATTTTGATGATTCTCTGAGTTTAGAATTGGCA AAGATTGCTCAAGTTTACTATTTACGGGAAGGGTGTTGTTCTCTAGAATGTGCTTCTTTA TTGTACAATTATTTAGTTTGCTGTCCTGACCTTGCCTAAACTTTTTGATGAAGTAAATAA TTTCATTGCTGGCATCAGGTGGATGCATAATAGTTACAGAAGTAGAATAGCAAGAAGAAC TTATCAGCTCCAATACATATCTAGTTAAGAGCTAATGAGCTGATAAAATTCAAGAGTATA ACAGGGACACTATTGGGGACATATAGACCCAACTATACAACAACATAAAGAAAACTAGCT TTTAGAGATTTATAGGTACTTCATATTGCATCAAAGTATTTCCTATTTCTTCCATTCCAA ATACTCCAAAAAAATAGCTGCAGGTATTATCTTCCAAATTCTCTTAATGGTGCTATCAAC TTTCCAACAACTCCAACTCTCAAAACCATCCCTGATACTCTGTGGCATGACCTAGTTGAG TCCAAAGTGTGATAAACATACTCGCTGCTACTGAGAAAGTGTATAAAGAGGAGGCTATGC GACCTTGCCTAAACTTAGGAGCTCTTGGAATTCTTTTTTATTTTTTTTCCCGCTTGGTTT TCCTACCATTGCTAATGACATTTCCACTGAAATAGATTTTGGTGGTTTATTAGCCCATTC TAGATTATTGGAATCTTTTTCTTTGGGGAGGTGCAAAGAATAAGTTGTCTTTGAACTTCG GTGTACAATTATTGTAGTCATTTCATTTATTATGTAAAAGATTTATTGAAAACTTTATGT ATGTGCAGATGATGGAACTTATGCCATGAAGAAGGTTCTTATTCAGAACAGCGAACAGTT GGCGTTGGTTAAAGAGGAGATCCGTGTTTCATCTTTATTTACTCATCCCAATCTGCTTCC TCTCCTTGATCATGCTATCATTGCAGTCAAGGTAATTGCTGCAGTCACTTTGGACCCCCC ACCCCCATCAGCTCTGTGGTCTGATCTCTTTTTTTAGTAGTACACTGATGAGTGATGTCC ATGTCTAGGTTTTTGTGTTATGTGTGAACAAGAGTGCTTTGCACAATTAGGTGGTGGAAA ATTAAATTGAGACTGGCGATATCATCCATGATAGGTTATCTTATCCGTTACCGTTCCAGG AGCTCTTAGATGTACTTTGAGGATCTGAATCATTTCTTAACAGATGTTGCACACTGTTCA GTTAAAATGATGTGAGAATTCTGAAAATACCAAAGTTTGGACGATCATGTGGAGTGTCAA ACGATTTTTTCTGTAATACTTCTCTTCTTGAGAAACCAACTCTTCTTCTTTTGTGTTTTT TTTTGGGTGGGGGTGGGTGGAGTGTGGTGGAGGATAATGGAAAACAATCACAGGAAGTGA GGAGGTATTGCTCTTCCAACACTCTCTGCTTATTGAACATGGAGTTTGAGCAACTCTCAT TTGTCATTTATGAAAGGGCTATTTATGATGATGTTATGGAATTATAGCTGTACTGCACAC TATATGCCTGCATATTTACATCTTCCTTGTACCCTATTCTCTTCGATTTCCATTACATTC TATCTAAATATCTTACTCTGTTGGATAGGCCGGTCCAGATCAGTCCTGGAAGCATGAAGC TTACTTGTTGTTTCCGGTACATTTGGATGGGACATTACTAGATAATGCCACAGGCATGAA AGCTAAGAAAGAATTCTTTTCCACTTCAGATGTTCTTCAAATATTTCGTCAGGTGAATTA AGGACCAATATTTTTGCAACAGTACATTTTCTTGGATTTTTGATTAAATACAAGGGGAGG ACATAATCATCTCTAGAGCCTAGAAATGTATTTTAAGGAACTATGTTATGCAGCTTTGTG CAGGACTCAAGCATATGCATAGCTTTGATCCTCCTTATGCACATAATGATGTCAAACCTG GTAATGTCCTGCTAACTCATAGAAGAGAACAACCACCTCTTGCAGTATTAATGGACTTTG GAAGTACACGTCCTGCAAGAAAGCAAATCCGCTCTCGTCAAGAGGCATTGCAGCTGCAGG TACTTGTATTACTTTTTTAAATGTATGCATACTTTCTGCTCTAATTATATGCCTGTAATT TTCATTTAAGTTCCTTCTTGTGAACATGTCTGGGCTGAATGTTTTCACCTATGCTATTGC TTTTACAGGAATGGGCAGCTGAGCATGTTTCCGCACCCTTCCGAGCACCTGAATTATGGG ATTGCCCAAGCCAATGTGATATTGATGAAAGAACTGATATCTGGTCATTAGGTTGTACAT TATATGCAATAATGTAAGAATACTCTTACTTCTTCTTAATATTTGAAGCTAGCTCTCTGT AGAAGCGAACGAAAATCCTTTGTCCATACGCAGCTGATGGTTGCATCAAGATTTGGTTCA ACTATCCTATTTCTTGCACCTGTTGTGAATGTACGTAGCATTAGTATTTAGGTGCTTGTA CTATGCTGTAGTACTCGGAGCTGATATTCCAAAGTATAAATAGATGAGAAAATCAGGTTG TGAATAACAAGTTTTGTTTAGTAAAACTTAAAAGTGGTTGGTCTTACACTGCAAATAGAA CTCCCTACTTTTTCCACTGAGACTACTTAATCAAGGCAGTACTTTTTATCTTGATTCTAC CAAGTTTAATTTTCATCATTTTTCATGTCTTTTTTTTTTGTCAATTGAGTTGTCTCCTAC CATTGACATTTCAAAGGTGGAGATATCTCGTGACCATGGAAGTGATTTTCATGGTGTATA TCAATAAGAAGTTACTGAATATATATATCATCTCTATTGCAGGTATGGAGTATCTCCCTT TGAATACGCACTTGGGGAATCTGGTGGAAGTCTGCAGCTGGCTATTGTAAATGCACAGAT AAAGTGGCCAGCCGGGCCTAAACCTCCATATCCAGAAGCCCTTCACCAATTCGTGACATG GATGCTTCAGCCTCAGGGGACAGTTCGACCTCGCATAGATGATATCATAATTCATGTTGA CAAATTGATCTCAAAATTCTCCCGTTGAAAAGATAGGACAAGATTTGTGGGGTTAGTTTA CAGATGAATCATCTTATAGCATCACTTAGCTTTTGTTACATAATTTACTGCAAAGTTACT ATTCATTCTTGACTTTTCCCTGTTGAAATGTGAGAGAAGCAGCAATATTTTGCTCTTGTT TAGGTTATATTTGTGGCAAGAGGCTTTGCTAATCATATGTTCTTTCTTCAAAATTATTGT TTATAGTTGGTCAATGGCGAAATATTCTGTCAATTTAGCTGTTTAGACTTCAGAGATGAA GAAATTTAAACGAATTAAATTGACAGTTCATCCAAATAGCATATCAGGATATACATAATT CCAACAGTGCAACTTTTTTCTTATACATACAGGCAAAACTCATGAATGGAACCCAGAATA AAGATTTTCACTATAATTCCCTATGTTCAATTTGTTCATCGACATCAAGTAGTGCTGCCT CTACAAGAAATACAAAATATTTAAATGCTTCAAACATCAGCCTGGACCATGAATTGTACT TTTGGTCTTAGCTACTGAAGGATCAGTCTTTGTGGTCATCATCAGATTCAGAATCTGCAG ATCATAAACAAAAATGCAGTGTAAGATCAAAAGCTATCATGCTGGAAGTTTATATGATCA ATGAAGCAGATGATTCTTTTACCTTCTCGAACATCATCAGTAATGTGGCCTCTTGATAGG ATTTGGTTCTTGACCATCCGCAGTATGATTTTGAACCAAAAGAGGTGAAGAACCAGCAAG CATATCAGCAATGCATTGAAAACAAAGTAAAGTATGATCCCAGTAGTCCGTTCCTTCTGT ATATCCAATACATAAAGAAGTTCGTAGCTGCACAAAGTTGAAAGAAATAACGAATCTTAG AGACGATGAACTAACAGAAAACAAGCTTACTGTAAATGCAGTTGGTAGTGAACTCACCAT GTGCTTCGGATTATCCAGAAGGGATAGCAGATTATACGAAGTGATGTAAAAACCAACGCG AAAAGAGAGAAGAAAATATCAGCAATCAAATCAAAGCCACTGTATTTCGACATCTTTGCA ATTTCCATGAATACATCACTTCCGTCATGAAGTGCTAGAACCACTGATCCAATACGCGCA AACCTGCAAAACAGAATGTTCACATTCTTCAAAACTCAACTCACACCAACACTTTTATAA CAGCTGAGCAAATGGCTGTACCCGTATACGTAAGACAACACAATGAGTGACACTGTTGTT ACATGATGAATTATCTGCGCAGCAAAATCATAGCGTCTTGTTTCCCAATAAAGTGTTGCG AATATGGAGTAAAAGTAGAATCCTCCAGCATACATGTACAATAATTTTAGCTTTAATCTG CCAAATTCGAATCAACCAGGTTATAAACACTCCTTTTCTGATTCAGATATCAATACAAAA TCTTCAAAAATGAGAAGAGCTTTACTTCATTTTCAAATTAGGCCAAACCACATCTCCAGG TCCTGCCCAGAAATACCGACTATCTGTGAACCAAGGCTCATTACAAGTCACAGAAAGTGC AAGTAGCTCAGTAGATAGAAAATATACAAATTTCCATGCTGACTCTTTGAATTTGTTGAT CTTCTTCCTCTCTTCACGACCGTTAATATTTACAACCGTCTTCTTTCCAAAAATCATACG CTTAGCCAATGCCTAGCATCAGAGTAAACAATATAAGCACGCGTCCAAATCAATCTCAAA TTTCAAACAGAAAAGAAAAAAAAAACAGAGGAGGGAAGAAAACTGGGAAAAAAACTAATC AAAATTAGTTGAGATAGCCAACCAACCGAGCTACTACCTCGAAAACAAATCTGTCGAGTA TGAATCGAAGAACGGGGAAGAAGAGAGCAAAAAATAAGAGAAATATCAAATCCTGGTACT CAGGGAGAGACTCTTTCTCCCAATCAACCGAAGCAGCGATGTGATCCAGGTTTTTCATCT GTTGACTTTTTTTTTCAAAAATCTGTTGAATTGAACTTTTTTTTTCTTCTTCTATTGTTG TAGTTTCAAATGAATTGCAGAACAAGTTTTCGAATTGTTAGGTTGTAAAGAGCGAGGTGA TGATTTTGTAGCAAAAGCCATGATTCTGTTTGGAGATATGTCCCGGAAGTTTCGATTGAA TAATTCTTTTTTTAGTAGAAAAATCATATTTGGCGGATCGACTGCTTTGAATAAAAAAAA TTAAGTCAAACATTTAACATCTGTCAAACATTTCTTTCTAAGCTAAGACACAATAATACA TATTATTCTCTAACACGTTTGATCGTTTCGATTTTATATAAATATATTTCTAACTTTTGT TAAAGAATGATAAAAATTCCACATCGGTGATTAATGATATGAGTTGACTCTTTACAAGGC TTAGGCAATCCTCCTCCCTTTGAGCTAGCTTTTAGGGTGTGAGTTAGGCCTAAGACCTAA TTTCACATGGTATCAGAGCACTGGGCGTGAGGTGAGGTGTTAAAGAATGACAAAAATCCC ACATCAGTGATTAATGAGATGGGTGGACTCTTTATAAGGCTTAGGCAATCCTCCTCCCTT TGAGCTAGCTTTAAGGGTGTGAGTTAAGTCTAAGACCTAATTTCACAACTTTTTCGATGA GATTCTTAAATTATCTAGATACTTTCTCAAACTCAATTTTACATGATATTAAGGGTACCA CTTTGAATTATGTACTTCCTTTAATTATTGATAATATAAAGTGGTAATTTTCAATGAAAA AATTAATAATTAAGTTTTTCTTTTATCTAAATTTAAATACAAAGTAAAAAAAGTGAACAA AGTTACTAATTTAATTGAATTGTTAAAGATCCTTTTGAACTTTATGAAATTGCTGTCATA ATAAAAAATAAAAAATATTTGACCGAGTATTTATGTAAAGATTTTAAATCTTTTAAGTGT GGTTCGTATAATTTCACCTTCAATCTCCTCTAGACATGTCAAATTAAATTGACTTGACTT TACTTTACTAAAATGAATATTTTCATTTGTTGAAAGTTTAGGTGTGATTTTCGTTTTCAA AGTGAATTTGACCTAGAGTTGTTAAATTTATTTGAGCTAAATAGGCTAAAAGCAGAACAA TTTAACAAGTTAATTTGCGATTCAATATTTAAGGGCAACTGAAAGTATTTTATATAATTC TCAATATTGTAAATAAAAAAACAGAACCAGAGAAAAGAAAAATAGAAATAGCTAGGAATT AAAAAATAATGCTCACTGTAGCAAAAAGTTGCATTTAAAATAGACTTGAGTTGGCTAAAT TGAACTACAATTCAATTTTATTTGTCCACGACATTAATTTAGAATTCGTACTAATTTTGT GTATTATTTCTAAAAAAACTAGCTAATAAACCTTAATTAATTCATTTTCATTTTGTCCAT AGCTTCTTGCTTCTTCAACTTAAATTGCAAATTAACCTCTTAGCATTGAGCTTGCTTCTT CATAGTTCTTTCTACCAAACGACATCTAATCTGGACACCTAATCTAAAGCAACTACGCCA ACTAAATTACTTGATGAAGTTGAAGCATAAATGGTTTTAAATTAGTCAATTTGATGATAT AATCGATAGAAAATCTACGTAACAAGAATTTAAAAATTTATAATATTTCAACTCGACTTA TCTAAATAAATTCATATTGAAGTTTGACTTTAAACTTGTTAAACTTCAATATAGACACCA AATGAAAAAAAAATTAAAGAAAAAAGAATTTACTCGTGCAATAATCTACTAGTATACTTG CCCACATTCTCAAGACACATAAAAAATTCAGTTTGCAGTTCGTTAATTCTAACTTTTTTA AAATTCAAATTTAGCCTCATTTCATCATTTATAGATTACATTACATTCTTAATATATGAA AATTAATAAATAAATATGTATATATGAAATAGTGGAAAAATATAGTTTGGAATTATAGGG AAAAAAAAGTGAGTCCGTTAAAAATAAGAAAACAAGTCACACACGTAGCGGTTAATTAGT ACACATGTTGACATGTTTGAAGGCACGTGGAACGACTCACTAATTCCCCAACTAAATTTT TTTTAAGTTTTGATCTTTACCATTTAATAGTTTAGTTTCTTGCATTTTCAAACTTCACTA TAAATCCCCAAAGTTTCAAGATTGAGTTGAAAGGTTGCCACCATCATCATGTTTTGTAGC TTTTCAAAAACGTTGAAGGCATAATAAAGGTAGATTTCTACTACAATGATTTAAGTTATT TCAAATAGAAATTTATGTGTTTTACTTCTTCTTTTTTTTAACTTCTTGTGGTATGAATAT CAATTTTTATAATGTACCACCGGGGGCGGAGCCAGGTGGGTGAATTCTTAAACTTTTAAT TCTGGCTTCACCTTCACGTACAGTAATACCAAAAATGAGAAATTTCTTGACCAGATATGT CTCTTTAACAGAGGTTAGGCCAAAATTAGTGTTAGAGGTAAAGTTGGAAAAAAGATAATT AATTCTCTCTTAATTATTTTAAATAGGAAAAATGCATATGTATTCTCGATCTCTATGTGT GAAATTTAAATACTTTTTACTCCTTTACTTCTAGACTTATTTTATTAATATTTTTTTACC TTTTCTTAACCTACGAAGACACTATCTTTTGGTTGCTGTTGATATTTTTTACGAAGCTTG TGGTACTCATGCATTTTTTCTTTTAGAACAAAAATGAAATGATTTTTTAAATGTTACTTT CTCCGTCCGAAATTATTTGTCATGTTGCACTTAATGAAAGTTAATTTTATCAATTTCTAA AGGTAAATTGGATCACATTAATTTGATATTTTAAAAAAATAAATAGATATTCTTAAGTAT TATAAAAAAATTAATATGATGGAAAAATACATTTTAAAATTATGTCAAAATTTTTATAGT TTGACTCTAAAAATAGAAATTATAATAAATAATATCGGACGGAGAAAATATTAAGAGTGT TTAGCTTAACTTATAATCATTTCGAGTGTTTACAGTTAGATGAGTCAAAAATTATTCAGC TTATAAGCACTTAAAATTTTATTTTGGTAATAATAATTATTGTTCTATCATTAATATTTT TTTTACTCTCAACCACAATTGTATATTTGCTAATTTATTTGCTTTTGGTATTTACAAACA GGATTTCAAAGTGATAATAATATATATATATATATCCAAATTCATCTAAGAAGCACAAAC GGCCAAAAAGACCTCTTAGAGTTCCCCTGTTTTTGTTTCCCCACATGAATTAACTCTGCC AAACAACAAATTCAACGCCCTTTAAAACAGTCCCATTTTTCACCCTCTCCAAGTAACTCA ATTATTTTGACATTTCTTAATTTAGCTACCAAATTTTTAATAGCATATGGACTATTACAA TGAAGAAGTCACTCCAAGCTCTGCATCAAATTCTACAATAGCTCACATCGTCGACGGTTG GGTCGCGATGATATTTGGGATTTTTGCTCTGTTTTGCCTGTTCAAATGTTGCTGCTACAC TGAACGGGTACTTTCATCAGAAAAGATTGAAATGTTATCAATTGCACCAGTTGGTGATCA ACATGATCATAGTAGGCTTGTTATCATGCCCGGGGATCAAAATCCTACCTGCATAGCAAT GCCTGTTTCTTCTCCTTGTCTTCATCATACTCAGGATGGTTGATTTATGTTTAGATCTTA GTTTATTGGTCTCAAATGGGTACATTTAGCGTAAATCTAGTCAAATTATCATGAGTCTTG ATAATATATTGAATATGGAGCGACATGTATAGTGAGAATTCATATATTCAATCCTAACTA GCTCGGAATTGAAGCGTTATTATTGTAGTTCTCAAACTTTGAATTAGTAATTCGGTTCTT TACTTGAAATTTGGGGAGAGATTTTGACGAGTTTATGGCAAGATGCATGAGGGTCGGGTG TATACAGATCGGGGTTACGTTGGTATCAGTTATAACTTTTAACATGATGATAAGTGTTTC AGGCTGACGGGTGGAAAATCGAACTATTGAGCTTTCTCTATAGGCACTAAATTCATTTGT CTTTGATTCTTATTGCTCTTTATAATTCTAATCTGATCATTACTGGATTAACATTACTAG TACATAATTAATGTGAAAGTAAGATGTTAATTATTATCCATCTAGCTCCTTTACCTTTTT TTCCAGAGCAGACTCTATTATTTAGTTTGCTTTATAAATGAGATTTTAAATTAGGGATTC TATTCCTCATTAGTGAGCATACTGTTAATTGGAATTTAAATACACATTCTAATGGATAAG TTCAACAAAAGTATGAAGGACAACAACATAAGTACAGTATTTGATTAGATTAAAGTAGGC AATAAAGAGAATAAATTAAAGGGTTAGGCACCATAATTGACATGTTAATGACCAGAGGCC TAACCAAAAGTCATACAAGATTCATCCTTAGTTTCCATATAATAGAATATTTCCTCCCCT TTATAGGTGATGCTTCTTTTTCCCTATAGCTATGCTGGAATAGGAACATAATCCGTTAAC TTTGTATTTGTTACGAACAAAACATGTTTTCTAAATGTGGTGGATCCAGGATTTTTATTT GTGGCCTCCGTGAAAATAAGTGGTTTAAAAATTTATTTTCTGTGTTTGACCACTAAGTTA TTAGCAAAAGATAGTCTAAAGAGCAATATGTAATCCAGAAAAATACTATAGAAATGGAAC GCGGAGTACTAAACTATTGAATAAAGGAGTGATCGAGGGGGACTGATTTAAGGGAACTAT AATGGGGATTGGGAGACGATGAGTTTGGAATGCCACTTATGAAACTATTTTTTCATACTT TCACTAGGTAGTCATTTTCCTATTATTTCTTTTTAAGAAACTTTTTTTTCGCAAGAAAAA TATTTTAATCAATCAAACATGAAAAATTGAATTATTTGTTCTTCCTAACCAAACAAACCA TTTACCATAAAAGTCAAGAACGACTTGAAGGTTGATAACAGAATCATTTGAGCCGCAAAT GCAACTTCCCAACTATGTTATTTGGATTCGGACAGGTTCGTGTTTGATTCTTTAAATGTA TTGTATTTTTGGAGAATCGGGCACAGGTGCAACAATATTTTTGAATAGCATAGCTTCCCA ATAACGTATCTGCCCTTTCATATTTCCAAAAGAAGTATTTTTCAACTTGATATTAATAAT TATAAACTTAAATGTTCGATGGGCCAAGTTAAATCTTGTGTGAGATTGAGAGAATATATA TATATCAGGTAGAATCATATCATCCAAATATGTGCAATATCCACAATTAGTTAATTCTTC TAGTGTCTATAAAAAGCCAGTCACTTAGCTGATTTCATGCAGAACACAAGCAAAAATACT TTTAAAAAAAAGGCAACTAACATACAAAGTGGGAAGCAAAAAATGAATTCAACAGGCACT TCACCTGAATTTTGGCAATGGAGCTCACCAATTCCATACATTTATTTTGGTCTAGCAGTC ATTGTCTCTACCATTGCTTTTGCATTAATTTTTCTCATTTTCTGTGGCCAAAATTCTGCT TCAACAGAGTATTTGGTTGAGACTGATGAGGAAATTAAGAAAAGACATCAAATAAATGTC CTAGATCCTGAGCCTAAAATTGTGGTAGTTTTTGCTGGAAATTATAATAAGCCTTTGTAT ATAGCAAAGCCTCTTACTTATTCTCCAAATGCTGCACAAAAAGTCTAGTCCACCAGTTGA TCCTCTTTTTTGTTTGACATATTCGAAATTCACTGGCTCAACTAATTCATATTGGATAGG GGTAAATTGCGAACTCATATGAAGTACTTCCTACCAAAATGCTCTCTAATTCTATCCAAA CTATACCACTGCAACCAGTGATAGAGCCAGGATTTTCTATCCAAACTATACCACTGCAAC CAGTGATAGAGCCAGGATTTTCGCTATGGAACTACACTCTCAATAGTTTTATTTTCTCTT TGTAACATGTTTATTCCTGTCTGGGAATTAGCTAATTAGGTGTATAGTTATTATTGTTTT AAAAAAATATGACAATATTTTAGTGGACTTTACAACTACGCACATGCTCAATGAAATGCC TTAAAGAGTTCAAGAAACTAGCAGGAAGGTGTTGTTGAGACACTTTTCAGGGTGGTCGAA CCTAAAACCAGGACAGTAAATAAAGTACAATAATTAGGATAACAACATGATAAAAAAAAA AAAAAGAGAGAGTAAATTAAGGAATTTTATATGTTTAAACAAATTTAAAACCTTTCTAGT GTGAACGACAAAGATTTGTCATATCTATGTTTGACTTGAATACATAAAAAGCATTATCTT ATTGCTAAAAAATTATACACCGGCACTCTAACACCCACAGGCCGAGTTAGAGGCACTAGA GGTTCATTCAAACAAACTTCACTAAAAAATTACACACTCTATATTTTTATATATAAATAA CAAATGTTGAATCTCCTCGTGTATATTGATTTTTTAGTGAAAATTCTGACTCTGTCGCGA TAAAAAGAAGGGAGGGGGAGGGAGCTAAGTGTTTAATTAGATTGGATCTTTCCAGCCTTG GGATATTTGTCCTATTGTCAAAAAGAATTTGGAAAAGAACATCACATGGAGCCCAAGACA AGTGCAATACAAGATATGATCTCTCAAAAGGACAAACAGCAAGAATAATAGATGGGCCTT GCCTGTCTAGCATTTCTTTATAATAAGCCATGCCTTTGGATTACAATGTGAGAAACAACT AAAAAGTCATTAAGAGGCATTGGACATGCCCCATTTCAATATATCCTCAACTGGTTAATT AATACTCTTATTTGCACCTTCCATGAGGGAAAAAAGAAATGACTTCTTTGGCTTTAATAA GCTTATAGAAACTAACATGAATGCTTACAAATACTTTCATAATTAATACAATCCTAAATT CTAGATCTAACCACATTCCAGATCACTATTTGACAATGACAGTACTATCAAGCTAAGAAC AATAAGTTGGTACCACCCAGTTTCAATTAATGTGACATATATAGTTTGACTCAGTAAAAT TTAAGAGAAAAAATGAAAACTCGTGATCTTAAATATATCATACATATATTTGTGTGACGA TAAAAAAAAATCTCATTAAAGGAAAACTAGAAAATTTATTGTTAGATGTTTCATTCTTTT CAAAATGAACTAATAAGAACATAGTGTCTAATAAACAGGACACATTTTGATTTTTGAGAT TCAAACGAATATTTCAAATGTTGTTTACCTAATTTCTAAATATATAAATTTTATTTCTAA AAATTTACATGTCTAAATTCACAAACAAAATAAACAAATTTGACTCTCGAAATAAATAAA AAAGAATATAGCTACTGTATAACAAAATGGAAAGTAAGAGTTTTTAGCTGCAGAATGACT CATCATGAGTGAAAGATTGTACCACCAAGTGGTGCGGTAAAATGGATATAATTCATTCAT AGTTGATCTGAGCTCTCGTCCATCGTTGACTAGAGGCCTAATATTAAGAAGCACGAATTT AAATTAATTTATCAAGAAATATCGAATATCAAATAATTAAACGAAAACAGAGGAAAAAGT AATGGAATTACGAATGAATCATATAGTATACTTGTATGTACTAGCAAGGAAAAAAACATT AGTAAAAATATAAAATAAAAGCTATGTCTCCTTGTAAAGTCACAGAACTTACTACAAGAC AACTCCAGTTGGCTTACCTTCAATATTTTTTTTTTCTAGTAGAAGAAAAAGCTGCATAAT TTATTTACTCCCAACCTCTTGTTTTTATTTGACATGACATAGAAATAAGTATTGACACTC AGAGAGAGGTCCTTTTTTCTAGCTTTATTAACAACAAAAAAACAAAATAAAATAATTTTT TTTTAGTATATATATTTTTCTTCAGAGTAGCATATAGGCTTGCACTCTCCCCCTGCATTT TGCATTCAAAGCAGAGCTTCTTATTAAATGAGTCCACGTTCAGAATTCAGAGAAGTAAAG ATATATGTACCATTTATTTTTTTTACAACCTAAGTAATTAGCCCAATTTTCTGTCCTTTT ATATTTACTCGATAGGTCGTTTTTTGTGCCTTTTGTTATTGTAAAAAAAAAAAAAAAACA GGTGTTTTCTCTATCATCTTTGACACCTTCTACCTGTCCCTCTGTACATGTAAATAATGG CGATGTAGTTGTACATGTACATATATATCCAAGTGGTGAAAATTTAATAAAATTCAAAAA AAAATCGTTTTTTTTTTTAAGGGTTGCTTTCAGAAGTAGTATAAGATTGGGGCATGTTTG TTCTATACAGGTGTTTTGATTCAGCTTTCTTTTGCCTTTTTAACATGTACCAATAAACTC TACTTTTTTTGTTCTGTTTCTGTTTTACTTCTTTCTAAGATACTCTGTTTTTTTTGTTTT TTAAATTATGGACCCTAAGTCTCATATTTTTAATGAGGGTGAAGAATGTCACAGTAGTGA ATCTGGATGGACAATGTACATTGGCTCACCTACGAATGATGAAGACGATGAGATGAATTG TGAAGGCGATTTTGATGATGAAGATGGTGTTTTAGGACAAGGTCGTCGCAAGAAGATAAT GAATGTTGTCGTTGATGACGATGATGATGATGATGATACTGATGATTCAATGGCGTCTGA TGCATCTTCAGGACCAAGTCATCATATTGTTAGAAATGCGAATAAGAGTATAATTATTCC AAAGGAAAAAGGTAATGGAAACAACAAAGCCAGCTTGAAGAAAGGTAGTGGGAAGAATCA AGACAAAGGAAGATACTCTGTTTTTTCAGCAAAAGTTCCATCAAGTAGTGAAAAGGTAAA GAAAAGTATTTGGAAGGGTAAAGGAAAATAAAACTTACTATAACTAGTGGGTACTATATT ATATATCTTCTCTTTTTGTTATATTACTGTACTTAATTTGTATCTCTTGTGTTAGTACTT AGTGCAAAGTGGAATGTCAAGGATGTTTTGGGATTAGAAATGAATCAATTTTTTTTGGTT CCCTTTTGGTTGTCGATGAATATATGTAGAGTTAATTTTTTATATGGTTAGTCAAGTAAT AAATATTATTATCTGATTTTGAGTTTTTTCATTCGAAAAATCAACTCATTACCATGTAAA ACAGTCAATTATCAATTACATATAGAGCTAAACGTTTTTCAATGCCTAGAACTGATGTAT AAAGATTTAGTCACGGTATTGTTAGTTTCTTGTGCAACTCTACTAACTAACAGTGTCTAG TAATGCCGGTTAAGTTTAAAGAGTTAAAATTTCAATTTTATAAGTTTGAATTTTAGAATG ATATATCAAATTCAGTATACATAATATTTAATAGAAATTTTGATACAAATACATAATTTG GACATACATTCTGCGAGTAGAAACAATTTTATCGGGTGCGGGGTGACTTCTAGGCCAAAT GCTTCAGAGTTATTATGGCTTCGCAGGAAATATATATACGTTTATTTTATAACTTAATAC AAATATAGAGTCTATTGAAAGTCAGTGGGTTTGATCGAACCCCCTTGGCTACTGTAGCTC TGCCCCTGACACTTCCAAACCACAACCGGCTTCTGCCTCAGCCACCGTGTTTATCTACTA TGCGGTACACCGTTCTTTGATCAACTATGATTATTATACTTCGAACAAATGATCAAGTAG GACACTTGAATTTAAATAGATTATTAATTCGTTCAAAAGTTATTTGGATTGAGATAAGTT AAATTAAAAAAATTCTTTATTATAACTAAATATAACATATCAAATACTAAAAAAATATTA TATTATAAATATTTTGACAAGATTTTGTCTTAGTCAACTTATTCAATCCAACATATATAT GAGCTAAGTTTTACAGGTCAAAATGAACGGAGCAAAATAAACAGGCAAGTCCAAATTTCA ACTAATCAAGTGAATCACAATGCTAATCAAAATTCAAACACCTGCTAAAGCAAAATGACG AGCACTTTGGAACACATTGAATAAGCGAGTTCACTTATAGGCCATAAGGGACATTAACTA TTATCACGATCATAAAATTTTACTAGCTCAAGATATTTACATTAAATCAATTAATATGAC ACACTTATTATTTTATAAATCCTTTAATATATTTATGTTCTCAGTTCTCATTTTTAACTG CTAAATGATCACATTGGTCGATTTGACTTTGTCAGAATTTTTATCACACGTACATAAATC GAAAACTTTTAGCCGTGTAACAAACAAGATCTGTTAAAGGTCTTCCTCCTAAACTAAAGT AAATGGAATAAAATAAAAATCTAGTCACTGCGCGCATGCAAAATAAAAGGAGGAGCAAGT CAATGAAAATGAAATATACTGTGTAATTATTCTTGTTCAGTAGGAAGCAAAAACAATATA TTTTGTTTTCGGTAAACAAGATAATATAATATACTAGTTCGTTCCACTTTATTTGATTAC GCCATAAAATTTAAAAAGAAATCTTCTTTTTTATAAGAAAATTGAAGTACAGAGATTTTA AAAAGAATTGTAACATTAACCACGTCATAATATTTGTTTGGTTATTTAGCTTCTAGAAGA TACTCAAATGTGTAAAAAAAAATTGAATGTCAAAGTGTTGGGAGCTTTGGGTGGACGAAG AGGAAATAATGTGGTAATTTTCTTTTAGATAGATAATTTTTCTCATTTTTATGGAAATTA TTTTCTATATTTTTTCAAAATATTTTGATTAACTGAACATGAAAATCAAAATATATTTTT CTTTCGTACTAAACACACTCAACAAGAAGAAAGTGTTGGGGAAGTTTTGATCAGAGTAAT TTTTTCTCGTGAATTTGACTAGAAATTTAATTTTGTAACATTTTATAAACTTTTTTTCAC GATAAATCTTCGATAGTATATATACTTTTCTTGTATTTGAATTACAAGTGGACAAGAAAT CTTATTTCCTCGACTATGACCTCCACGTGGAGGATTACACATGGGGTACGATGGAACATC CTGCATGCATCTGATTTGAAATTTAACTGTGAAGGGTGCGGGGGCTTTTTAATTGAACGT TGCAAAACGATTCCAAAACGGACCCCCAACCTGTCAACAGACTGGATAACGTGTGTGTCC AAATTAAAAGAAGGAACAATTAACGTAACTTCAGTGTTTTCCAAACATGATGTTTTCTCT CTGCTGCCTTTGGCTCTATACCATACTTTTGTATACATTGTATGTAGGTAGATGTAGAGC TGTTCCGTTACCGATCAGAGTTATGGTGGAGTCATAAATACTCTTTCATAATCGTTTTTA TTAAAAAACGAACTTTTCAATATGATATTTTTTATACAAATTTAAATTTAATTAGACTTT AAATATAAACAATAAACGCCAATTGAAAAACAAAAAAGTTATTGTGTTTATTTGTTTTAT ATCCTCTTTTAAACACTTTCTTTTTTATTTATATAAATAAAATAAGTCCAAAGGAACCTT ACCTAATCTTTATGCATGCGTGTCACGATGATTATATTTGTATATAAAATCAATTTATTA AGCCGCCGATATATTATATAATTCCTCTCACATGTTATAAGAAGTGAGTAGTTTAAATCA TCTAGAATGAGTAAATATATTGAATTTTATAGTTAAATACTACTATACACACAATCTTTG ATGAGCATATTAGGTAACTCTTCATACTAAGCTTAATTAGTTGGCATAATAATTTTGTAA AATAGAGTAAGAACATGCTATAATCGGTTAAACTATATTTTTCTTTTATCATTGAAATAT CAATAATTCAGTGTATATATTTTTATGCATGAATAAATGGAAAAATCTTCCTAACTTCAC ATCCTCATGTCGGGTAGGGTGATAAGATTAGCTTATAGTATAATTTATCCATTTATTAAG AATTCAATTCATTTGGACTTACTTTTACATGTAAAAATATAATTGAGTTGATTTTAGCTA AATATGTACCTAAAATAGATTTTTGACAAAATTGGCAAAAAGAATTATTTTTTTCCGTTT AACATTTATGAAGCCATAATAAAGAAAAAAAATTAATTTTGTTTGGTGGTGTAATTAAAT AAGTTGGCAAGAGTTGGATGAGTAATACGACTCAGTCATTAGTTAATCATCTTGACTCAC ACCCGGATATACCAAATTAACTCAATTAAATTTGACCCACTCCAATTTAATTTCATTCAT CCAATATTTGACAATTCTAAATAGAAATAAAGATAAATAAAATAGATAAATTCAGAATTT AAGTTTTATTCGTTTAACCTTTAAATTTTTTACATCTACAACCCCTGGCAGGCATGACCT CTTTAACCCTGCAGATGGCCTAGCGACGGAAGTAGAGACGGATGACTTTCAATTAGAATT TTGTATATATCTTAAAAAATTATTCATATAAAAATATTCACTAGTTCTCAAAGTAGGAAC AACTGCATACATGGTTCTCAAAGATACCGGCAACAATAAAACATTTGGCATAATCCTATA AAATGTACTTTTTGCTTTTCACCCTATGCGGCAGGTTCATTGCTTAGCATCTGGTGTATG GTCAATTTTGGGTTCTAATATTGAAAGAGATGAGTCCTTATCAGGTCTTGGACATAACTC AGACTATAAAAGCTAGCTCAAACGGATGTGAATTGTCCAAGCCTAATAAGGAGCCTGCTC ATCTCATTAACTATCAATGTGAGACCTTTTGCTTTAACCGTATTCATAGACCTTTGATGA TGGAAGCAATTAGATTTTCATCAAGAAGATTGAAAATATAACGAAATAAACATATGAGTA AGTCAAAACGGGTATAATAGAGTTCTCAAAGTAGGAAAAAGTACCCGCGTGGTTCTCAAA GATAGGTAACAATAACATATCTGATGTAATCCTATAAAATGGGATTCGATGAGAGGATAG AGTTTACACAAAACTACAGTGATGAAAGTAGGATTTTCACTAAGAGGATTTAAAATATAA AAAAAGTAAAACATGCGAGTAAGTCAAAACATGTTCCAATATCTACTATATATACAAAAA TAATGTAATTTTTCTGATACCCTAGGGTACCTCCGCTCATGTCTTATACCTTGTAGAGAT AGATAAGTTATCATTGTCAAGTAGCGTGTAGTACGTGTATTATCATCAAAAGATGTATAG TCAAAAGTAGATAATATAGGAGCTGATTGAATACAATATAACGTATTCATTACTAGTTTG TAATTAATATATAGTGTGTTGTGACGTATATAAAGTATGAAAATATTAAAGTGAGAAAAC GACGAAGAATAGAATATAATGAAGGGATGAGCAGTAACAATCAAACCAGCGGAGAAGAGG AGTTGCGCACTAATGCAGGTGTGGAGAGTACTTATTAATAAATGTGAGCTCAGAAGAACC TGGAAGGCCAGACTCCATGTCATTGGGACACATCTTCACTGTATTGGACAAAAATCAAAA GGCCCAAAAGTACCTTTAATTTTGGCTACTTGCATGTGAGTATCATATCAATGATGCTGG CTGGCCTTTTTTTTTGCATCGATCACATTATTTATATTCATAATTGGCTCAAACTTGGCT ACCTAGTGGGTGTAGCGGGGGGACATAGATTGTGAAACCCCGTTTGGGTTTTAGGGGCTT ATGTTCCCTGTTGAGAATGACTTCACTTATGCCTAACAACATCCCTTGTGTCTACTGTGC CCACTTCTGGACCCGTTCCAACGGTGAAATGCTTCTTCTCAAACGGAGTTGGAACCTCAT CTTCATTTAATTCTTTTAAATATCTCTTTCAAACCTTAATTTTAGTTTCTTGTTTTGGAC CTACTTCTTATTAGGTACACCTAAATATTTTTGTCCTAATTAATTAACTAATGGCATTTT TATAGCTTTAGCTCTAGCCTAGACATTTATCTACAACATGACAGAATCAAAGTAAACACA AAAATATGCGTATACTTTATATATTTAAAAAAAATAAATTTAATCATGTATAAATATTGT TATTTTCCGATAAAGGGAAAATCCAAGAGTGTAACAACGTTGCGGTGAAGGGGTATGGAA TACGGATAAAAAAAAATTAATAAAGTTTCTTCCGAGCAGCTAGAGTTATCACATAATTAT ATACAATATATGGTTTATTTGTTCCATATAGTATATGTATTTCTTCTTACTTGTTTTTTT CTTTGGGTGCAGCAATTTGTTCCATGATTTTTTTTATAAATTTGGCCTTAAAAAATTATC CGACAGGATTAATAGACTCAAAAAGCCAAAAATATATATTATAATTTTAGAGATATGAAG GGGACAAAAAATATTCACGTGATAACTAGTGCATCACATATTTTTGTGTTGAAATCGTTT AGGGGGTGAAAGCTTCCAAGCTAGCTAAATATACGAGGATAATTAGGAGATAAATTAAAT ATGAAGGGAATAAAAGATGTCAAAGTCTAAGAGGTCCCAAAGGAGTATGCCTTCATTTTT AAAAATATCATAGTAGCTAGTAATATTAGTGTGCTATTTTTAAAACGCTACATCTTTTCT TATTATACAAGTTATTTGATAAATATTTATTTATATTTATATAAAGAAGAGATCAGAGTT AAGACCTCGTTGAATGTAAGTTGTGTTATGCAATTACTCATTTTGGCTTTAATTTGAACA CTTTTCGTGAATTTTCTAGCTACGTCAGTGTCATTGATTATGTTTTGCAATTAGTCAATT ATTCCTGTCCTCACTATCGTTTACATTTTATAGATAAGATAAATGTACTATGATATCTTT TATTTGATTTACAGAAACTTAAGGAAAAAGCAGCATTTCGAAAATCCAGATGAGTTCTAC TTCTACTTCAAGATGGTTAATGCATAAATTGGAGTAAGTTACTAATATTCATATATGTTA ATTGAGCTAATTTCTGCCTCATTCGTGGTTGATCTGACTTGTAAGACATTGTTTCGATAT TTCAAGTACACAATCAGTTTGGAGATATCTACTTGAGTGTCATTGACCTGACCAATTGCA TTAGATATTAAGCTTTCTTTGGCCATGGTTTGAAATAACCTTATTATTCAGAAAAGTAAA TGAATTATTTGGAGATATCTATTTAATGACCATTTATCGAGTTTAGCTTTCTTCGTGAGT TGAAATCTTATCACTTGATCTAGATCGAACGATTGAGCCATGTCTATGGAGGATTAACGA TTTCGTCCTGTTTGTAGTGCCATGTCTGATGGATGGATGCGTACAAGCTTTATTCACAAA TAATATATAGTTGTTCTATTGTACACTCACTGCCTTGTTTTTTATGTTAAAATTGGAGGA ATTCATTTTTTGAAGCTGAGGGTAGTTTCTACTCCTTTACCCATCGGTGGATGAGAAATC GCCACCATAGTACGTAATTTCTGGTTAACCATGTTCCAAGAAAAAAAAGTTAAAAAGTAT CTTCATATCAAGAGTTCAGGTGAACAGCTGCCTATTTGGTTTCTTTGTGTATTGAAACTC TTAACACTTCTGTTGTATGAGTGAAATCTTTAGATCTATTGGAATCACATGATTAAAGTG TACAAAAAGTAGTTATGGCAGTAATTAGCAATCTGTCAAAGAAAGAGGTGAGACTGATTG TTAGTTAGTTATAACCAATTATTGTTTCAAATGTGTGATTTCTATAAATAGGATGTGTAA TTAATCCATAATATTTTTTCCTCTTCTTCTATCTTCCACTGATTTTCTCTCCAAGTAGAG TTGCATAGATTCTATGATTCCATGAAATCTAATAAAACCGATCGAATTCATACATCATCC CGTTTGTGCCTTTATGAAACCAAACGTGAATGATTGGCAATCATGAATCGTATAATTGTA AATGTGGAAAAGACTATATTAAAGAATTAAGTAGCTACTCCATTTTATTAGATCAAAGAA TTACGTAAAACTATATAAATCTTAAAACTTTAAAACAACATATAGTTACAATTATGTATT TATATAATAATACTAGCTAGAGATATGCCATTTATGTGGCATGTCTTAAAATATTTTGAC ACTTCCATTTATAAATTATGATTTTCTCATTCGGCTAGATTACGAGAATGTAGAAATTTG ATACTTTCATAAATCATGGTTCTTTCATGTTTAGTCATTGAGATTCAAATAAAAGTACTT CGAATAAAACTTCAATTTCAAATTAAGCTTATTTCAAATTGGTAAGTTTTTTTTAAAAAA AAACTAAATAATATCTCATACGGTTACTTAATTCTGTATTCTTCATTCATAAAGTCACTC AACTTTAAATTTTAATTCAAAAGTCATTTAACTATTCACTATTTTTTTTCAAAAAATTAC TTAACTATCCACTATTTTCTTTGAAAATCATAAACTTTGAATTTCTAACTCAAAGTCATT CAATAATCCATTTTTTCTCATTAAGTCACTAAACCATCAAACGAATTCAATGCAATCTTC TTATTTGGATTTGTATAATTTCATAACCTAAATGCATATATTTGGATCTTGTTATATGCT TTTACTAAAGTGCTTTAGAAGGGTAAAAAGTAATCTTCGGTTGATAATAGTAAAAAATAA TAATTCTTTTTTTGATAATGGTGAAAAAAGTACAAAAAAATAAATTTCGTAGTTTAAATT TGTACAATTGAATTTCCTTAATGAAGAAATCCTTTATAGATAGGAATGTTGTTTCCCGTA AAAAGAACAAGAAAAGATTGAAGAGAAAGAATTACTAACTAGAGTTCATATAATTATGGT TTAAAGGTTACTTTATTTAAATAAATATGGACCATTAGATTTTAAAATTGATAAATATAT TTAAATTAAATGTGTACTGAATCAATTGAAGAGATTAGTGTACCCAAGAAAATCCCCTTG CTAGAAGAATGAGGTAAAATAAAATTGGCAAACATTGTATTATTAATGGGTCTGTTTAAA TGGACGGGTCATTAAATGATTCAAATAAATATAATTTATACATAAAAAATATTAATTAAA TAAATTGCGTATTTTTTCGAATAAACACTGAATAATTAAGTATTTTTTTTTAGGAATAAA TAGAATGTTGAATAACTTTTGAGTTAATTTAAAGTCAAGTGACTTTTTGAATAAAGAAAA GAGGAGATATTTGAAAAAAAAATTAAAAGTGGATGAATTTTTGAGTGAATAAAGAATATT TGAGGGAGTATCAGAGATATTGGTTCAAAAAATCTGCAAACCCTCTTGTGCAAAGAATTT AAAATTCAGGACTACGTGGCGCTTAGGGAACCGCGTTCAAATACTGGGGAAGTCTGATTT CTCCATATCATCCCGACGGAGTCCAAAAGAGCAGAAAAATAGTGTAAGAGAGAATGGCGA AGCTTTTATCCACACCTCGTCTGACCTCCATTCACAAACTCACAGTCGCTTCCAGTCTCT CCAAGTCTTCTTCTTCTTCTTCTGCAATTCACTCTTCTCCCACCGTTTTCCCCATTTCTC TGCACTCAAATTCCCTCTTTTTCTCCCTCTACACTACTCCTCTCCTCACCCTTCGCTCTA TCGATAACCCTTCCCATATTCATCGAAATTTCTCCGTTTCAGCCTTCGACACTAAGAATG AGGACGTATCACCGTCTTCCAAAGGTGACACTAAGGATGAGGACGTATCATCGACTAAGG ATGAGCCTGTTGCTGAAATCAAAGCCGATGATATTGCGAAAGAAGATCAGTATCCAACCG GGGAATTCGAATTTGAGGAGTATGGTGTTTGGAAGAGCTTAGTTGTGAAGTTTAGAATGC TCTTTACGCTTCCTTGGGAGCGAGTCCGCAAGGGAAGTGTTCTCACCATGAAATTGCGCA ATGAGGTCAGTACTGAGAGCTATTTGATATTTAAATATAGATCGAAAATTTTAGTAATCA TGTTAGCAATGTCGAATTCCTGCGAGTTCCTATGTGTATAAAAATAGTGTAGTGATTTTT TTCGAATAGAATTATAACTCGTGCCTGTGACAACCTTTGTCCAATGCATCACAGAGTTAA TGATGAGCTGCAGTATTTGTTATCCAATTGAATTTGCAATATGCAAGTATATACATGCTT TAGAACGAAGAGTGTCATTAACTTTAATTCTGGTGCATCTGATCATTATTTTGGTAAGGT AGTTTTTGTGATGAAGCATAGTACTAAACATGTTTTATTTCTTTCATTTGGTATGTTCTT GTATTTGGCTGGGGTCTTCGAAACAACCTCTCTACCTACATAAGTTAGGGGTATGGTCTA CGTACATCCTAAACTCCCCAAACTCCACCTAATGGAGCTACACTAGGTATTTATTGTTGA AACATAGTACTAGAATATTACGGTGCAGATACAAAATGCAGAAAAGCTGGCCATGGATCC TTTTATATCTGAAAGGGGTCGTTTGGTAGAGTGTATAAAAATATTGCTCAATAGAGTGTA TTAGTAATGTTTGTATTAGTTATGCTCGCGTTAGTTATGCATGTATTTTTTCCTATTCAT TGTTTGGTTTGGTGTATTAAAAATAATATGCATTGTATAAAAATATTTATTTATAATATA GGGAAAATGGTCTGATATACCCCTCAACTTTGTCATTTAGAGCTGATATACCCCTCGTTA TAAAAGTGGCTCATATATGCCTCTACCGTTCTACAAACGGCTCACATTACCCTTGCCGTT ACAAAATGGCTCACATATACCCTTTATTTAACGGAAGTTAAAAAATTAGTTTTAAATTTA TATTTATTACTTGTAATTTTTTAAAAAAAATTATTTAGGGTTATATATGATTCTTCTATC AAAGTTAAAGGTATATTTAATTTTTTTCATATTTTTTTTGACTTCTTTTATTATAATTAT TTGAGTTTCTTATTTTTATTTTGTTTTTTTCTTTCATTCCTTAGTTTAAAGAAAAAAAAA TTAACTATTTTTTTTGTGTGTATTGTAATTTAATTTCGTATTCGAAGAAAAAATTTGGTC ATTTGCAATAAGTTTTACAAGAATATTAGTGAAACATAAATAAATTTGATTATCAAAATA ATGATTATAAATTAGTCATTGAAACAAAAAAAAGACAAAAAAAAATATGTTTGACGAGGA TTAAATTTACTCATATGAGATTATATTTTTTAGAAAAAAATAATAAAAATTTAGATTAAT TTTTTTTTTCATTTCCGTTAGAGAAAAAGGGTATATGTGAGCCATTTGTTTACAAGTAGG GGTATATATGAACCACTTTCATAACAAGGGCTATATCAGCTATAAATGACAAAGTTGAAG AGTATATCAGACCCTTTTCCCTATAATATATCTTCTACAATTGTGGTGGAAAAGATGTAC AAGTGGCTTTTGAGGGTAATTGAGTCTTTAACCATGCTAATGCATGTATTAAATCCCTTT ACATTACTTATACCTAGAAAAAGTGTACCAAAAAAGGGGAGGTTTTAACCAAACTAAGCC ATTATATAAAGTCATTTACCAAAATAATATGTTTTTCTAAAATTTTACAAAACTAGTATA AACGTATTCCACAGTAACGTTTTAGCATATATTTTATTTTTTAAAAGTTGATGGCGTCAG ATTGATATATGTTACTCACATTAACGTTTTACTCCTAAAACGTTACTCACAGTAACGTTT TAGGAGTAAAACGTTACTGAAAATAACGTTTTAAAAGTAAAACGTTACTTACAGTGACGT ATATCAACCTAATGCTGTTAGTTTTTAAAAAATAAAATATACCCTAAAACGTTACCATGA AATACGTTTATACTAGTTTTGTAAAATTTTAGAAAAATGTATTACTTTGGTAAATTGTTT TATATAATGACTTAGTTTGGTTAAAAATTCAAAAAAGGGACTACTAATATTTAAAGCTAA TGCAAGTTGCAAATATTATTTTTGCTAATGCACTCTACTAAACGACCCCTAATGAAGTGA AAAATCAGCATTAACCAAAATCTTAAGTTCTGAATGCATCTATTGTTAAGTATTACAACA TTTCCCTTGCTTCCTTTCCAACCAAACAGTCTACATAATGCAAAGAAGGATGGTCTTCCA AATCTTCTTCTGCTCCTTCCTTGTCCTCTGGTTTTGCATCTGATCATTAAAAGGGTAAAA TTATGATCAAATTACTAAGTGTAGCTAAATAGAGAGGCAGAGAATGGGAAGTTACACATT TATCGGCACATAATACTTTTAATTTGCTAATTCTTGTTCAGATATTTCTTCTCTGTTTAG TTGAGGTAATTGAACTCTTGCACTGTTTTTTGTCCTCTCAGATATCTGATCAGTTACAGA GCCGTTTCTCTTCAGGATTATCCCTACCTCAAATTTGTGAGAACCTCATGAAGGCCGCTT ATGATCCTCGAATCTCTGGTGTTTATCTCCACATTGAACCTTTAGGTTGTGGCTGGGGCA AAGTTGAAGAAATTCGGAGGCATATACTGGACTTCAGGAAATCAGGCAAGAATTCGTCTT TGTACTTTTATGAAATGGTGAGATCCGAAAAGGTTCATGGGCTTGTCACTTGATTATAAG TATCATACTTTGGAAAGAGGAAAAGGATGACATTTGGTTATGTCTGTCTGCATAAAGCTT GTAGGGTTGAATTTGAACCAGGGAAGAAAGATATTTTGATCCATGAAGGATTTGGAAAAA CAAGGACGTAGTGAATAGATGAAAAGTATCCTTATATATAAGCCTTTTTGTACTTTGGGA ACTTTTAGCCTGAGGGACTGGAGGGGAGATCATATTCTTAGCCCTATATGATGAGGATAT TTAAATAAGATAAATGAGTATTTGAGATCAATGCCGAAAACTGTCATGAACTAATTTGAG AGGTGAAGGGAATTTTAAGGTCCTTGGGAGTTGTTTAATCTGGATGCTGTCAGAACTATG CAAGATCAACATACTAGAATCTAGTACTCCTTTCTGTTTTGGCTCATTTCTTTGAGGAAC AATAAAATTACACCCTTCCCATTCCTGTATGATTTAATGGAAAACTAACCATGTGTCTAG TAGTCCTGATTCCCCATCTTATCCTGTGCCAACTAGTCCCAATTCTTAAATGCATATGAA TGACAATTTTTTGGCCCTTTCTATACATCTCACACAACATGTGTGATAAGTCTTCAAGTA TGTCGAGCATCTTGGAGTATGCGCCTATTTCAGGACCTCCTAAGTCATGAGACTGGGATA ATGCAATATCTCAGTTAAGATGAATATTAGACTAAAAAACCATCTTATAAGAAACCTAAA CTTTAAAGACACTAGGAGAAAATATTACGCAATGCTAAAAAAAATTATCTTCCTTACCTT CTCATTGTAAAATGCTAAATAAAATGATCAATGTCACTACCTTATCATGTCTTGGATTAT GAGGCCATCTCTCTATTATGGATCATCATGTTATGGTATTTTCCTTTGCAGTTGCAGCTG AGGTATCTAATCACACAACAAATCTAAGTTTCAAATGAGTATATGTTGTATAGACTGAAA GTTACTTGGATTAATTAAGCTTCTTATGTTTAAGGAGTGCCATATGAGATCCATTTTGTT TTAAAATCTAGAATTGGGAAATATAAAAGTAAAGAAGAGCGTTAATCTTTGTCATTTTTC AGGTAAATTCATAGTTGGCTATGCACCTGCTTGTGGTGAAAAGGAGTACTACATTGGCTG CGCTTGTCAAGAGCTTTATGTCCCTCCAAGTGCTTACTTTGCGTTGTATGGTTTAACAGT TCAAGCATCATTTTTGGGAGGTTAGTTCTTTAGCCTCCCAGCTGAAACAAAATATTTTTT GGAGAGATAAGTTCCTCTTAAATATCAGATGTGCTAAGTTCTGTTCGTTCTTGAATGTAT GGATTAATTACCTCTTTGGAATATTGAGTTGGTCATCATTGCAGTAATGGTTATTTTTCA TCAATTTAAGTGAAAGTGCAAAAAGCAAAACCTATTTAAATTTGAAGTTGCTGGAATTTG CTAGCCAGTGTTACTAGGGTTTCAGAGTATGCGTGAATGCAGCCTGAAATTGTTGAACAA TGCTTCTTAATTGTATATAGCTAGTTCCAGAGCATATGTGATCTCAATTGCTTATGATCA GCCCTTAGCTGCAGCAAATTTATTGCTCTGCAGGTGTCTTTGAGAAAGTTGGAATTGAGC CACAAGTGCAAAGAATTGGTAAATATAAAAGTGCTGGAGATCAACTAATGCGTAAAAGTA TATCTGATGAAAATCGGGAGATGCTAACTGCATTACTTGATAATATATATGGAAATTGGC TTGAAAAAGTTGCTCTTACTAAAGGTGACTTCAGATTTGAACTTCATACTGGAGATTTGA AGTCCAGTGGGGATTTTCATGATCTGTTTTCTTACTCAGGGAAGAAAATAGAAGACATTG AGCAGTTCGTTAATGATGGAGTCTACCAAGTTGAAAGGCTAAAGGAAGAAAGCTGGATAA CAGACATAAAGTACGATGATGAGGTATAGTAAGTTGCTAGGTATCTTGAGGTATTACTTG AGAAACAGTTCTTTGATTATTTGTAAGTTCAACTGATTTATTAGGTGAATTCTTTTTTTT TTCTGGTGTGAGGGAGGGGAGGGGTTACTTTTCAAATGAATTAGGATTGGTAATGGATTT ACTTCTTTTCCAGGGAAAATCAATTCTTAAAAATCATAAAGGAAAAGGATGTAGACAACT ACTTGTATGTGCCATTTCATGTGACCATTCTGTTTGAGTTCTAGGATGATTTTACCTCTT TCTCTTTATTAGAATTTAAATGAAGAATTTTGCATTTGTATGTATGATATTATTCTTTTG TTCATGGAATGTTGATTATATGACACTATTATTTTTGTTATGTAGTCAAAGATCTTTTTC TTTGACCACAATTTTTAGATATATTTTTTGGATTTTTTTGTCTATAAAAATTTGTACTCC CCCTGTACCAATTTATGTGACACCCTTTCCTTTTTAATCTATCCCAAAAATAATGTCACA TTTTTTATATTTAGAAACAATTTAACTTAATGAGATGATTGACAATCACACAAGTATCTA ATTTCTTAAACTCCGAGCCTAGTCAAATGGTGCCACATAAATTGGGATGAAGGGAGTATA TAATATGTTTTATCTAGTTCCCAAGTGTTGCAAATCTAGATTAAAATGTTCAAAAAAACA ACGTCCAAATTGGAACCTTGCCAAATTAGGTTTCCTGAACTGTTACTGGGAACGATGAAA GTGTGGGATATAGCGAACTCTATATATAAGAAAGTGATAGCTGCACAGGTTATCACAATC TATGCACCCTCTTACAGCCTTATGATGATATACCCTTTGTATCCAGTGTTTTCACCTTTT CTCTTATCTTGATTTTAGTTTATGGATGAAATCTTGGAAATCAGCTGAAGTTAAAAGATC CTTTTAATGATTAGACAGTCAGTATTTGTCAGACATCTGTATTGCAGGTCCTTATGTGAT TATATCGAGAGCAACTAAGTTGTATACTAGTATCTTTGCCTTGAAAACAAGATTGGCATG CACTGTTAATCTCTGGATTATCTTGTATGTATTAAGCTTAAATAGTTTGTTTCATTTGTG TATCTGGCCATCTGGATTTTATGACTTCCGCCATAAAAATGCTTAAATTATTTCTTGAAC TTGACATAAGAACTTAACACCTTTTCTCCCATGGTTATCAAGGAATCACTAATTTATGCA TATCCTCAGGTAATGTCAATGTTGAAAGAGCGTTTGGGAATTTCCAAGGATGAAAATCTC CCTGAAGTTGATTACAGGTCTTGTCTTTTTGAATTTCAAGTCACCTGGATAATTTTTCTC AGGGTTTATTTTTTTTATTTTGCAGCAATAGTTTTGTACAATTATTATGTACATTGCTTT TCATGACACTTCTTTCTTATGCTTGGACTAATTAATGGCCCTGGAATTTTCAGAGAACAT CAATACTTTAAAATAATATATTTTATGTAATTTTACGGAAAAAACATCCCAGGCGGCTAA AGGAAAGTGTAATAACTTGTATCAGTTCGATTTTGAGATTTTGCCAACTATCAATTGTCA TGTATTCTAGTATTGTCTCTCCACATATTCTTTGTCTCAGCTGTTATGCACTATTTTCCC TTTGGAACTTTTAACATTTTGTGATTATTATATTCTGATACAGGAAGTATTCAAAAGTTA GGAGATGGACTCTCGGTCTAACAGGTTATAAAGACCAGATAGCTGTCATTCGAGCCTCCG GAAGTATTAGTCGCACACGCGGTCCATTTAGTTCATCTAGTTCAGGAATAATAGCAGAGA AGTTGATTGAAAAAATTCGTAGTGTACGAGGTATGAAGTGTCCTTATATGTGCACTTTGT CAAGCTGTCAAAATATGTGAAAACAGGTCATTACAAATCCTGATTAGCCATATATCGTGA ATACCAAGTTTTTTAGTCTCAGAAAGACACTTCGCAGACACAAGGCATTATCTGCTCTGC GCAGTTCTGGATACTTTCTTTCTTGCTTTGTTCTCTTTGGCTTTGTTTCCAACTCATATT GTGGAAAGACTTGTATTGTTGATAGGCTTTTGCTTAGTATGAAGGAGAAAGACTCTTGTG AGGAATTTGTCACTGTTATGTTGCTAGAGATTTGATTGAATAAGCAAAGTGCTACACTTC ATATTCAATTTTTCTTCTTTTTCAGACTTAATAGTAAAACTTAGAGATGGGAAGGCCAGT TTGGTTAGTGGTAGTTGCAGGTTTATTTTTGCCGTCTAATGCATGAACTGGCTATAAGCT ACATAAGTTATGCTAGAAGAACAGTATGTAAATTTTTCAGGTAACTAATGGGAGTCAGTG AACAGTTCAATAAGACTCGTGCATGTGCTGTTTCATTAGAGATATTAGGGTGCAAGATTT CCCATATTCGTCTCATCCCTTTCTCTCTCCTGTTTGAGAGGAGGGGACTATTCATTGGTG AACTCTCAAATCACAGCAGATTTGGATGCTTCTGTGTGTAGATTTTAAAAATGAAAGGAG GAAAAAGCTTTTGATAGGTTTAGGTGGTCTCCGTGCTTTTAGGTTATTCCTTTTGGTTGC CAATTTTCTTCTTTATATTGTTTTTCATGTGTGTCTCTATGTTGTGCAGAGTCGAAAAGG TTTAAAGCTGTCGTCCTTCGAATTGATAGCCCTGGAGGAGACGCTCTTGCTTCTGATTTG TAAGTCCTGTTATGTTATGGATCTTTCCTTTTTATGCACTATGTAAGGAGTCACTTTGCC GTCTAAATTTTCTCTCTGTAACTTGTATGATTGTTGCATTTATATCTCTTCTTTCAGATA TATAGAGTCCTAACTATTTTTTAGGTAAACTATTAACATAAGATCCTAACTGTTTTAATT GATTGTCTTGTACAATGGAAATCTTAACTTATCTGCTGTTTGTGTGCTCCCATGATACTT TAGTTAAATCAGCTTGTAAAATAGGAACGTGATGTTTTCCTGTCTTCAAAGCAGTCAATC TATTTTCCACATGTAAAAGCTTCTGTAGTGTAGACTCTGACAAACATTATTTTTATTTTT CGGACCAAATTCTATGTTGATTTATTAGGATGCTTTTTACTACAGAATGTGGAGAGAAAT TAGATTGCTGGCAGAATCTAAACCTGTTATAGCATCTATGGCTGATGTGGCAGCCAGTGG AGGATATTATATGGCAATGGCTGCACAAGCTATTGTGGCAGAGAACCTTACATTGACAGG CTCAATAGGTGTGGTGACAGGTAAATCTAAATACTACAACGAATTTTTGTCTTCTATAAA CTGTGGTTGAGTGGTACCCAATTAAGGTGCTAATTTCAGATCTGGAATCATTTTCCAAAG AACCTTATGTTTCATATATGTGGTGTACTGTGCTTTAGTTCTTGTATTTTTGCACTAGCA AGATGACTTCTGCACAGATATATCAGCTCCCAAAAGTTTGTACCTGATAAAGAGATACGT TTGTATAACTTGAACCCAAACATAATTCAGGAACTGAAATGTAGTTTAAATTTACCATCC ATTTTTAAGAATTAGAAACAGCTCTCAACCACATGAAAGCATCACCTTGCTTTTCAGGAA TGACCTGTGCTCTTCAGGAACTCCATTAATCCTAGTTGTTTTAGAAGAAAAATTGTAGAA CTCAATTGGTTGTGTGTAATTGATGCTTCTTTCATCGTCCATATCTCTTTGGCTTCACAA TTCAATTTTTATTGGATTATTCATCATTAGTTGGTCGGATTGCTTTTTTTCGTCTGAGGG TTTCGGGATAAAATTTTATTTTAGCAAAAGAACAAAAAGAAAAAAGTTAAATGTTTCACG TGTGGGCTGAGGATACATTTTATAAAGTGCAGAAGTGTGGATTGGAAATCAATTGATCAG ATTTGTTTGTTATCTCCAAATTGGCGAAGGTTTCTACTCATGTTAGACCACCAGTTGAAC TATCCACAATTTCCTATCTTTCAAAGGAAGATTTTAAGGAAAAAACATTTGTATCTTGAA TGGCAGGTGTTTTTCCTTGTGTGGTATAAATTTTTTGAAAACTTTGTGCTTGCTTTACTG GGATCCATAATGTGGTCAATGATCCCTTGCATAAATGAATCTTATCTGATTCCAAAATCC TATACTATCTTCACCTGAGAATTAATCAAAATGTTCTCCTTTTGAGTGCCATTCAATAAG GTATCACTCCCAAGTACAAAAATTCAGAACACATGCTTCAACTATATGCTCTTGTATCAG TTTTGGTGCTCTTTGTAAGGCTGATTGTACTGATATTTATTTTACACACTTCAGGTTATG CCATAGAACTGTATCATGAGGGTGCAAGATTCTTCTAATTTTCCAAATAGTCAGTCCTTC TCAATGTATACCATATTTAGATCCACTTAGTACCAGCTCAAAATATATTGAAGTGTAACT AGATAGTTCTATATTGAATGGAATAACAGAATTTGTCTCAAGCTCTGGAACTGAAGAAGG TATTAGGAGGTAATTCCAACTATCGAATGATATAATCATTTCAGGAAGAGGCTATATTAA TGCTTTGTCCATGTAATTAGCCTGATGTGGGAATTGAAGAACTGTTTCACAAGATAACAT GTCATGTCAAAAATAAAAACAAAAATATGACTAACAATTTAAGACAGAGGACTAACTGTT TCTTACAGGTAGGTTATATAATTAGAAAAAGGTAGCTCAGAGGTTGATTCCTTGTTTGTA TCTCTTCACTAGGACCTTTCCCTACTCCCAACGTTGCCATTCACCCACCCACTTCCTGAT GCCGCCAATTTCATCTTAACACGTCATTCTCAGATTTTTTTTTTTGAACCAGATTTGTCT TCACAGTTCTAGATCCGAAGAGCTTGGACTGATATCTGTAAAATTGGGATGACAACTCTC TTTGGTGTGTGTGTAAGAGTGTATGCCTTTCTGTCTTCCTGCAAATAGGGTGATTGAGTT GATCTGGTATCTTGATGAACTCTTTAAGATTTTGGTTTGTGGGAGAGGCAACTCTTTGGT TTACTCCATATTTATGTTGGTTCATGTATTTGCTTTAATACGAGTGTCAATCCTTTATAG TTGCAGTTTATCCGTTTCTTGGTTCCTCTGGGTTTTCTGTTCCTTTCTGCACTGCCTGGA AGTCCTCTATTCTGCCGCTGCATGCCCCTTACATTTAGTTGTTTTGGTCCTTAATCTTCA CAAAATTTACTTGTAATGAGGTCTTCAAAGTTGGAATTGACCTTATGAGCTAGCTATGCT ATTTCACATGTATGCCCAAGCAAACTTCTAAATCAGATTCAATGTTTAAAAATTACAACA GGGAAATTCAACTTGGGAAAATTATATGAAAAAATTGGCTTCAATAAGGAGACAATATCA AGGGGAAGATATGCAGAGCTTACTGCGGCTGAACAACGACCATTCAGGTGAACTTTTTTC GTCTTCCTTGGGTTATACATGTTACACCTAGAAGGCTTGAACCCCATTATAAGAACATAA ACTTCTATCATGAATTTTATGTTACATCCTTCTGTTGTTACTGCTCTTTATAACAAGCTG AATTTTGATCTTAGAGACTAGCATAACTTCTTATGCCTAACACCAAAATCAGAACTTTTC CACTTCTACTAATGCATCCAGTTGGTTCTCGCTTTGTGGCTTTCGAGTTTAGTTGTTTTA AGCCTACAAATGAAAATCCAAATCTTGGATTTTAGATTGTCTTTTGATTTAGTATTTTCT AAGATAGAACTTCATCTGTAGGCCTGAGGAAGCAGAACTGTTTGCCAAATCTGCACAGCA TGCATATACCCAATTCCGAGACAAGGCTGCCCTTTCAAGATCAATGACGGTATGATACTT GGTAAAGAAGACAGCTTAGAAGAAAGCAGTCGTTACTTTATTTATCAGTTGATTGAAAAT ACCAAGCACTCCATTTAGGTGGATAAAATGGAGGAGGTTGCACAAGGGAGAGTTTGGACT GGAAAGGATGCTCTTTCACGAGGTCTAGTTGATGCTGTCGGTGGTCTCTCTCGTGCTGTA GCAATTGCAAAACAGAAGGCCAATATACCTCAGGATAGACAGGTGTGTCATAAGTAAATC TATTTTTGCTGTTAAAACAGCCATTTCAGTCTGAGCACATAGATTGTAGTGCTCTGCAGC CTGAAGCATGATTTTCAAGTCTGTATATCAGTTTATGCATTGGATCTTTGTCAACTGTCA TTCTAGTGAAATTTTGGAGCTCTGTTGGGAACCTAAGGATCCGAATCTCTTGATCTTCTA AGAGAGCTGGTGAATTTTCCTGCCAAAACCAAGTTATAGAAAATCTCAGCTGCATCTGTC ATCAATAAAAAAGTAGAAAGATGAGGAAGTTGCCACAACTTTTGAGATAACATGAAGTGA GATATGTAGTCAAAGGAGAATTCCTGAGAAAATTACATCATAGAAATAGTCTTCTCTCAA CTTCCTTTTTTACGAATTATCAAAAAAGAAGAAGTTGAGAATGGACCACTCACGACTTTA CCTGCAAGATACTTCAGTATGTGCTGTGGTCAAACAGCAGATTTAGCTTTGTTTTTGTGC CACATTTTGGAAATCTGAATAATAGTTTTTGTCTTCATAGTCAGATGTGAACCATTATGG TACTCATCCCAGGGTCTTCTGTTCAGAAAAATGAAATGCATGATGAATTGATGATGTTTG ATGCCCAACTAGTTTAGTGGTAATAATACCTAACAAATCTTGGAAGCTGCTTTCTATCAT TGGTTACTGAAAAAGTAGTCAGAGGCGATAAAGTTTGATTTGATAAGAAAAATACCGTTG AAACAATATATCGGGTTAGTTCCTCCTTTTTTTTGTTTGTATGTTCATCTCAGTCTCTAT ATTTTTTGAAGGGATTTGTAGAGGAGATAACTTTCTCGGTCTTCCTAATAAATTGTTAAA ACTGCAGGTTTCTGTTGTTGAGCTGTCAAGGCCATCCACGTCCTTACCAGAAGTTTTAAG CGGCATAGGAAGCTCTTTGGCCGGAGCAGATAGAACTTTAAAAGAGTTGCTAAATGATGT GGCATCATCTGATGGGATCCAAGCCCGTATGGACGGCGTCATGTTTGAGAAATTAGGAGC AGCTGCTTATACCAATCCCCTGTTTTTGTTGATAAAAGATTGCCTCAGTTCCTTCTAAGT CAAAGGCTGTCTGCTGCTGTTGTATCAGAAATATCTCATTTTGTTATTTGCTCAAGCACA ACGTTCATACAAGGATCTTACATTTTGTTGAGGATGCAGAATTCGGTATGTCTACTTAAG GACAAAAGCAAAAAATCAGGTACTTACTTCCTTTCCTTGTTTTCAGTATAGAACTTCCGA TATGTTTTTGTTTCAAATCTTGGGTCGGTGAGTAAGTGAAACAAATAGATAGGTGGTAAA CAAAAGATTGAATTTCCTTACTTCCTTAAAGTTGATAGTGCTAAAAATATATTTGGCACT ACCAATACTTGTAAAAATTATTTGAGTAATTAAATTAAGTTACAGTGGTTGCAGGGTGGT ATATATGAGCTCTTGCTGATTTTAATTCAGGATGGGTGGTTCTCAACAAGGGTATGGAGG TACTACACGAATTAGTATCATGACATTCTGTTATATACAACTACTGTAACTTCGAAACAA TTCCACTTTGCACTTCCGTATGAGTCATTCTGTTTGAACAGATAGATCCATTGTGACAAC GGCCATGTAAAAAATACAGATTTACAATTTAGAAGTGGAACATTCTCATTATCTGTTTCT CCAACTCCTTTCTTTTTGTAAATGCAGTAGAACTATTGTTGCTTCAAGGCTCAAGCTTTG TGCATAGAGGTAGAGCACGGTTTTAATTTTTTTAGGATTCCCACCTGGCGTTCTTCGGGG CCCAACCAAATCCGAATTCGCGTCCTGGAGCTCCACATTGGGTGATAAATTGCTCCTTAT AAAAGGTGACTCTTTATCGAGGGCTCGGTACCCGAGACCTTTGGTTGAGAATGAAGGAAC ACTTATCACTCCACTACGCCTATATGGATTAAGAGAAACTAGAAAGCTTTCATAACATGA CGAAAGAGAACTATCCTCATGTTATGTGTTTTCAGTAGTTGTCAACTGCTTTCAAGGAGT GTGGTGTAGATAACTTTCATGTATTCTTTTGGTCATGGTATATGGTTATTAGAGGAAAAT ATAGGAGAGGTAGTTTGATATTTAGAACAGGTATATAGCTATAGCTTCATCAGTTCATTT CGCAGAAGAATATGGGTAATCAATTGCGGTTGCTTTCTCCACCTGATATTACTTCAGGCT AATGAAGTCTGCACACCATATCCGGAAGTCACATGGTTAATGTGCTCATATCACATTGTG ACTTCAATCCAGATCCTTGACTTTAAAATGCAGTTTCTTATGAATCGTGAGGAAGGAGAG ACGGAAGATAAGCGATAGTATTTGGTTGAATTGGGAGTACAACTTACTTTATCCTTGTTA AATCACTTCTTAGACAGTAAGAGAGTTTTTTGTTTAATTGGAGTTCAGTTTATTTGAATC CTTCTCTCCTCCACTAAGATTTGCCGAGTAGAGTTAATTGCTGCTATACTAGTAAGAGGC AGTAGGAATTGGTTGGTTGTCAAGATGCACACAAGTTGATCAAACATTGTAATAAAAGGA AGTGGGTGTGGTTTATCATCTAGTATTCAGCTCTTTGAAGGTTAAAAGGGGAAAAAGATG ATTATTAATGAGTTTCTTTTTAATTTAAAGATTGAAATTTGTGAATCAGAGTTATTGCTT GCGATAACCCTAGACTGGAGGGTGCATAGCAGTTTAGATTGTGGTAGTATTGACCACTAA ACTAAACTTGAGAGAAGAAGAAGAATTGAAAAATAGGGCTTATGTCACAGTTGTTAGCTT GTGAGCTCAACAATACGCACAAGAAGACAGGCTGCAGATATTCATTTGGAATATCTCGCT AGGTTCCAGATTTCAGTCTCAACAGTCACTAGGTTCTAAGCGTCTCTATACTTGGGCATT GGACGTTAAAAAAAAACTATAAAGAAAAGTTAAAAAACGTTTTAGGAATTAAATTGTGTT TGATTTAATTAATGGTTTTACCGTTGAAGAATGGCAAAAGTCCACATCGGTGGTTAATGA GATGTTTGGAGTGTGAGTTAGGCCTAAGACCTAATTTCACATGGTATTAGAGTAGGATCA GATGTTAGCTACCTTAACTTTTGAGGTGTGAGTTAGGTTTAAGACCTAATTTTACACTTA CATGGTGTTAGTTACAAATTATATATAATATAAATAATAAAAAAATAATCTTTTCTATTT TATTCTCCAAATATAAAAAAAAAAAAGTCTATTTTATTCTCCAAATATAAAAAAAAATAG AGAGTAAGATAAAAGATAAACATGTAATGTATTATCAGAAGTTGTTCATACATGTAATGA CTACTTTTTTACTCCATAGTTAAAAGTAATAAATTGAGTGTCTGCCACCATTACATTGTA GCTTAAGATCATCATATTCGCATCAATTTTTTTTGATTCTTGGAAAAAAAAAGGTTTCAT TCTTTTTGACATTGTTAACTATGATGACATATACTGTATTTCTTTACGCAATTAGCTAAA TAACGAATGTATTTGATACGGAAGGGAAGCATTGTTTTATCAGCCCAGTAGTTTGTCCTA TACAACAGCTAAGCGGCTAATAAATTATGTTGTAATACATCGATGATGGCCACGCCATCA TTTTTGGAGTTTTGTTGACCGGAGTTTCTCTGGGGAAGTTGGATTTGTACCTTTGCTGCT TCAGTGCTGACTGGATTTCTCTATAAATAATAAGCCCCATCCATTTGTGAACCACATCTA GCCAATGGAGTTCCCAAACTTTGTCAAAAAGTATGTATTTTGGTTTAGAGAGAGAAGTAG TACTACAGGAGTGTCACCCAACTCCCCTACTACTACTGTAGGTTTATCCCTTGAAACTGT TAACACGGTGACACAACCAGCTGAGCTACAGCTGGATGTGGAAGAGAGTAGCCCTGTAGT TGCTGCTGCTGCTGAAACCAATAATATCGATAAGTCGATGCTATTCATGGCATTCTGTTT AACATCAGGGGTTGAGATAACTCTTAATTTTGTACAGGTTGGAAACGGGAGCCGTGATCA TGATTCGCTTCCTTTGTGTTTCCAGTTGTTGTCATTTGCTATTTTACTTGCTTTCACTTT ACTCTTCGTGGGAAGATTTATAAAGAGCAATTACCCAGCTGAATCTGAATTGCTAGAGCG GGCAGGTATTTTATTTGCGACTACAGCTTTCTACCATTTCATGACAATGCCCTTTTCTCT GTTTCTCAAAGGTTGCTCTTGGGGCGTCTATCTATTCTCCTTGCTTGCTATAGCTATATG CAACCATTACTAATACACTCTCGCTCTACTCAATCCTTCCTCTAAATTTTTCTTATTTGG AAGGGAAGAGAAACGAATCGTGGTCATAGTTTTTTTTTTTTTTTTTATAATAATGAGGAA GGTTTACTTTGGGTTAATAAGATTGTATAGTTAAAACTATGAGCTAGTGGTTTTCTTGTT ATTTCTTACCTTTAATTACGATGTTAACAAATATATATCATCTCTCTCGTGTTTTATAAA ATTTTAGTTTATTTTTCTTTGCTTTTCGGTTATTAATTGTATCAACAGTGTACACTCCTT AAAACTAAAAGTGGATGTGATTCATCTCTTTTTGTATTTATATTTATTATAACTAAAAAA TATTCAGTCCAAGTTGGTTGGCCTCTCGGTGGGATATTCTTTAATGGTTCAAAAAGCACA GTTTAACATGAAGCGTGGAGTTTTTTTTTTTAATGTTTGTTGAATTTAATATAATAATCC CACCAGTAAAGTGAAAAGGCAATGTTATTTTATCTTACAAGGACAAAAATGATAATTTAA AAAAAAAAATTCTAGTCAAGTAAAATTCATCAATAGCAATAAAAATGAATATGAAAATCG ATATAAAGGTTAGACGAGTCTCCCGAAAAATCCATTGATACTTGCACATGATTTCTTGTT AAATACAGTGAAATAAAATCATAGAAGGCACCACGAAAACTAGCCGTACTAGTTAGCCCA TTGAATAGAAAGGCATTGCAAAATGCCTTAAAATAGCATGTGAAATGCACTTGCTACAAG ACAAAATTAATTCGGTCGGTGTGCAGGAAAATGTTACTTGTTCATTTGCAACAAAATAGC TACAAGGTTGAATAAATTGAACGAAGAAAAAAATATTTTAAAAGCGTTCAAATATATGAT GTTTTTTTTTGACAACAAACAATGACATAAAACTTGAGAATAATTTTATAAAAGCTAAAT ACGACGCACTATTTCACTTTGAGATTGACGTTTGCAAAATTAAATTCAAAATAGGATAAG GGATCTAAAGGCCACCACCATATACTTCTTCGCCGCGGGTATCCGTAGGTAGCTTTGCTA TGTATGTTTAATGTTCACGCTGGCGAGCTTCCCCACGGCTGCGCCGTCGCCTGCGTCGAA CTCATGCTGCCGCCACCAGCCCCAATTTCAAACCGTCAAAGTTAGTCCAAGACCCAACAA ATTACGCTCGTTTGCAACTACCTCCGTTTCAAAATCGGCAGGTTCAATTTGCACCCCAAC ACCTGAGGAAGATTCTATAACTGCAAAATCAACTTTGAAGAATCAGCTCAAGAACCCATT AACGCTATCCGAAGAGATCACGCAACTATGCGAAACCAAAAGTTTGTCGGAAGTTTTCCG TACATTTCAAGAATACCTCGAAAACGCCTTCTACCACTCGTCGGAAAAATCCGAGGCCTT AGGCGTACTCTTACAAGCATGTGGTAAACAGAAGGACATTGAAACGGGTCGTAAAGTCCA TGAAATGGTTACTTCGTTGACCCGATCGAAAGATGACGTTATACTCTGTACGCGGCTCAT CACGATGTACTCCATGTGTGGGTATCCTTCTGATTCTCGCTCTGTTTTCCATCAATTACG AAGCAAGAAACTGTACCAATGGAATGTTCTTATGAGTGGGTACACAAAGAATGAACTTTG GGTTGCTGTTATTTGTTTGTTTATTGAGTTGATGACTTCAACCCAGGAAAAGCCAGACAA TTTTACCTTTCCTTTGGTTATCAAGGCTTGTGGAGGGGTTCTTGATGTGGGTATGGGGAA AGCTATTCATGGGATGGCATCAAAGATGGGTTTGGTTGGCGATGTCTTTGTAAGCAATGC GTTAATTTCCATGTATGGGAAGTTTGGTCTTGCTGAGGAAGCTATGAAAGTGTTTGAGTA TATGCCTGAGAGGAATCTGGTTTCGTGGAACTCCATGATTTCTGTGTTCTCAGCGAATGG ATATATTGAACAAAGTTTTGATCTTTTCAGAAATATATTTACAGGGGATGAAGTTCTTGT TCCAGACACGACTACCATGGTTATTATGCTGCCAATTTGTGCAGCAGCAGAAGAAGTGGA ATTTGGGAAGATTATTCATGATTTAGCTGTAAAGCTAGGATTATCTGACGAGTTAACAGT GAATAATTCTTTAGTGGATATGTATTGCAAAGTTGGATACCTTTCTGATGCACAAATTCT GTTTGAGAAAAATGAGAGCAAAAGTGCGGTCTCTTGGAACTCCATTATCGGGGGTTATTC AAGAGAAGGAGATGATAGAGGAACATTTCATCTTATGAGAAGGATGCAAAGTACTGAGGA GTACATGAAGGCGAATGAGGTTACTCTACTGAATGTTTTGTCCGTTTGCCTAGAGGAGTC AGAGCAGTTGATAGTGAAAGAACTGCATGGCTACTCGCTTAGAAATGGTCTTGAATACCA TGAGTTGTTAACAAATGCTTTTATAGCTGCCTATGCGAACTGTGGATTGCTCAGATATGC GGAGCTTGTATTCCACGGAGTGGCGAACAAGACAGTAAGCTCTTGGAATGCACTGATAAG AGGCTATGCTCAGAATGAGGATCCATCTAAGGCTTTGACTCTGTCCTCTAAAATGATGAA GTCTGGCTTGCGTCCTGACTGGTTCACTATTGGTAGCCTTCTGTTTGCTTGTTCCCACTT AAAACTGCTACATTGTGGTACACTAGTTCACGGTTTTGTACTTAGAAATAGTCTAGAAAC AGATATGTCTACACTAGTTTCCCTAGTTTCATTCTACATGACTTGTGGAAAACCAGAGCT AGCACAACGTCTGTTTGACAGGATAGAAGATAAAAATGTGGTATCCTGGAACGTAATGAT AGCTGGTTATTTGCAGAATGCACTACCAGATAAAGCCTTTTGTCTGCTTCGTGATATGGT ATCTCATAGATTTCAACCTGATGAAATTTCTGTGACAAGTGTTTTAGGGGCTTGTTCAAC ATTGTCTGCTGTCAGGCTGGGGAAAGAAGTTCATTGCTTTGCACTGAAATCCAACCTTAT AGAGGATAGTTTTGTCCATTGCTCAATCATAGACATGTATGCAAAATCTGGATTCTTAGG AATGTCCAAGTATGTTTTTGACTATATTCCACTCAAAGATATAGCATCATGGACAGCTAT GATTACTGGATATGCAGTTCATGGACTTGGAATGGAGGCCATCGAGCTATTTCAGGAAAT GCAGAAATCGGGCTTCATCCCAGCCAGCTTGACATATGTCTCTATTTTAATGGCATGTAA CCATGCGGGGCTCATTGAAGAAGGTCGGCAATATGTTAAAGAGATGCAGACATTGCATGG TCTCAAACCTGAATTGGAGCATTATGCATGTGTGATTGACATGCTGGCTCGTGCTGGACA GTTTGATGATGCCCTAAATCTCATGGCTGAGATGCCTATGCAGCCAGATTCTCAAATTTG GTGTTCGTTGCTCAATTCATGTATAGTTCACGCCCAGTCAAATCTTGGGATGAAATGCGC TAACAAGTTACTGGAATTGGAACCAAAGAGAGCAGAAATCTATGTTTTAGTATCCAATTT TTTTGCTAGATATGGGGACTGGGACTCTGTTAGACAGGTGAGGGACAAGATGAAGGAATT AGGCTTGCAAAAAGAAATTGGTTGCAGTCAGATTGAAATAGGAGGAAAAAACTATAACTT TGCTGTTGGCAATATGTTTTCCAAGCCATAAAAGCTCTAGTGAAGTTTGATGTGACCAAA CGGAAACAAATGAATTGGTTAGTACCTGAGATGATTTGGTGCTTCAGCATTTAAGTGTAG AGGATAAAGAACAAAATCGAGGCAGCTACAACAAACTGTTTAGAATCACTTATGACTTGA CTCACGTTCTTCTCGTTGATGACTCGAAATCTTTCCTCGGGGAAAGAAGTTCACAAATTA CGTCAATGTGCTTTAAGTTAGTGATGGCAGTGATCGTTAAGGAGATTATCACAAGGAGTT GGAATGAGAGGCACTCTCTCACATTTTTCTAAGATGGTTTCTCTGGGTACATAAATGAGT CGATTTCACCTGTTTTTGTTAGCCACCCTAATCGTTAGGATGTATATATCTAGTGATATC ATATTACTTATACTCTAGTTTGGCTTGTGTTTTGATATTCCTTCTTAGCAATGGGTGCTT TATTTCAAGAATGATTCTTCCATGATGATATTTAAGTTTTCAAAGAATCATCTGAAACTC AAGTCATTTCTCAAAATAAGATGAGAATGACGAGGTTGATATACCAAGAACCAAGAGTTC CATGGAAGTCTTATTCACTCTTCTCTCGTGATACTACTTTATCTGTCAGCCGAAGTATTA TCGGTTTAATCATTATAATTTCACACAAAAAAAGTTATAGAAAATCACTTACAAACAAGA TAACAAATCAAATAAAATGAGTTGATAGATTGCATCTTGCTCAAAAATACTATGAATGCC TAGTAGAATTTCAAAACCTCTAAAGGATTGAGAAATAAAAGTATGAAATTAAATTTAAGT CAAGGACTTTATATGTCAAATAATGTAATATAATTATGTTCTTACATCTGGTTATAGTTA ACCCATTAAAGAAAACTCAACCAAACAAGATAATCTCATATAAAAAAGAATGAATCAAGA TCATTATAGAAATCGTTATAAATAAAAGGAAAAGGATAAATATATTTCTAAATTATCATA AATAATATACATTCAAATGAAAGACTCAATAGGGCACGTGTGCAATCTTATTTTTATTTT TAATTAATTTTGAACTATTTTTATTTATAATTAATACTTCTTGTCGTCAAAAAAAAATCT TGCGGTGCCTTTCACTCGATCGTCTTGCTAGTTGCTACTTGGTAACTGCTATTATTTTGA GGTTTTTCCTATCCATGCTTTCTGAATTTAAGAACGCAAAGTGCCTCTAAGCTCTACGCA TCTGAAATGCCACTATATAACTCAACCTTAATTCTGGCTTAGCTGCATTTGAAAATTGGC GGAGCTTTCATAGGTAAAATGGATTCTTCGGCGGCAAATTCTGTGTCGAACTCCCCTATA TCCTCTGCTCCTCAATCTCCCCGGCCTCCGCCTCCGTCGCAACCGCATCAGGTTTCTCTC GCTTATCTAATTTAACCGTTCATTCATTTTTTCCCTCTTTTTTATGGGTTACCTTTTTTT TTTTCTGTAGGAGGTCTCAAACCTCACTGTTCTTGAAGCTGTGAAGAAGGAGGAAGTGAT TGAAGATCCTCTTGAGTAAGTATATGTCTAGGCTTTCTTGTATAACTGCTTTGTGATTTA TTTTTATTTGAAAAATAATAATTGGGGTTGAAGTGTCTGCTCGGCCTTCTGTTTGATTTT TAAATTTATTGTATAATTGGTGATTTTATGGTTCTAAATGCAATTGGCAGGATTTAAGAG ATTTCTTGTTGTTAATTCCTTCATATAAGGATGAATAGACTCACAAAGAATTGTTTAACA GCCTCTCTTGCTTCACTAGGTAGGGGTAAGACTATGTATCCTTCACGAACCCCACAAGTG GGATTACATTGGGTATTTATTGTTGTTGTAAAATGGGAAATAAGATATACTCATGGCTGA TAGTCATGTGGCATTTATATACTCATGGCTGATAATAATGTGGCATTCTTTTGTGAGTTA CTTATCACCTATAAACATTGCCCAATGATGGTAAGATACAGAGATGGGGCACAACAAGAA TATTATTGACGTGAAAGTTTGGATTCAGCTGGTAGGTATGATGATAAAGGGTATGTATCA TAACAGGCTTTCAATAATGATTAGTTTTTATGGAAGGTGTTGGATAAATTTGATTGATTT GGAGCCCAACTGAAGTTATGTTGGTCTTCTTGTAAAGATAGCATAGAGCTTATCTGGCAT CATGTGCGACAGCCAGATTCGAAAAAGTAAGATGCTTAATTGATTCTCTTGTAAGGTAGT AGTTGAAAAACAAAATCTGTTGGCTACTCTATTATCTGCTCCCAAGTTAATGTCCTACGT GCAACGTGAATTCGATGTTAAAAACTACAATTTTTTGGTGAATCCTCAGAATACATGCTC AATATTTAATGGCAGTAGATTAGTACTTCAGCATTTAACTGAAATAGCAACAGCTTTCTG TAATGGCATCTGTTAAGTGCATGCTTATTAGAGAATATCTTGAATTATCCACTTTAGCTA AATTAGTAAGCTCAAAAATATTTCTATTTTTTATGAATCAAATAATGAATAACTATGCAT TATTATTTCCACATGCCTAGATTTGCAGGGCCTACCAGTTTGTTAGTAGTACAGGGATAA AGAGGTAAAAATAGTCGCACTAATCCTGTACGTTAGTGGTATCATCTTATGTTAAATTTG TATAGCATATTTGAAATGTTTACAGGACTTTAGGCTCTCCACTACTTGAAAAGTTATGCT AAAGCTTTCTGAAAGTTAAATTATACCTAACAAGGTGTCTTGACCAATCGATGGATTCAG GTGTCACGTTGAGGGTCTCAACATGCTTACCAAAAAGTATAGATTCAAGTGCTCGAGAAT ATTATGGATTAGGCAGGGCAAAGAAATAAAAGCTTTGATAGGAGAAGAATGTGAAACCCC TCCCACGTGGGATTTTTTATGGAATTGTTGATTGCTTTATATTGCTTTGAGTCTTCTGCT ATTTAAAAACTTAACCGAAACTGTTAATGGGAGCAATGATGGAAATTAGCACATGGTTTG GAGTTTGGACTACTAACTAGCCAAGGTTGTTACAAAAGTCTGCTTTTGAATTAAATTGAT ACAAAATGCTTTTCTATCTCCTAGTTCATAATCTTTCACTATGTATGGAGAAAGATTATC TTACTTCCATTATTGTTGTATCATTAGAGGTAATAAAATTTCCTTTGATTGAAATATACT TTATACAGTATTCATTATTTCTATAATATTGATACTACTTCAAGGTCAAAATCTTAATCC CATCAAAAACCAGATCTACCTTTATTTTATACCCCAGTTTTCTCGTAACCATAGTAATAT CAATTTTGTCTTTCATGTCTATGGCTAATCAAACTAAAATATTTTATTTGTGAGGAGTTC CTGAGAACAACTTGTTGTGTCTCCATTATTGTATAGAAATTATAAGTTTTCATGTTAGGC CATCCCTAGCTGGACATCCTTTTAACAATAAAAACATTATCTTTTTCATGATCTGGTAGC ATATCTAAGGGATTTTTTGGTATGCTTTTATCAAGTTATTAGCTGGCCGTGATGGTTAAT CTTAAGTCTATAGGGCAAATAAATGGGAAAAAAAAAGAAAAAACTTAAGTCTATGGTACT GATAAAGGGAAAAAAGACAAAAGCAAGTCTATTTATCCTGCTACAGCACTTCTTTTAAGT TCTGCTCAAGTTCTCTATCTATATGAATGTAATCTGAACATGATGGAGGTCCTAACTCTC TATTTTCTTTCCATGCTGTGATGTAGTGATATGGAGACTGAACAGGATGAGAAGTTCAAG AGGTATGAAGTTGAGGCTAGGAGATACTTAATGTCCAAGTACTTTTCAGACAAGACTATT TTTGGAGGTAAATAGTCCGAGAAAGCACTATAATAAGGTCAATTTTTCTGATTATTAAAT CAGCATGGTTGTTTTCTCTTCTTGTTGCAAGTGAATTTTTATGATTATTACATTGAATTG CATTTATTTGAGCGATATTACTTTGAACATTAACATGTTTTAGAGATATATCGGTCTATT GGTTCCCCCACCATCCATTGCCTAATCTAAGTATCACTTTTAAGTTTATGTGATATGGAG ATTCGCATGTTTATTGCAGTGCTTCACAATTATGTCCTTGTGTCCTTTGATGCATGTGAT TTTGAGAAGCAACTAGTGTAAACTCACCTAAACAAAATTTAAGGGCTTTTAACAATGACA GGTTTTTTTCCTTTAAAATATAAAGCGAAATCATTGGAAGAGTCTAGTGGTTTACCAGGA CATCTTTTGATTACTTTAGTTGTGCCATTCCCTATCATCTGCTATTTAGCATAGCCGAGC TACAAGTTACTGGGACACTGATTAGACTGTGTACACAATCAACGAGTGGGAGTAGAAAAG TAAAAGTCGGCATATTTGAATTACCAATAAGCAGATTAACTGAGAGGTAGTAATCTTTGT TCGAGATATCATGTTTCCACAATTAAGGCAGACCAAATGCTTATCTCTCACTTGATTACT GAATCAATCTCTTCTTTTTGATTAGCTAACTCTAACCTATCTGTGACATCTATAAATGTG TTATTGCAAACTCAGAACTGGCATGTCTGGATAACCTTTTTCCTATAGGTATGAGTCGTG AATGTGCTACATCGTTTGAGTTAGAAGAGGCTATTATCACTCCGCATGCATCAGGAAAAG GTTATTACTATGTCGTATATTGTTGGGTTGCAATTGTATCCCTATGAATTTCTTAGGTCA ATTGCAGTTGTGGCATTGATTGCTATGAATTGTTTCTGTTGAAACCATTGAATAGTTTTC CATCCCGGAAGTAGCAACATGATTTACTTTTTGACATGAATCAACTTCAATGAAAATTGT TTGCAGGAAACATCTTTGATGTTAAAATGGGTATAAATGGAGAGCAAGTAAAAGTAAGTA GGTGCGTAAATTTTTTTTTACCACATAAATGAAGTATATATACAGCATGTTAATTGAAAT GTTATGTATTGTGTTGTTGCCTCAAAATCTCCTTTTCTGGTCAGGTTTCCTGGGTACCAG TCTTACGCAGATCCTGCTAATTTTGATGACGATAACAGTAGCGACTCAGTCTCTACAATG GAAACTCCATCCCAGAGTACTGCTAATGGGCATCAACCTTCCCAATCTTGAAATTTCTTT CAATCGATACCGTCCTCTTGATCAGTAGAAATCTCCTGGACTAGGGTTAAATCTGAAAAT TTTCAAGTAAATCAACTAGCGACTTGTATAATTTCTAGAACTATATGTGAAAAAAAGGTA AGTAACTTACTTTGGATTGGGCATGGTTGTAGGTGTTATTATTGTTGTTGTATGCAAGGA CAAAGATAGCATTCGGAGCTCTGGTTTTTCATGATACAAGTGAGGTTTGGAAACATTGGA GAATGTTTTTCGGGAAAATAAGTGAGCTTTTTACTTAATTTTGTGTTACTTCAAAAGCTT TTGTGTATAACTTAACAAAAATAGTAACCTAAAGCTAACTTGATCATTTTGAAAGAATTT GTGTTTCTAGAGAAAAATGTTCTTACAAATATAAGGGGACCATCTTACATACGTAGGAAA TAAAGGAAATGAGCTTTTTGTTGATCTTCATATTTTTCAAAAAAAAAACAAGCTAAACAA CCAATTTGAACATGTATTATTCCATATCATTGATTTTCAACAATCAAACTACAAATTCAA GAACAATTTACAAGTTGCCAAACTTATATTAATAAAATACATCTCACTGGACGAGACAGA TTCTGCACTTATGGACGTTTTAGCCAACAACAAGCAAGCTCCATTTAAAATTTGCCCATG ATCTGTAATTTAACGAATTCACTCTCTTACAAATATAAACAAATTGAGAGTTCCTGGTTG TGTATCATAACAGTGATATGGGATATGATGTACCATTGGCTCCAGAACAAAACTTATCCA AGCAAATGCCATAGAGCTTCTCTCCAACCTCCCTGGCATTTGGGTGGTGGTGGTGGTCTA TTTGCAAGCATTCCAGTGCCAGCAAGAACTCTGATTTTGCCCTGCCAAGTTGTGAAGCAA CTGAAACTATAACGATGAACAAAACCTACAATGTGCCGAAAAGGGAAAGAGTTAAATTCC ATGCACCAATGAGGACATACAATCTTTAGATCACATTCAAAAAATCATTGATTTGCAGCA AATAGTAATGTGGTAATAAAAGCATAGTATAGTACATGGAACTGAATAAACGAAATAGGC GTGATATCCCGATATCTACAAAATACAAACACAGCTTTAAATAGAAACACAGCAAAAATA CATGCATAAATTGAACTAGTGCAAGACTTATTCTTATGTAGCCATCCACAGCCTCATTAA TTGACATGCTCAGATCAGAAACTATCATGATATATTCACAAGCTTGCTCATACATGCTCT CAGGTCCAACACACTTAGCTTCTATTAAGACTTCTCAAATATTTGGAAAAATCTGAATTT CCTAACAAGTATCCGATTTTAGTCTTCCAAATCGATTGCTATTTTACTCGTGCTCAATTT TAAGCAGGGATTTTCACCACCAATGACTCATTGGTCCTCAATTTCCAACTATTCCTGTCT TGAGAGACAACTGAGAATCCATCATCAAAACAAGCAAGAATATCCCATCTTAAACATCTG TAGAAAGAGAGAACAGAGCCAATACCCTTGATAGCCCCTCAAACTTGGGACAATTTACAT GTTAAACAATCCAACTTAACAAGTGACCAAGCAGATACTTCAAATCAACAAAACTATCTC TTAAACACATAGGTCAGCAAAAACAGACGCATGAAAACTACTTCCTGATGAGGTGTCAAA GAACGAAATCCTTTCTATCCCACCATCTTGATGGTATCTAAAAAGATAAGGTGCTTGTTT TGGATTTCCTTAATTGAGGGTTCTTAGTTCCATTTTGTGTCAATCTATCTATCTTTTATT GGTGTTTGTTTTTTTTGGAATTTGGTAGCTTATTTATTGGTGTTCTTAGATTTAGAGTTT ATTTACATTTCTACATTGTAACATTTATATACATTCTAAATAGATGGTAGTATAGGAAGT ATTTAATTCAATCCATTTAGAATCATTTGGATAGCGAATTTGTATGTGACCGCTATTACC CAAACGGATCTGGGTGAAAATTCTCCGCGCAGAAAAAAATACTCACCCTTTGCATCTTAT CTCTTTTTCCTTTTGTTTCCAGACAGTGTACTATCACCTTCACCATCACCGAAAAAGAGT TTCCTTGAGACGCATCTAATGGCGCTAGCCTATCACTTCTTAGTTTTTTCTCTTCTATTC TTTTTGTCACAAGAAAATTTTAGAGAAATGGAGGAAGATTTTTTAGAAGAGAAATCAAAA GTATAGCTTTTCACACGCTCAAATGTAAGTTTAAACACTATTTTCTATGTCAACATGAGG TATGAGGTGCTCATCTGACATACTCTTGTCAAAGAGGGGTGGGTGTCTATCAGGTCATTA GTTAAGTTGGATCATCAAGCAGACAAAATGTTTTTTAGGGGCTATTTCCCTCCGAAGAAA GTATTTCTTCATGGTTCAAACATAAGAGCTACAGAGACTGATTGATGCATATCAATGAGT CTTAATACCTATGAGCTTTATACAATCTATAAGGTGTAAAGCTAATCTTACAACGAAAAA TCAAATTACAAAGACAATTCCTTCTTTCCCTGAACTTGCTTCATATGTAAAGTTAATATC TATGAGCTTTATACAATCTATAAGGTGTAAAGTTAATCTTCAAATTAATAACAATGCCTT CTTTTTCGGAACTTGCATCATATGTAGAGTTTCAAAGGCAATAAGACATCCACATAGGTC TGACATCAAAATCATCTAGTATATTAACAATCTTAATTCAAGAAAACCAAAACCAAAAAG AACTTCCAACATCATATCAACAAAGAGCAGGTCGAGTGCTCCCAGGCTTGATATACCTTC TACATAAATGCAAAAAATATACCTTCAATCAACTTGATCAAGTTCAAGTGTGTGAATTGT CTGGACCCTTCTCCTCCTCTCATAGCCATGATCATCTGTGGGCAACTCGTACCGACAAAC TGGGCAGGTATTCCTAATCCCAAGCCAAGGCAGAATACAGTCACCATGATACCTATGAGC ACATGGTAACTGTCTAACCTTTTCTCCTAAATTCAACTCATCCTTGCAGATAGCACAAGT AGCATTGTTATTTTCTAAATCACCTTTACTCACAGCCACAGTTGGAAGGTCTCTAACAAC AGTCATGGAAGCTGGTGGTCTTCCAAGAAAACCATGATCGCCCTCTGCAAACTGTCCAAA CAATAGCTCATACTCAGTAGTGTAATTGTAATCGTCTCGATCCACATGACGACCGAAATC GAATTCATCATTTGTAATTTCCGGGTCTGGCTCCAAATTCTGAACATTCAACAGAAACTC CCACTCCAAATTTTCCAACTCTCTTGCTCTATCCTCTGGAGCAGGAGATTCAGATACCTC CTCAACATCTAAGAACATGCTTAGAATCTCTCTCTCATCAACTCTTCCATCAATTTCTTC CCACTCAAAGTCCTCATTCACATCCCTATGATCCTCCAACTGAAAGGAACCCCAACACAG CCGAAGACTCGGGTCATCACTCTCATTGTCGCAAATATTCTCATTTTCGTCTTCGCCATC AACTTCTTCCAGATTGAACAATCTGCCTGAAACGCAGTTATCATCAGGGTCCCAGTCAGA TTCATAATCCACAACCCTCAACCCACTGACAAACTGTTCAGGGCCATCACAATCTTCAAT ATGGAACCCAGAATTATCAGAATCCCCACGAAAACCTAACCCTAGCCCAAAATCAACGTC TAAGCTACTCATTCCCGTAAACTCATTCCCTCCAATCAAACCAAAATCGGTCTCCAATAC CGGGTCCGCATGCAGCAAATCAGGGTTGGAAACCACACGGATCAAAGATTGAGATTGCTC AACCCGTTGCTGAAACATATCCATAACAAAGTTTACTTGGTTCTCGCGGTCCATGACGGT GACAACCGAATCAGTTTCTGAAACATCGTCGCTTAATGCCAAACCAGTCCTCCCACGAGA ATACGAAGAGATTTGGGAACGGGAAGGGAAATCGGAGAGATCTGAGGGATCGTAAACATC GAAGTCACCGAAACTGAGAGGCCAGTAAGGAGAAGAGTCGAGGTCCTCTACGACGCCGTT TTCATGTTCGATAACATCGTCTTCGCCGTCGTTGAGGAAATTAAGCAGCGAAATGGAAAC CTGAGCCATCGGTGAAGCGGAGAAAATACGTTTTTTTTTGTGTGTGTGAAGAAGTGCGTT TTGTGGCTTTTGGTTTCCTTGTATTGATGGTTTTCTGGTTAGGTGTGTGCGTGTATTGAG TAAGCAGTTGATTTTCTTGGCGTGTGAAATTACTCTATTAAACACATCAAAAATACCCGT CCTTTCCACTCTGTTTGAAAATTGGAGTGTTTGGTTTTAAATGGTTTGGGAAAAATTACA AATAGTACTAGTTGTTATAAAATCAAACTCATAAGAATATAATCATAAAGAGAAGAAGAC AAGAGAAGTAGATAGTAGAAGAGGAATTTTCTTCTTATTCAAGTGTCTCATCTGTATCTG TTACAATAGTGAATGAACAACCCTATTTATAGAGTGAGAAATCACTCCAAAGCTCACCAT ATTAAGTATCATAATAAATAGATACATTCTTATCCAAAAAGGTTCATGTAACCTAGTGAA TATGAATGGTTGTTCATGTACCAACCTTATGGACTATCCACTTAATTCAATGTATTTATA ACACTAGTGACATTTAATATCTTAACTATTTTGGAAAACAAAGTAAAATTAGATAAATTT AATAATTTAAAATTATAAATTAAATATTCATAAACTACTCAAAAAATCAAAATGTAGATC ATAGTTATTACTCAATAGATATTTGCATTTAATCATGTAAGCAATTATATAGTTATTTCA TCATAAAAGAATTTAAATATGTATATTAACTATCTGAGAATTGCACTATTCAAATCATTA AAAAATGCCCTTTTGAAAAATAATCCCTTTATTATAAATTAACCCACAGTGCCAGCTCAA TGATACAATGGCGTGAAACCTTAATATTTTTAAGGCTTAATTTTTTAATTAATATAAATT ACGAAAGACATAATATCACATACCATCTCAAAAATAGCCATCCACACCTTTTGATATTTT TAAGGCTAACTTTCTCGCACTAATAATAATTGTTGAACATAATAACGGGGCAATGGGTTG TTGTTGCATTGGACAATTTTTATTATTATTTTTTTAATAAAAAAATATTGGACAATTACT ACCAAGATTGTAGCAACTTTACGGTGTAAGTGCATACTTATTTGCATATTAGTGAGGATT ATCAGATTCAACTCTCAAGTCTTGTCAATTGTTTCCACATTGTTTTTGCTTAAATAGATA CAAGAACTACCACAAACCTAATATTATACATCAAAAAACCTCTCTATAATAAGCAAGTTG CCCAGTCATTTCAGTCACAAAGGCATCATCGGTCAGCTTTCACCTTTTTCTTTAAGGAAT CAAACAAGGATGTATTTGGTTTGTTATTTGATGACTTTGCAAATGGATTAGAGGGGCGTT GTGCTGTCACCTTGATGGCTTCTTCATTCTGATCTTGTGCATCTTCCACTCCATTTGCAT TTTTCACTTCGTCTTCTTTTCTTGCATTATTCACTTCATCCACCTTGTCCTTTTCATCCC TCACTTTCTTAGCATTCTTCATATCAAATGCATTTTTGAATTCCCTTGCCATTTCCAATT TTCTGGCTTTAGCATTTTCTGCCTCTACATTTACATCCTTGATTGGCTCCTCTAGAGGCC GTTTTTTCGTCTGACAAGGAGCTAAGGAATTTAGGGATGGAGAATCCTGTGATTCCAATC TTTTGCTGCTTTCAACCATAACATGGGACTTGGTTAATGCAGCATGTGCATTAAAGGAGT TATCACCTTTCAACTCAGTAGATGCAGAAATTTTGCCAACAGTTGTTTCTCTATTCATTC TTTCCTGTAGAAATACAATGGAACATGAATAACACGTGAAGTAAATAATATGACAGTCAT ATGCTTCCATGGAGGTCACAGTCCCTACCTCCAATAGGGCATTAAAGCGCTCTGCCAAAT TTGGCAGTTTCAGTGCTGTGACAAGCTTTATAGCACCTTTGACTGATTTTTCCAAAGACA GAAGCTTTACGAGCTCAGTAGCTCTCACTAGCTTATCTCCTGATAAGAGAGGGGAAAGAA ACCAATATCAAAATTTAAGAAAACAGAAAAGAGAAGTAGGAAACTGAAGCATTCCAAACT TGCTGCATCCAACTTTGCAGAAAACTGACCATTGCAGCAGGACGCAATGAGCCTCAGGAT GCAACGGTCAAGAGCAGCTTCAGTATTAAAAGCCTCATCATCAAGCAAACTGGTGTCCTC ACCAGCAGCTTCCATTTCTTCAATTGTGCTCTGAATCTGAATATAAATCCAGCAAACAGC ATATCAACATGAATTTTCACTGCTTTTTGAAGCTGCAATGAAATCTTAGTATACACATAC CCGGTGGAGATGCGTGTTATTCATTATAAATTCATTCTCCAGGATTTCTGATCCAAGGTC AGATGAAGCAAGAGGGAATGAAAGATCCAACAGTGAGAGAATAGGTTTAGGAGTAGCCTG AAAATACAACCAGAGGATTAGAAAGGTGTGGTCATATATATGCAAGAAACACAACAAGAA AGCATCATACCTCTGGAAAGGAGTCGGGAGATTTGCAAATGACACAGAACAGCTTGCTTG TGTTTAACCCAACAACCCAATAGTTTTCTTCTGACTTCTTCAATTTGCTGGCACTGAAAT TTCTAATTTGTAAATGAACAAGATCTATTACTCCAAAGCAGTTAGTGGAAAAATAGGGAG GTTATTATACCTGAAAAGTGGAAGCCAACTCCCACCATATTGATTATTAAAGACCCTTAG CACACCCTACATTTGCAATTAAACAACTGACATTGATGAAGCAATCTTAACAAAAATAAT GGCCTCAGAATTAATGCTCAATGCTTTTCTCACCGTTGAGTCGAAAGAACTGAGATATCC CTCTTCACTAAAACCAAACCATGACAAACAGGAACCAGGAGTCAATGGAAGTCTTCCTCG GCGAGGTTGTGTTCCAGTACGAATGTTGAAGACTCTAAATTCAAGAATCTGTATGGATTT TTAAAAAGTTCTATCATCAATAAACCAGCTCACCTCTTCTCCAATCGTCATCAATAGATC AGTCCAAATAATACTTGCATATATTAAGTTCAACTAGAAAATCCAAGTTCAATGGAAGTG AAGACAAACAGGCACTATATAGCCTTGTTGAAATAACATCAAACAAAAGATATTAACAAC ATGACATGATGATGGACTATACCTGTTCGTTCGAGGGAAGAGGGGGAGATGCATGTGTGA CAACAGCAAGTTCATCCTTAAAGCCTGCTGCAGTAACCACTGGTCCATCAAGGGAAAGAA TATGCCTCTTGTATTTCAATCCAAATAAAGAAACAGAACTGTCTCAGATATCATTTCCAG AATAATCAAAAGATCTGTTACGACATTTGATATACTTCATCTATATCAAGATGATTGTCT TAAGTCTATTTCAGGTAATGCTAAAATAATGACCATTTTTCATAACTTATATAAATAATC AAATGGTATTAACAAATCAAAACCAATCCATTATACAAACTGCAAAAAACTTTCAAGAAG TAATACAAATTCAAGCTGAACCTCCATTAACTCTATTACAAACAAATGTTACTTTCTTAA AATTGCATGAAATCAAACAAAACAGTTAATTTGAAGCAAAGGGAGATTATTATTGACACA AATGGAAGCAACTTAAAAAAAATCTCCAGGAAACAATATCTGAATATATATACCTGCAGG CCACCCTCTGTGAAGATGCGAAGAAAATTGCAACTAGTTATGGCAGCTACCCAGCCAGTT CCTAGTGCAACTGCTCTTACTTCTTCCTCTTCAAATCGCATTGACCACTAATGTTGCATA AGGAAATCAGGGTAAGTCACTGAAGTTATAAGTTTCATAACATTTCCAAAACATTTTGGC ATACACATACTCCTGATATACACATACGGAATGATAGTAAATCACTAACCTCACTGTTAT TTGCCCAGGTACCGAAAGGTCGATACATGAGTGTACTCATATTCTTTTCACCTTTGCATG GATTTGCAAATACACTTCCATTTTCATTTAACGAAGCCATCGTGAAGCCAAAATAATCAG TCATTGCAGGGACTCGGGGACCACTGCTTGTGTCATGAAAATCAATCTGCATTGAAGTTG TCATGTTAGCTGAATAACTAATTCATATATAGATCTATAAAAGATTGGATAAATTCTCCT CTCAACATAGTATGCACCAAAATTTACTAGCTGTTTTCCCCTTATTAGTTTTGTTGACGA ATTGATGATTACAGATTCTAGCCGTGACAATTAAAGGACAACACTTGTGATTGAAGATGG TTGTGGAAACAAACACAAAGTTCAATTTTGTATAATAAGAACAAAAATAAATAATGAGGG TATAGTTTTAGGATAGAAAAACAGACAGACAGACACAAAAAACAAAACAAGCAAACAAGC CACAATACCTCTATGTGAGAGTATCCTTCATGCTCCATCGTGGTTATACTGCCAAGCATG CTGTAACATAGAAAACGCCTTTTTCCTGGCAGCTGCGGAGTTGCACCTGGCTGAATAGCT TCTTGCATTTTTGGCCCTGTAGAAAGTGGCACATCCTTGAGCTTATTTCTTTTATTATCT GAACCATCCCTGTGACCATGAGGAGCCTTCTTACGAGGTTCAACTTTTGGAAGTAACTCC AACTCTTCATTAGTGTCCTCTTCCCAATCATCAGTATAACTATGGTGTTTGTGTAATCTT TTTCTGCTAAATGGTTCAGATTCATCTTGACTATCTTCTCCAAGATCACTTAAACTACCA GATACACTTGGGTTTTCTTCCTCTTCATCATAGAAAAGAAGACCATGACCACTTTTAGAA CTTAAACCAGGAATATCTTCTGTGGGAGATCTCATTGAAGAAGGTACAGCTGATTCCCAA ACACCATACTTTCCCATGATGTCAATTACTGCCAATGCGTTGCCAGTTGGTTTCCACGCC ATACAAGTTATCCTGTTATCAAATTTCTGCCGATCAATATCTTGTTTCTTATCAACATCC CATATCAAAACCTGTCTATCTAGTCCAGAAGTAGCCATGTACTTTCCATTTGGTGACCAA GACAAAAAGCAAATGGGTTGTACATGATCACCTCTAAGAGAAAACAGTTTTTCTGCAGTG TCTCTGTCGTACATCACCACATCATTTTTCAAGCCAGGAACAGCTAATAGTTCCCCATCA GGACTCCAGCTAACTATATTTGTAGAAGAAAAATCAGAACCAATGACAGGAGCTATTCCT TTTAAGACATGAATTGTGTTCCCAGACTGGAGTTCCCAGAGCATAACAGTCCCTATTGAA TCAACTGAAGCCAGGTATTCACTTTTGGGATCAAAAGCTATGCCAGTGATGGATCCTCGA TGTCCTTTAAGAACTCTTGCAATCGAGCCATCAATGGTATTTATAAGTTTGATGCCTTCA TCATCACCACCAGCTGCCAGCATAGTTCCGGATTTATTGAATGCAAGCGCCCGTATTGGC AATGTAAATCTAGTAATGTTTGTATCGAACTCCCAAGCTGATGCAAGATCAAGACAAAAA ACAAATCAAATGATGATCACAATCAGCAAATCGATGAGCAGCTGGACTAGAAAAAACAAA TATTCCAAATTTCTACAACTATTCATGTATATGCCTCCATTTCGATCAATATGAGTCTTC CTGATTCGAGACATTTTGAACTGTTTGATATTATTTCATATATAATCCTATTTCAGAACT TCCAAGAATTCAAATTCATTCAACTTTTAAACCTTGATGTGATGTATTCCCAATCAAACT AAGTTTTCAACCATTACTTTTTTGTATTTTCTTCCACTAACACTAATATTTTATTTTATT ATTTTTTCACTAACACTAATATGATAATTAAGTCAAATCGACATCTTAAACTCCATGCCA TTTCAGAGATTATGATATAAAATAACAAGGCGATAATTTAAGGCATTGAAAGAAGTACAT CTCCAGATCATTTCTCCCGAACATTCTTGTTTTGAAAATAGTATGATATGAATAACATAA CAAGTTGCAACAAATTTCAGAAATAGTACATATGGCACTCAAATTGTCAACTCTAATGGC TCATTTGGTAAGGGAACAAGTTATCCCAGGATTCATGATCCAGGTATTGTTATCCACTCC CAATGTGGGATAAAAATAATACTATCACGGGATAACTAATATTGGGATAAGTCATCACGT GATTTTATCACAACCAAACACGGATAAACTCAGCCTAAAATTCATCATTATCCCTTATAA CTCTTACTAAATTAGCCCTAAGTCAGATAAATTTCCTTTTTTGGTCCGCGGCTAATGTGT CACAATGCTTTCATCGGTCAACTTAAGGATTAACTATTCATTTTGCCTACAACAGGAACA CAACAAGCAAAAACTAAATGAACTAAAACGAACTCCTTGTTCCTAAACTGAAATCACTCT ACTTTCCATTTCCATTGTGGACATAAATTACCTGTTATGAGAGAGAAAAAAAGTGAGAGA AAATACCAGGAAATTTGTAGAGTTTGACGGAATGGTCAATAGATCCAGAAGCTAGACAGG TGTAATTAGGGCTGAGAGACAAAGCGGTGACGCCATCTCTGTGCTGTCGAAGAACTTTAG GGGGATTAGCTGGCAAAATAGCATCGTGAATGCAAATTGAAGAATCAGAAGAAGACGCAG TGACGATGTGTTCGCCCTGCTGATCCCATAAAACCGAGCAGAATGACCCAACACCGTTGC TGTTCTTGTGAGCTTCTCTAAGCTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.856 3212 3308 match_part 0.933 3373 3432 match_part 0.727 5990 6000 match_part 0.935 8669 8775 match_part 0.910 8875 9041 match_2 match_part 0.987 22945 23262 match_part 1.000 24369 24511 match_part 1.000 25169 25312 match_part 1.000 25434 25463 match_3 match_part 1.000 22952 23189 match_4 match_part 1.000 22955 23262 match_part 1.000 24369 24511 match_part 1.000 25169 25263 match_5 match_part 1.000 22955 23262 match_part 1.000 24369 24502 match_6 match_part 1.000 22972 23262 match_part 1.000 24369 24511 match_part 1.000 25169 25312 match_part 0.966 25434 25552 match_7 match_part 0.995 23066 23262 match_part 0.979 24369 24511 match_part 0.993 25169 25312 match_part 0.981 25434 25537 match_8 match_part 1.000 25789 25873 match_part 0.987 26383 26848 match_9 match_part 0.963 52816 52950 match_part 0.957 53750 53819 match_part 0.981 54226 54380 match_part 0.962 56462 56567 match_10 match_part 0.989 56899 56989 match_part 0.993 57079 57222 match_part 0.981 58088 58459 match_part 0.988 58666 58908 match_11 match_part 0.996 57433 57974 match_part 0.961 58088 58138 match_12 match_part 0.985 57434 57957 match_13 match_part 0.994 57434 57953 match_14 match_part 0.996 57484 57974 match_part 1.000 58088 58107 match_15 match_part 0.996 57484 57974 match_part 1.000 58088 58092 match_16 match_part 0.998 63594 64047 match_17 match_part 1.000 66431 66711 match_part 1.000 66791 66855 match_part 1.000 69087 69187 match_18 match_part 1.000 66432 66711 match_part 0.996 66791 67252 match_19 match_part 0.991 66490 66711 match_part 1.000 66791 66855 match_part 1.000 69087 69187 match_part 1.000 70207 70261 match_part 1.000 70365 70697 match_20 match_part 0.950 66612 66711 match_part 0.969 66791 66855 match_part 0.980 69087 69187 match_part 0.945 70207 70261 match_part 0.953 70365 70554 match_21 match_part 0.975 66816 66855 match_part 0.980 69087 69187 match_part 0.982 70207 70261 match_part 0.928 70365 70656 match_22 match_part 1.000 68674 69434 match_23 match_part 0.955 73856 74634 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_24 match_part 1.000 1152 992 match_part 1.000 903 634 match_part 0.997 527 241 match_25 match_part 1.000 1237 992 match_part 1.000 903 634 match_part 0.996 527 296 match_26 match_part 1.000 1236 992 match_part 1.000 903 634 match_part 0.995 527 316 match_27 match_part 1.000 1228 992 match_part 1.000 903 634 match_part 0.994 527 362 match_28 match_part 1.000 1163 992 match_part 0.978 903 634 match_part 0.951 527 405 match_29 match_part 0.992 1237 992 match_part 0.919 903 634 match_part 0.977 527 442 match_30 match_part 0.992 1237 992 match_part 1.000 903 634 match_part 1.000 527 495 match_31 match_part 1.000 1230 992 match_part 1.000 903 634 match_part 1.000 527 496 match_32 match_part 1.000 1237 992 match_part 1.000 903 645 match_33 match_part 0.976 1246 992 match_part 0.909 903 661 match_34 match_part 0.960 1238 992 match_part 0.892 903 728 match_35 match_part 1.000 1235 992 match_part 0.994 903 738 match_36 match_part 1.000 1241 992 match_part 1.000 903 785 match_37 match_part 0.991 9716 9186 match_38 match_part 1.000 12326 12308 match_part 0.974 10616 10344 match_part 0.974 9725 9532 match_part 0.895 9467 9259 match_39 match_part 1.000 12328 12308 match_part 0.978 10616 10344 match_part 0.974 9725 9532 match_part 0.878 9467 9386 match_40 match_part 1.000 10588 10344 match_part 0.994 9725 9411 match_41 match_part 1.000 10587 10344 match_part 1.000 9725 9446 match_42 match_part 0.980 10587 10344 match_part 0.989 9725 9637 match_43 match_part 0.962 12822 12770 match_part 0.991 12693 12581 match_part 0.941 12477 12308 match_part 0.971 10616 10344 match_part 0.943 9725 9691 match_44 match_part 0.978 13733 13600 match_part 0.967 12892 12770 match_part 0.991 12693 12581 match_part 0.952 12431 12308 match_part 0.962 10616 10378 match_45 match_part 0.978 13733 13600 match_part 0.967 12892 12770 match_part 0.991 12693 12581 match_part 0.968 12431 12308 match_part 0.953 10616 10383 match_46 match_part 1.000 14635 14465 match_part 1.000 13794 13600 match_part 1.000 12892 12770 match_part 1.000 12693 12634 match_47 match_part 1.000 17428 17346 match_part 0.965 15907 15793 match_part 0.985 15140 14945 match_part 0.939 14848 14735 match_part 0.954 14638 14465 match_part 0.965 13794 13710 match_48 match_part 1.000 15894 15793 match_part 0.995 15140 14945 match_part 1.000 14848 14735 match_part 1.000 14638 14465 match_part 1.000 13794 13748 match_49 match_part 1.000 19910 19707 match_part 0.997 17703 17346 match_part 1.000 15907 15793 match_part 1.000 15140 14992 match_50 match_part 1.000 27861 27538 match_part 1.000 27447 27263 match_part 0.975 27174 26900 match_51 match_part 0.996 28643 28418 match_part 0.996 28272 28046 match_part 1.000 27957 27802 match_part 1.000 27723 27538 match_part 1.000 27447 27263 match_part 0.979 27174 26933 match_52 match_part 0.907 27887 27802 match_part 0.995 27723 27538 match_part 0.957 27447 27263 match_part 0.917 27174 26933 match_53 match_part 0.988 28639 28046 match_part 1.000 27957 27781 match_54 match_part 1.000 28598 28418 match_part 0.996 28272 28048 match_55 match_part 0.986 28638 28140 match_56 match_part 0.994 73522 73343 match_part 0.947 71381 71002 match_57 match_part 0.994 73522 73343 match_part 0.950 71381 71002 match_58 match_part 0.977 73515 73343 match_part 0.971 71381 71138 match_59 match_part 0.982 74005 73393 match_60 match_part 0.989 74466 73992 match_61 match_part 0.993 74676 74067 match_62 match_part 0.994 74687 74071 match_63 match_part 0.961 74742 74156 match_64 match_part 0.901 74743 74157 match_65 match_part 0.991 74675 74222 match_66 match_part 0.977 76571 76529 match_part 0.939 76444 75758 match_part 0.533 75692 75663 match_67 match_part 0.925 76809 76770 match_part 0.954 76659 76529 match_part 0.945 76444 75862 match_68 match_part 0.925 76809 76770 match_part 0.939 76659 76529 match_part 0.918 76444 76262 match_69 match_part 1.000 77956 77843 match_part 1.000 77628 77494 match_part 1.000 77406 77351 match_part 1.000 77273 77171 match_part 1.000 77097 76981 match_part 1.000 76896 76822 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 1246 992 exon 903 634 exon 527 241 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 3212 3308 exon 3373 3432 exon 5990 6000 exon 8669 8775 exon 8875 9041 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 19910 19707 exon 17703 17346 exon 15907 15793 exon 15140 14945 exon 14848 14735 exon 14638 14465 exon 13794 13600 exon 12892 12770 exon 12693 12581 exon 12431 12308 exon 10616 10344 exon 9725 9186 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 19910 19707 exon 17703 17346 exon 15907 15793 exon 15140 14945 exon 14848 14735 exon 14638 14465 exon 13794 13600 exon 12892 12770 exon 12693 12581 exon 12431 12308 exon 10616 10344 exon 9725 9532 exon 9467 9259 gene_5 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 19910 19707 exon 17703 17346 exon 15907 15793 exon 15140 14945 exon 14848 14735 exon 14638 14465 exon 13794 13600 exon 12892 12770 exon 12693 12581 exon 12477 12308 exon 10616 10344 exon 9725 9186 gene_6 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 22945 23262 exon 24369 24511 exon 25169 25312 exon 25434 25552 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 25789 25873 exon 26383 26848 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 28643 28418 exon 28272 28046 exon 27957 27802 exon 27723 27538 exon 27447 27263 exon 27174 26933 gene_9 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 28639 28046 exon 27957 27538 exon 27447 27263 exon 27174 26900 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 52816 52950 exon 53750 53819 exon 54226 54380 exon 56462 56567 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 57433 57974 exon 58088 58138 gene_12 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 56899 56989 exon 57079 57222 exon 58088 58459 exon 58666 58908 gene_13 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 63594 64047 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 66431 66711 exon 66791 66855 exon 69087 69187 exon 70207 70261 exon 70365 70697 gene_15 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 68674 69434 gene_16 gene GT_PGL_10_AGS_3 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 66432 66711 exon 66791 67252 gene_17 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 74743 73343 exon 71381 71002 gene_18 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 73856 74634 gene_19 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 76809 76770 exon 76659 76529 exon 76444 75758 exon 75692 75663 gene_20 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 77956 77843 exon 77628 77494 exon 77406 77351 exon 77273 77171 exon 77097 76981 exon 76896 76822 RepeatMasker tomato repeats master Copia00143 77 218 1 Copia00143 77 218 1 nucleotide_motif 1102 28918 29059 Copia00143 56 206 1 Copia00143 56 206 1 nucleotide_motif 1226 29057 29207 SONATA1 7 159 1 SONATA1 7 159 1 nucleotide_motif 274 35596 35747 SINE1_SO 1 119 1 SINE1_SO 1 119 1 nucleotide_motif 377 41537 41652 Unknown00043 1914 2039 1 Unknown00043 1914 2039 1 nucleotide_motif 364 46798 46918 Gypsy00202 2256 2339 1 Gypsy00202 2256 2339 1 nucleotide_motif 239 46994 47087 Gypsy00073 11887 12084 1 Gypsy00073 11887 12084 1 nucleotide_motif 1255 47162 47358 Gypsy00073 1 383 1 Gypsy00073 1 383 1 nucleotide_motif 2553 47518 47900 Copia00143 78 217 1 Copia00143 78 217 1 nucleotide_motif 360 60263 60416 Unknown00050 3463 3723 1 Unknown00050 3463 3723 1 nucleotide_motif 452 65938 66183 TS2 554 655 1 TS2 554 655 1 nucleotide_motif 349 67077 67168 RepeatMasker tomato repeats master TS 58 2041 -1 TS 58 2041 -1 nucleotide_motif 507 9998 9880 Unknown00046 21 173 -1 Unknown00046 21 173 -1 nucleotide_motif 284 31232 31090 Unknown00025 238 482 -1 Unknown00025 238 482 -1 nucleotide_motif 308 31543 31306 ATCOPIA24I 2710 2790 -1 ATCOPIA24I 2710 2790 -1 nucleotide_motif 286 37270 37192 Copia00143 78 200 -1 Copia00143 78 200 -1 nucleotide_motif 549 41318 41200 SONATA3 152 240 -1 SONATA3 152 240 -1 nucleotide_motif 398 51630 51541 SONATA1 1 57 -1 SONATA1 1 57 -1 nucleotide_motif 314 51718 51662 Copia00008 1 5115 -1 Copia00008 1 5115 -1 nucleotide_motif 1399 75185 74922 HarbN_I 59 204 -1 HarbN_I 59 204 -1 nucleotide_motif 343 80900 80758 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2117 37247 38338 match_2 match 8300 20138 match_3 match 2625 1 1324 match_4 match 3166 66418 68047 match_5 match 3071 45652 47302 match_6 match 3650 31470 33403 match_7 match 4478 33470 35878 match_8 match 9557 40055 45163 match_9 match 51520 60187 match_10 match 4833 5359 7997 match_11 match 23367 29327 match_12 match 7420 47536 51451 match_13 match 60507 66244 match_14 match 1116 6170 7349 match_15 match 1116 6170 7349 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_1 clone_start 1162 731 1324 clone_1 clone 596.5 2383 33403 clone_start_2 clone_start 761 2383 2832 clone_2 clone 643 2383 33734 clone_start_3 clone_start 761 2383 2832 clone_start_4 clone_start 1497 8632 9386 clone_3 clone 1160.5 9143 48773 clone_end_1 clone_end 1217 9143 9756 clone_4 clone 1253 11566 50202 clone_end_2 clone_end 1156 11566 12169 clone_5 clone 1036 14717 52265 clone_end_3 clone_end 936 14717 15209 clone_6 clone 951.5 17162 56398 clone_end_4 clone_end 1130 17162 17731 clone_7 clone 811 21090 54773 clone_end_5 clone_end 343 21090 21292 clone_end_6 clone_end 513 35944 36218 clone_8 clone 685 38118 69141 clone_end_7 clone_end 438 38118 38338 clone_9 clone 845.5 38412 69141 clone_end_8 clone_end 759 38412 38794 clone_10 clone 957 46236 80016 clone_end_9 clone_end 955 46236 46738 clone_end_10 clone_end 1072 46563 47103 clone_start_5 clone_start 1029 49991 50509 clone_end_11 clone_end 1429 54163 54883 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_12 clone_end 432 33403 33186 clone_end_13 clone_end 525 33734 33470 clone_start_6 clone_start 1104 48773 48217 clone_start_7 clone_start 1350 50202 49498 clone_start_8 clone_start 1136 52265 51672 clone_start_9 clone_start 773 56398 56009 clone_start_10 clone_start 803 20744 20220 clone_start_11 clone_start 1279 54773 54129 clone_start_12 clone_start 1354 35463 34739 clone_end_14 clone_end 722 35346 34983 clone_start_13 clone_start 932 69141 68624 clone_start_14 clone_start 932 69141 68624 clone_start_15 clone_start 959 80016 79533 clone_end_15 clone_end 502 48307 48039 clone_start_16 clone_start 1225 48870 48249 clone_end_16 clone_end 1528 68010 67232 clone_start_17 clone_start 1033 68574 68050 clone_end_17 clone_end 1029 81385 80831 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.987 22945 23262 match_part 1.000 24369 24511 match_part 1.000 25169 25312 match_part 1.000 25434 25463 match_2 match_part 1.000 22952 23189 match_3 match_part 1.000 22955 23262 match_part 1.000 24369 24511 match_part 1.000 25169 25263 match_4 match_part 1.000 22955 23262 match_part 1.000 24369 24502 match_5 match_part 1.000 22972 23262 match_part 1.000 24369 24511 match_part 1.000 25169 25312 match_part 0.966 25434 25552 match_6 match_part 0.995 23066 23262 match_part 0.979 24369 24511 match_part 0.993 25169 25312 match_part 0.981 25434 25537 match_7 match_part 1.000 25789 25873 match_part 0.987 26383 26848 match_8 match_part 0.989 56899 56989 match_part 0.993 57079 57222 match_part 0.981 58088 58459 match_part 0.988 58666 58908 match_9 match_part 0.996 57433 57974 match_part 0.961 58088 58138 match_10 match_part 0.985 57434 57957 match_11 match_part 0.994 57434 57953 match_12 match_part 0.996 57484 57974 match_part 1.000 58088 58107 match_13 match_part 0.996 57484 57974 match_part 1.000 58088 58092 match_14 match_part 0.998 63594 64047 match_15 match_part 1.000 66431 66711 match_part 1.000 66791 66855 match_part 1.000 69087 69187 match_16 match_part 1.000 66432 66711 match_part 0.996 66791 67252 match_17 match_part 0.991 66490 66711 match_part 1.000 66791 66855 match_part 1.000 69087 69187 match_part 1.000 70207 70261 match_part 1.000 70365 70697 match_18 match_part 1.000 68674 69434 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_19 match_part 1.000 1152 992 match_part 1.000 903 634 match_part 0.997 527 241 match_20 match_part 1.000 1237 992 match_part 1.000 903 634 match_part 0.996 527 296 match_21 match_part 1.000 1236 992 match_part 1.000 903 634 match_part 0.995 527 316 match_22 match_part 1.000 1228 992 match_part 1.000 903 634 match_part 0.994 527 362 match_23 match_part 1.000 1163 992 match_part 0.978 903 634 match_part 0.951 527 405 match_24 match_part 0.992 1237 992 match_part 0.919 903 634 match_part 0.977 527 442 match_25 match_part 0.992 1237 992 match_part 1.000 903 634 match_part 1.000 527 495 match_26 match_part 1.000 1230 992 match_part 1.000 903 634 match_part 1.000 527 496 match_27 match_part 1.000 1237 992 match_part 1.000 903 645 match_28 match_part 0.976 1246 992 match_part 0.909 903 661 match_29 match_part 1.000 1235 992 match_part 0.994 903 738 match_30 match_part 1.000 1241 992 match_part 1.000 903 785 match_31 match_part 0.991 9716 9186 match_32 match_part 1.000 10588 10344 match_part 0.994 9725 9411 match_33 match_part 1.000 10587 10344 match_part 1.000 9725 9446 match_34 match_part 0.980 10587 10344 match_part 0.989 9725 9637 match_35 match_part 1.000 14635 14465 match_part 1.000 13794 13600 match_part 1.000 12892 12770 match_part 1.000 12693 12634 match_36 match_part 1.000 15894 15793 match_part 0.995 15140 14945 match_part 1.000 14848 14735 match_part 1.000 14638 14465 match_part 1.000 13794 13748 match_37 match_part 1.000 19910 19707 match_part 0.997 17703 17346 match_part 1.000 15907 15793 match_part 1.000 15140 14992 match_38 match_part 1.000 27861 27538 match_part 1.000 27447 27263 match_part 0.975 27174 26900 match_39 match_part 0.996 28643 28418 match_part 0.996 28272 28046 match_part 1.000 27957 27802 match_part 1.000 27723 27538 match_part 1.000 27447 27263 match_part 0.979 27174 26933 match_40 match_part 0.988 28639 28046 match_part 1.000 27957 27781 match_41 match_part 1.000 28598 28418 match_part 0.996 28272 28048 match_42 match_part 0.986 28638 28140 match_43 match_part 0.994 73522 73343 match_part 0.947 71381 71002 match_44 match_part 0.994 73522 73343 match_part 0.950 71381 71002 match_45 match_part 0.977 73515 73343 match_part 0.971 71381 71138 match_46 match_part 0.982 74005 73393 match_47 match_part 0.989 74466 73992 match_48 match_part 0.993 74676 74067 match_49 match_part 0.994 74687 74071 match_50 match_part 0.991 74675 74222 match_51 match_part 1.000 77956 77843 match_part 1.000 77628 77494 match_part 1.000 77406 77351 match_part 1.000 77273 77171 match_part 1.000 77097 76981 match_part 1.000 76896 76822 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 1246 992 exon 903 634 exon 527 241 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 10588 10344 exon 9725 9186 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 19910 19707 exon 17703 17346 exon 15907 15793 exon 15140 14945 exon 14848 14735 exon 14638 14465 exon 13794 13600 exon 12892 12770 exon 12693 12634 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 22945 23262 exon 24369 24511 exon 25169 25312 exon 25434 25552 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 25789 25873 exon 26383 26848 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 28639 28046 exon 27957 27538 exon 27447 27263 exon 27174 26900 gene_7 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 28643 28418 exon 28272 28046 exon 27957 27802 exon 27723 27538 exon 27447 27263 exon 27174 26933 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 57433 57974 exon 58088 58138 gene_9 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 56899 56989 exon 57079 57222 exon 58088 58459 exon 58666 58908 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 63594 64047 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 66431 66711 exon 66791 66855 exon 69087 69187 exon 70207 70261 exon 70365 70697 gene_12 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 68674 69434 gene_13 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 66432 66711 exon 66791 67252 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 74687 73343 exon 71381 71002 gene_15 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 77956 77843 exon 77628 77494 exon 77406 77351 exon 77273 77171 exon 77097 76981 exon 76896 76822 AUGUSTUS_tom_cdna de novo gene_1 gene 0.51 3167 8979 transcript_1 transcript 0.51 3167 8979 start_codon_1 start_codon 3167 3169 intron_1 intron 0.61 3309 7702 intron_2 intron 0.89 7789 8874 CDS_1 CDS 0.99 3167 3308 CDS_2 CDS 0.84 7703 7788 CDS_3 CDS 0.79 8875 8979 stop_codon_1 stop_codon 8977 8979 gene_2 gene 1 23058 26608 transcript_2 transcript 1 23058 26608 start_codon_2 start_codon 23058 23060 intron_3 intron 1 23263 24368 intron_4 intron 1 24512 25168 intron_5 intron 1 25313 25433 intron_6 intron 1 25620 25748 intron_7 intron 1 25874 26382 CDS_4 CDS 1 23058 23262 CDS_5 CDS 1 24369 24511 CDS_6 CDS 1 25169 25312 CDS_7 CDS 1 25434 25619 CDS_8 CDS 1 25749 25873 CDS_9 CDS 1 26383 26608 stop_codon_2 stop_codon 26606 26608 gene_3 gene 0.95 31967 32263 transcript_3 transcript 0.95 31967 32263 start_codon_3 start_codon 31967 31969 CDS_10 CDS 0.95 31967 32263 stop_codon_3 stop_codon 32261 32263 gene_4 gene 0.48 45954 49133 transcript_4 transcript 0.48 45954 49133 start_codon_4 start_codon 45954 45956 intron_8 intron 0.9 46446 48881 CDS_11 CDS 1 45954 46445 CDS_12 CDS 0.48 48882 49133 stop_codon_4 stop_codon 49131 49133 gene_5 gene 0.1 50808 58318 transcript_5 transcript 0.1 50808 58318 start_codon_5 start_codon 50808 50810 intron_9 intron 0.68 51084 52329 intron_10 intron 0.69 52398 52783 intron_11 intron 0.77 52951 53749 intron_12 intron 0.88 53820 54225 intron_13 intron 0.31 54369 56226 intron_14 intron 0.63 56318 56901 intron_15 intron 1 56990 57078 intron_16 intron 0.9 57223 58087 CDS_13 CDS 0.32 50808 51083 CDS_14 CDS 0.68 52330 52397 CDS_15 CDS 0.78 52784 52950 CDS_16 CDS 0.99 53750 53819 CDS_17 CDS 0.56 54226 54368 CDS_18 CDS 0.52 56227 56317 CDS_19 CDS 0.99 56902 56989 CDS_20 CDS 1 57079 57222 CDS_21 CDS 0.94 58088 58318 stop_codon_5 stop_codon 58316 58318 gene_6 gene 0.98 61025 61573 transcript_6 transcript 0.98 61025 61573 start_codon_6 start_codon 61025 61027 CDS_22 CDS 0.98 61025 61573 stop_codon_6 stop_codon 61571 61573 gene_7 gene 0.98 62651 65311 transcript_7 transcript 0.98 62651 65311 start_codon_7 start_codon 62651 62653 CDS_23 CDS 0.98 62651 65311 stop_codon_7 stop_codon 65309 65311 gene_8 gene 1 66619 70491 transcript_8 transcript 1 66619 70491 start_codon_8 start_codon 66619 66621 intron_17 intron 1 66712 66790 intron_18 intron 1 66856 69086 intron_19 intron 1 69188 70206 intron_20 intron 1 70262 70364 CDS_24 CDS 1 66619 66711 CDS_25 CDS 1 66791 66855 CDS_26 CDS 1 69087 69187 CDS_27 CDS 1 70207 70261 CDS_28 CDS 1 70365 70491 stop_codon_8 stop_codon 70489 70491 AUGUSTUS_tom_cdna de novo gene_9 gene 1 1242 38 transcript_9 transcript 1 1242 38 stop_codon_9 stop_codon 40 38 intron_21 intron 1 633 528 intron_22 intron 1 991 904 CDS_29 CDS 1 527 38 CDS_30 CDS 1 903 634 CDS_31 CDS 1 1242 992 start_codon_9 start_codon 1242 1240 gene_10 gene 0.39 17685 9513 transcript_10 transcript 0.39 17685 9513 stop_codon_10 stop_codon 9515 9513 intron_23 intron 1 10343 9726 intron_24 intron 1 12307 10617 intron_25 intron 0.93 12580 12432 intron_26 intron 1 12769 12694 intron_27 intron 1 13599 12893 intron_28 intron 1 14464 13795 intron_29 intron 1 14734 14639 intron_30 intron 1 14944 14849 intron_31 intron 1 15792 15141 intron_32 intron 1 17345 15908 CDS_32 CDS 1 9725 9513 CDS_33 CDS 1 10616 10344 CDS_34 CDS 0.93 12431 12308 CDS_35 CDS 0.98 12693 12581 CDS_36 CDS 1 12892 12770 CDS_37 CDS 1 13794 13600 CDS_38 CDS 1 14638 14465 CDS_39 CDS 1 14848 14735 CDS_40 CDS 1 15140 14945 CDS_41 CDS 1 15907 15793 CDS_42 CDS 0.39 17685 17346 start_codon_10 start_codon 17685 17683 gene_11 gene 1 28558 27143 transcript_11 transcript 1 28558 27143 stop_codon_11 stop_codon 27145 27143 intron_33 intron 1 27262 27175 intron_34 intron 1 27537 27448 intron_35 intron 1 27801 27724 intron_36 intron 1 28045 27958 intron_37 intron 1 28417 28273 CDS_43 CDS 1 27174 27143 CDS_44 CDS 1 27447 27263 CDS_45 CDS 1 27723 27538 CDS_46 CDS 1 27957 27802 CDS_47 CDS 1 28272 28046 CDS_48 CDS 1 28558 28418 start_codon_11 start_codon 28558 28556 gene_12 gene 0.74 74649 71338 transcript_12 transcript 0.74 74649 71338 stop_codon_12 stop_codon 71340 71338 intron_38 intron 0.82 73342 71382 intron_39 intron 0.77 73593 73527 CDS_49 CDS 0.82 71381 71338 CDS_50 CDS 0.77 73526 73343 CDS_51 CDS 0.79 74649 73594 start_codon_12 start_codon 74649 74647 gene_13 gene 0.48 81445 75926 transcript_13 transcript 0.48 81445 75926 stop_codon_13 stop_codon 75928 75926 intron_40 intron 0.89 76528 76445 intron_41 intron 0.98 76769 76660 intron_42 intron 1 76980 76897 intron_43 intron 1 77170 77098 intron_44 intron 1 77350 77274 intron_45 intron 1 77493 77407 intron_46 intron 1 77842 77629 intron_47 intron 0.54 78589 77948 intron_48 intron 0.98 79088 78767 intron_49 intron 0.98 81186 80198 CDS_52 CDS 0.86 76444 75926 CDS_53 CDS 0.87 76659 76529 CDS_54 CDS 1 76896 76770 CDS_55 CDS 1 77097 76981 CDS_56 CDS 1 77273 77171 CDS_57 CDS 1 77406 77351 CDS_58 CDS 1 77628 77494 CDS_59 CDS 0.69 77947 77843 CDS_60 CDS 0.68 78766 78590 CDS_61 CDS 0.97 80197 79089 CDS_62 CDS 0.98 81445 81187 AUGUSTUS_ab_initio de novo gene_1 gene 0.19 3167 8979 transcript_1 transcript 0.19 3167 8979 start_codon_1 start_codon 3167 3169 intron_1 intron 0.26 3309 3372 intron_2 intron 0.21 3433 7702 intron_3 intron 0.31 7789 8874 CDS_1 CDS 0.32 3167 3308 CDS_2 CDS 0.25 3373 3432 CDS_3 CDS 0.27 7703 7788 CDS_4 CDS 0.37 8875 8979 stop_codon_1 stop_codon 8977 8979 gene_2 gene 0.83 23058 26608 transcript_2 transcript 0.83 23058 26608 start_codon_2 start_codon 23058 23060 intron_4 intron 1 23263 24368 intron_5 intron 0.93 24512 25168 intron_6 intron 1 25313 25433 intron_7 intron 1 25620 25748 intron_8 intron 0.9 25874 26382 CDS_5 CDS 1 23058 23262 CDS_6 CDS 0.99 24369 24511 CDS_7 CDS 0.93 25169 25312 CDS_8 CDS 1 25434 25619 CDS_9 CDS 0.9 25749 25873 CDS_10 CDS 1 26383 26608 stop_codon_2 stop_codon 26606 26608 gene_3 gene 0.98 31967 32263 transcript_3 transcript 0.98 31967 32263 start_codon_3 start_codon 31967 31969 CDS_11 CDS 0.98 31967 32263 stop_codon_3 stop_codon 32261 32263 gene_4 gene 0.68 34003 34308 transcript_4 transcript 0.68 34003 34308 start_codon_4 start_codon 34003 34005 CDS_12 CDS 0.68 34003 34308 stop_codon_4 stop_codon 34306 34308 gene_5 gene 0.06 45954 58318 transcript_5 transcript 0.06 45954 58318 start_codon_5 start_codon 45954 45956 intron_9 intron 0.92 46446 48881 intron_10 intron 0.77 49006 50222 intron_11 intron 0.98 50361 50733 intron_12 intron 0.9 51084 52329 intron_13 intron 0.97 52398 52783 intron_14 intron 0.78 52951 53749 intron_15 intron 0.95 53820 54225 intron_16 intron 0.3 54369 56226 intron_17 intron 0.6 56318 56901 intron_18 intron 1 56990 57078 intron_19 intron 1 57223 58087 CDS_13 CDS 1 45954 46445 CDS_14 CDS 0.77 48882 49005 CDS_15 CDS 0.96 50223 50360 CDS_16 CDS 0.87 50734 51083 CDS_17 CDS 0.92 52330 52397 CDS_18 CDS 0.86 52784 52950 CDS_19 CDS 1 53750 53819 CDS_20 CDS 0.52 54226 54368 CDS_21 CDS 0.62 56227 56317 CDS_22 CDS 1 56902 56989 CDS_23 CDS 1 57079 57222 CDS_24 CDS 0.41 58088 58318 stop_codon_5 stop_codon 58316 58318 gene_6 gene 0.92 61025 61573 transcript_6 transcript 0.92 61025 61573 start_codon_6 start_codon 61025 61027 CDS_25 CDS 0.92 61025 61573 stop_codon_6 stop_codon 61571 61573 gene_7 gene 0.94 62651 65311 transcript_7 transcript 0.94 62651 65311 start_codon_7 start_codon 62651 62653 CDS_26 CDS 0.94 62651 65311 stop_codon_7 stop_codon 65309 65311 gene_8 gene 0.85 66619 70491 transcript_8 transcript 0.85 66619 70491 start_codon_8 start_codon 66619 66621 intron_20 intron 0.99 66712 66790 intron_21 intron 0.94 66856 69086 intron_22 intron 0.91 69188 69948 intron_23 intron 0.97 70021 70206 intron_24 intron 1 70262 70364 CDS_27 CDS 1 66619 66711 CDS_28 CDS 0.98 66791 66855 CDS_29 CDS 0.97 69087 69187 CDS_30 CDS 0.92 69949 70020 CDS_31 CDS 1 70207 70261 CDS_32 CDS 1 70365 70491 stop_codon_8 stop_codon 70489 70491 AUGUSTUS_ab_initio de novo gene_9 gene 0.73 1215 38 transcript_9 transcript 0.73 1215 38 stop_codon_9 stop_codon 40 38 intron_25 intron 0.93 633 528 intron_26 intron 0.96 991 904 CDS_33 CDS 0.9 527 38 CDS_34 CDS 0.96 903 634 CDS_35 CDS 0.83 1215 992 start_codon_9 start_codon 1215 1213 gene_10 gene 0.01 17685 9445 transcript_10 transcript 0.01 17685 9445 stop_codon_10 stop_codon 9447 9445 intron_27 intron 0.36 9547 9468 intron_28 intron 0.89 10343 9726 intron_29 intron 0.86 12307 10617 intron_30 intron 0.97 12580 12432 intron_31 intron 0.93 12769 12694 intron_32 intron 0.69 13599 12893 intron_33 intron 0.27 14464 13795 intron_34 intron 0.99 14734 14639 intron_35 intron 1 14944 14849 intron_36 intron 0.96 15792 15141 intron_37 intron 0.41 17345 15908 CDS_36 CDS 0.36 9467 9445 CDS_37 CDS 0.66 9725 9548 CDS_38 CDS 0.95 10616 10344 CDS_39 CDS 0.93 12431 12308 CDS_40 CDS 0.92 12693 12581 CDS_41 CDS 0.96 12892 12770 CDS_42 CDS 0.64 13794 13600 CDS_43 CDS 0.74 14638 14465 CDS_44 CDS 1 14848 14735 CDS_45 CDS 1 15140 14945 CDS_46 CDS 1 15907 15793 CDS_47 CDS 0.2 17685 17346 start_codon_10 start_codon 17685 17683 gene_11 gene 0.48 28558 27143 transcript_11 transcript 0.48 28558 27143 stop_codon_11 stop_codon 27145 27143 intron_38 intron 0.98 27262 27175 intron_39 intron 1 27537 27448 intron_40 intron 0.78 27801 27724 intron_41 intron 0.5 28045 27958 intron_42 intron 0.99 28417 28273 CDS_48 CDS 0.98 27174 27143 CDS_49 CDS 0.99 27447 27263 CDS_50 CDS 1 27723 27538 CDS_51 CDS 0.78 27957 27802 CDS_52 CDS 0.53 28272 28046 CDS_53 CDS 1 28558 28418 start_codon_11 start_codon 28558 28556 gene_12 gene 0.31 71755 71274 transcript_12 transcript 0.31 71755 71274 stop_codon_12 stop_codon 71276 71274 intron_43 intron 0.38 71656 71382 CDS_54 CDS 0.56 71381 71274 CDS_55 CDS 0.42 71755 71657 start_codon_12 start_codon 71755 71753 gene_13 gene 0.9 74649 73345 transcript_13 transcript 0.9 74649 73345 stop_codon_13 stop_codon 73347 73345 CDS_56 CDS 0.9 74649 73345 start_codon_13 start_codon 74649 74647 gene_14 gene 0.31 81445 75926 transcript_14 transcript 0.31 81445 75926 stop_codon_14 stop_codon 75928 75926 intron_44 intron 1 76528 76445 intron_45 intron 0.99 76769 76660 intron_46 intron 0.97 76980 76897 intron_47 intron 0.99 77170 77098 intron_48 intron 0.9 77350 77274 intron_49 intron 0.97 77493 77407 intron_50 intron 0.98 77842 77629 intron_51 intron 0.52 78353 77948 intron_52 intron 0.4 78589 78468 intron_53 intron 1 79088 78767 intron_54 intron 1 81186 80198 CDS_57 CDS 1 76444 75926 CDS_58 CDS 0.99 76659 76529 CDS_59 CDS 0.97 76896 76770 CDS_60 CDS 1 77097 76981 CDS_61 CDS 0.92 77273 77171 CDS_62 CDS 0.97 77406 77351 CDS_63 CDS 0.98 77628 77494 CDS_64 CDS 0.66 77947 77843 CDS_65 CDS 0.5 78467 78354 CDS_66 CDS 0.7 78766 78590 CDS_67 CDS 1 80197 79089 CDS_68 CDS 1 81445 81187 AUGUSTUS_tom_ugs de novo gene_1 gene 1 23058 26608 transcript_1 transcript 1 23058 26608 start_codon_1 start_codon 23058 23060 intron_1 intron 1 23263 24368 intron_2 intron 1 24512 25168 intron_3 intron 1 25313 25433 intron_4 intron 1 25620 25748 intron_5 intron 1 25874 26382 CDS_1 CDS 1 23058 23262 CDS_2 CDS 1 24369 24511 CDS_3 CDS 1 25169 25312 CDS_4 CDS 1 25434 25619 CDS_5 CDS 1 25749 25873 CDS_6 CDS 1 26383 26608 stop_codon_1 stop_codon 26606 26608 gene_2 gene 0.98 31967 32263 transcript_2 transcript 0.98 31967 32263 start_codon_2 start_codon 31967 31969 CDS_7 CDS 0.98 31967 32263 stop_codon_2 stop_codon 32261 32263 gene_3 gene 0.2 50808 58318 transcript_3 transcript 0.2 50808 58318 start_codon_3 start_codon 50808 50810 intron_6 intron 0.47 51084 52329 intron_7 intron 0.53 52398 52783 intron_8 intron 0.78 52951 53749 intron_9 intron 0.91 53820 54225 intron_10 intron 0.57 54369 56461 intron_11 intron 1 56568 56901 intron_12 intron 1 56990 57078 intron_13 intron 1 57223 58087 CDS_8 CDS 0.44 50808 51083 CDS_9 CDS 0.47 52330 52397 CDS_10 CDS 0.79 52784 52950 CDS_11 CDS 0.98 53750 53819 CDS_12 CDS 0.55 54226 54368 CDS_13 CDS 0.97 56462 56567 CDS_14 CDS 1 56902 56989 CDS_15 CDS 1 57079 57222 CDS_16 CDS 1 58088 58318 stop_codon_3 stop_codon 58316 58318 gene_4 gene 0.93 61025 61573 transcript_4 transcript 0.93 61025 61573 start_codon_4 start_codon 61025 61027 CDS_17 CDS 0.93 61025 61573 stop_codon_4 stop_codon 61571 61573 gene_5 gene 0.95 62651 65311 transcript_5 transcript 0.95 62651 65311 start_codon_5 start_codon 62651 62653 CDS_18 CDS 0.95 62651 65311 stop_codon_5 stop_codon 65309 65311 gene_6 gene 1 66619 70491 transcript_6 transcript 1 66619 70491 start_codon_6 start_codon 66619 66621 intron_14 intron 1 66712 66790 intron_15 intron 1 66856 69086 intron_16 intron 1 69188 70206 intron_17 intron 1 70262 70364 CDS_19 CDS 1 66619 66711 CDS_20 CDS 1 66791 66855 CDS_21 CDS 1 69087 69187 CDS_22 CDS 1 70207 70261 CDS_23 CDS 1 70365 70491 stop_codon_6 stop_codon 70489 70491 AUGUSTUS_tom_ugs de novo gene_7 gene 0.88 1215 38 transcript_7 transcript 0.88 1215 38 stop_codon_7 stop_codon 40 38 intron_18 intron 1 633 528 intron_19 intron 1 991 904 CDS_24 CDS 1 527 38 CDS_25 CDS 1 903 634 CDS_26 CDS 0.88 1215 992 start_codon_7 start_codon 1215 1213 gene_8 gene 0.27 17685 9513 transcript_8 transcript 0.27 17685 9513 stop_codon_8 stop_codon 9515 9513 intron_20 intron 1 10343 9726 intron_21 intron 1 12307 10617 intron_22 intron 0.96 12580 12432 intron_23 intron 0.86 12769 12694 intron_24 intron 0.88 13599 12893 intron_25 intron 0.88 14464 13795 intron_26 intron 0.94 14734 14639 intron_27 intron 0.85 14944 14849 intron_28 intron 0.77 15792 15141 intron_29 intron 0.39 17345 15908 CDS_27 CDS 0.94 9725 9513 CDS_28 CDS 1 10616 10344 CDS_29 CDS 0.96 12431 12308 CDS_30 CDS 0.93 12693 12581 CDS_31 CDS 0.91 12892 12770 CDS_32 CDS 0.86 13794 13600 CDS_33 CDS 0.98 14638 14465 CDS_34 CDS 0.86 14848 14735 CDS_35 CDS 0.9 15140 14945 CDS_36 CDS 0.77 15907 15793 CDS_37 CDS 0.38 17685 17346 start_codon_8 start_codon 17685 17683 gene_9 gene 0.96 28558 27143 transcript_9 transcript 0.96 28558 27143 stop_codon_9 stop_codon 27145 27143 intron_30 intron 1 27262 27175 intron_31 intron 1 27537 27448 intron_32 intron 1 27801 27724 intron_33 intron 1 28045 27958 intron_34 intron 0.96 28417 28273 CDS_38 CDS 1 27174 27143 CDS_39 CDS 1 27447 27263 CDS_40 CDS 1 27723 27538 CDS_41 CDS 1 27957 27802 CDS_42 CDS 0.96 28272 28046 CDS_43 CDS 0.97 28558 28418 start_codon_9 start_codon 28558 28556 gene_10 gene 0.33 81445 75926 transcript_10 transcript 0.33 81445 75926 stop_codon_10 stop_codon 75928 75926 intron_35 intron 0.73 76528 76445 intron_36 intron 0.98 76769 76660 intron_37 intron 1 76980 76897 intron_38 intron 1 77170 77098 intron_39 intron 1 77350 77274 intron_40 intron 1 77493 77407 intron_41 intron 1 77842 77629 intron_42 intron 0.49 78589 77948 intron_43 intron 1 79088 78767 intron_44 intron 0.99 81186 80198 CDS_44 CDS 0.73 76444 75926 CDS_45 CDS 0.71 76659 76529 CDS_46 CDS 1 76896 76770 CDS_47 CDS 1 77097 76981 CDS_48 CDS 1 77273 77171 CDS_49 CDS 1 77406 77351 CDS_50 CDS 1 77628 77494 CDS_51 CDS 0.61 77947 77843 CDS_52 CDS 0.61 78766 78590 CDS_53 CDS 0.99 80197 79089 CDS_54 CDS 0.99 81445 81187 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.982 8554 8775 match_part 0.959 8875 9141 match_2 match_part 1.000 22882 23262 match_part 1.000 24369 24511 match_part 1.000 25169 25312 match_part 0.967 25434 25525 match_3 match_part 0.996 22983 23262 match_part 1.000 24369 24511 match_part 1.000 25169 25312 match_part 1.000 25434 25572 match_4 match_part 1.000 25788 25873 match_part 0.998 26383 26839 match_5 match_part 1.000 37393 37678 match_6 match_part 1.000 45893 46445 match_part 0.913 48882 49065 match_7 match_part 0.900 56498 56567 match_part 1.000 56902 56989 match_part 0.993 57079 57222 match_part 0.981 58088 58459 match_part 0.984 58666 58909 match_8 match_part 0.984 57424 57974 match_part 0.988 58088 58167 match_9 match_part 0.998 63593 64025 match_10 match_part 1.000 66430 66711 match_part 1.000 66791 66855 match_part 1.000 69087 69187 match_part 1.000 70207 70261 match_part 1.000 70365 70632 match_11 match_part 0.996 66430 66711 match_part 0.993 66791 67355 match_12 match_part 0.991 66490 66711 match_part 1.000 66791 66855 match_part 1.000 69087 69187 match_part 1.000 70207 70261 match_part 1.000 70365 70696 match_13 match_part 1.000 68691 69434 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_14 match_part 1.000 10588 10344 match_part 0.998 9725 9209 match_15 match_part 0.995 19926 19707 match_part 0.986 19518 19449 match_part 0.997 17703 17346 match_part 1.000 15907 15793 match_part 0.969 15140 14945 match_part 1.000 14848 14735 match_part 1.000 14638 14465 match_part 1.000 13794 13600 match_part 1.000 12892 12770 match_part 1.000 12693 12613 match_16 match_part 0.969 19803 19707 match_part 0.974 17703 17017 match_17 match_part 0.987 28659 28046 match_part 1.000 27957 27802 match_part 1.000 27723 27538 match_part 1.000 27447 27263 match_part 0.996 27174 26910 match_18 match_part 0.991 74689 73343 match_part 0.970 71425 70988 match_19 match_part 0.977 73515 73343 match_part 0.971 71381 71138 match_20 match_part 1.000 77957 77843 match_part 1.000 77628 77494 match_part 1.000 77406 77351 match_part 1.000 77273 77171 match_part 1.000 77097 76981 match_part 1.000 76896 76822 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 8554 8775 exon 8875 9141 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 10588 10344 exon 9725 9209 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 19926 19707 exon 19518 19449 exon 17703 17346 exon 15907 15793 exon 15140 14945 exon 14848 14735 exon 14638 14465 exon 13794 13600 exon 12892 12770 exon 12693 12613 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 19803 19707 exon 17703 17017 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 22882 23262 exon 24369 24511 exon 25169 25312 exon 25434 25572 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 25788 25873 exon 26383 26839 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 28659 28046 exon 27957 27802 exon 27723 27538 exon 27447 27263 exon 27174 26910 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 37393 37678 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 45893 46445 exon 48882 49065 gene_10 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 56498 56567 exon 56902 56989 exon 57079 57222 exon 58088 58459 exon 58666 58909 gene_11 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 57424 57974 exon 58088 58167 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 63593 64025 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 66430 66711 exon 66791 66855 exon 69087 69187 exon 70207 70261 exon 70365 70696 gene_14 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 68691 69434 gene_15 gene GT_PGL_11_AGS_3 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 66430 66711 exon 66791 67355 gene_16 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 74689 73343 exon 71425 70988 gene_17 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 73515 73343 exon 71381 71138 gene_18 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C03HBa0036B17.1 type gene exon 77957 77843 exon 77628 77494 exon 77406 77351 exon 77273 77171 exon 77097 76981 exon 76896 76822 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 23058 26608 transcript_1 transcript 1 23058 26608 start_codon_1 start_codon 23058 23060 intron_1 intron 1 23263 24368 intron_2 intron 1 24512 25168 intron_3 intron 1 25313 25433 intron_4 intron 1 25620 25748 intron_5 intron 1 25874 26382 CDS_1 CDS 1 23058 23262 CDS_2 CDS 1 24369 24511 CDS_3 CDS 1 25169 25312 CDS_4 CDS 1 25434 25619 CDS_5 CDS 1 25749 25873 CDS_6 CDS 1 26383 26608 stop_codon_1 stop_codon 26606 26608 gene_2 gene 0.99 31967 32263 transcript_2 transcript 0.99 31967 32263 start_codon_2 start_codon 31967 31969 CDS_7 CDS 0.99 31967 32263 stop_codon_2 stop_codon 32261 32263 gene_3 gene 0.47 45954 49133 transcript_3 transcript 0.47 45954 49133 start_codon_3 start_codon 45954 45956 intron_6 intron 0.96 46446 48881 CDS_8 CDS 1 45954 46445 CDS_9 CDS 0.47 48882 49133 stop_codon_3 stop_codon 49131 49133 gene_4 gene 0.22 50808 58318 transcript_4 transcript 0.22 50808 58318 start_codon_4 start_codon 50808 50810 intron_7 intron 0.61 51084 52329 intron_8 intron 0.62 52398 52783 intron_9 intron 1 52951 53749 intron_10 intron 1 53820 54225 intron_11 intron 1 54381 56461 intron_12 intron 1 56568 56901 intron_13 intron 1 56990 57078 intron_14 intron 1 57223 58087 CDS_10 CDS 0.22 50808 51083 CDS_11 CDS 0.61 52330 52397 CDS_12 CDS 1 52784 52950 CDS_13 CDS 1 53750 53819 CDS_14 CDS 1 54226 54380 CDS_15 CDS 1 56462 56567 CDS_16 CDS 1 56902 56989 CDS_17 CDS 1 57079 57222 CDS_18 CDS 1 58088 58318 stop_codon_4 stop_codon 58316 58318 gene_5 gene 1 61025 61573 transcript_5 transcript 1 61025 61573 start_codon_5 start_codon 61025 61027 CDS_19 CDS 1 61025 61573 stop_codon_5 stop_codon 61571 61573 gene_6 gene 1 62651 65311 transcript_6 transcript 1 62651 65311 start_codon_6 start_codon 62651 62653 CDS_20 CDS 1 62651 65311 stop_codon_6 stop_codon 65309 65311 gene_7 gene 1 66619 70491 transcript_7 transcript 1 66619 70491 start_codon_7 start_codon 66619 66621 intron_15 intron 1 66712 66790 intron_16 intron 1 66856 69086 intron_17 intron 1 69188 70206 intron_18 intron 1 70262 70364 CDS_21 CDS 1 66619 66711 CDS_22 CDS 1 66791 66855 CDS_23 CDS 1 69087 69187 CDS_24 CDS 1 70207 70261 CDS_25 CDS 1 70365 70491 stop_codon_7 stop_codon 70489 70491 AUGUSTUS_tom_pot_cdna de novo gene_8 gene 0.17 9479 38 transcript_8 transcript 0.17 9479 38 stop_codon_8 stop_codon 40 38 intron_19 intron 1 633 528 intron_20 intron 1 991 904 intron_21 intron 0.17 6533 1275 intron_22 intron 0.4 9404 6607 CDS_26 CDS 1 527 38 CDS_27 CDS 1 903 634 CDS_28 CDS 0.2 1274 992 CDS_29 CDS 0.41 6606 6534 CDS_30 CDS 0.98 9479 9405 start_codon_8 start_codon 9479 9477 gene_9 gene 0.57 17685 9513 transcript_9 transcript 0.57 17685 9513 stop_codon_9 stop_codon 9515 9513 intron_23 intron 1 10343 9726 intron_24 intron 1 12307 10617 intron_25 intron 1 12580 12432 intron_26 intron 1 12769 12694 intron_27 intron 1 13599 12893 intron_28 intron 1 14464 13795 intron_29 intron 1 14734 14639 intron_30 intron 1 14944 14849 intron_31 intron 1 15792 15141 intron_32 intron 1 17345 15908 CDS_31 CDS 1 9725 9513 CDS_32 CDS 1 10616 10344 CDS_33 CDS 1 12431 12308 CDS_34 CDS 1 12693 12581 CDS_35 CDS 1 12892 12770 CDS_36 CDS 1 13794 13600 CDS_37 CDS 1 14638 14465 CDS_38 CDS 1 14848 14735 CDS_39 CDS 1 15140 14945 CDS_40 CDS 1 15907 15793 CDS_41 CDS 0.57 17685 17346 start_codon_9 start_codon 17685 17683 gene_10 gene 1 28558 27143 transcript_10 transcript 1 28558 27143 stop_codon_10 stop_codon 27145 27143 intron_33 intron 1 27262 27175 intron_34 intron 1 27537 27448 intron_35 intron 1 27801 27724 intron_36 intron 1 28045 27958 intron_37 intron 1 28417 28273 CDS_42 CDS 1 27174 27143 CDS_43 CDS 1 27447 27263 CDS_44 CDS 1 27723 27538 CDS_45 CDS 1 27957 27802 CDS_46 CDS 1 28272 28046 CDS_47 CDS 1 28558 28418 start_codon_10 start_codon 28558 28556 gene_11 gene 0.58 74649 71338 transcript_11 transcript 0.58 74649 71338 stop_codon_11 stop_codon 71340 71338 intron_38 intron 0.83 73342 71382 intron_39 intron 0.77 73593 73527 CDS_48 CDS 0.83 71381 71338 CDS_49 CDS 0.77 73526 73343 CDS_50 CDS 0.63 74649 73594 start_codon_11 start_codon 74649 74647 gene_12 gene 0.59 81445 75926 transcript_12 transcript 0.59 81445 75926 stop_codon_12 stop_codon 75928 75926 intron_40 intron 1 76528 76445 intron_41 intron 1 76769 76660 intron_42 intron 1 76980 76897 intron_43 intron 1 77170 77098 intron_44 intron 1 77350 77274 intron_45 intron 1 77493 77407 intron_46 intron 1 77842 77629 intron_47 intron 0.61 78589 77948 intron_48 intron 0.99 79088 78767 intron_49 intron 0.99 81186 80198 CDS_51 CDS 0.99 76444 75926 CDS_52 CDS 1 76659 76529 CDS_53 CDS 1 76896 76770 CDS_54 CDS 1 77097 76981 CDS_55 CDS 1 77273 77171 CDS_56 CDS 1 77406 77351 CDS_57 CDS 1 77628 77494 CDS_58 CDS 0.77 77947 77843 CDS_59 CDS 0.75 78766 78590 CDS_60 CDS 0.98 80197 79089 CDS_61 CDS 0.99 81445 81187 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 195 64136 65248 match_2 match 113 63497 64267 match_3 match 160 62930 64198 match_4 match 110 64235 65128 match_5 match 207 62882 64462 match_6 match 293 63626 65257 match_7 match 213 63779 65305 match_8 match 123 63788 64717 match_9 match 123 63170 64393 match_10 match 223 64106 65293 match_11 match 114 62753 63829 match_12 match 182 63008 64546 match_13 match 305 63626 65263 match_14 match 139 63383 65014 match_15 match 229 63977 65293 match_16 match 110 63116 63835 match_17 match 112 62867 63853 match_18 match 148 63008 64084 match_19 match 187 63359 65008 match_20 match 305 63668 65299 match_21 match 201 64169 65254 match_22 match 177 64367 65254 match_23 match 261 63413 65308 match_24 match 116 63200 63949 match_25 match 198 64109 65233 match_26 match 270 63110 64762 match_27 match 236 63008 64372 match_28 match 392 63314 65293 match_29 match 105 63422 64336 match_30 match 106 63095 63832 match_31 match 224 64064 65257 match_32 match 120 62978 64021 match_33 match 156 63110 64591 match_34 match 180 63470 64954 match_35 match 275 62888 64762 match_36 match 233 63509 65140 match_37 match 371 63263 65281 match_38 match 183 63422 64717 match_39 match 835 62789 65299 match_40 match 111 63116 65014 match_41 match 333 62813 65293 match_42 match 131 63020 64036 match_43 match 286 63677 65293 match_44 match 174 63317 64765 match_45 match 154 63863 65056 match_46 match 181 62744 64405 match_47 match 264 63626 65233 match_48 match 174 63317 64765 match_49 match 154 63863 65056 match_50 match 181 62744 64405 match_51 match 264 63626 65233 match_52 match 108 63008 63853 match_53 match 286 63626 65287 match_54 match 135 63011 64138 match_55 match 152 63011 64258 match_56 match 242 63587 65260 match_57 match 246 63977 65248 match_58 match 144 64124 65080 match_59 match 185 63176 64417 match_60 match 258 63977 65293 match_61 match 112 63050 63934 match_62 match 143 63008 63982 match_63 match 127 63461 64444 match_64 match 259 63977 65281 match_65 match 260 63098 65293 match_66 match 110 63104 64042 match_67 match 115 63086 63850 match_68 match 226 63917 65281 match_69 match 112 63443 64372 match_70 match 218 63920 65281 match_71 match 107 63038 64204 match_72 match 149 63440 64717 match_73 match 214 63665 65281 match_74 match 151 63095 64201 match_75 match 132 63008 63832 match_76 match 155 63155 64453 match_77 match 295 63815 65281 match_78 match 263 63404 65293 match_79 match 169 63359 64762 match_80 match 155 64019 65155 match_81 match 182 63083 64279 match_82 match 276 63728 65293 match_83 match 164 63107 64762 match_84 match 132 63116 64585 match_85 match 262 63425 65308 match_86 match 117 62930 63850 match_87 match 132 63404 64591 match_88 match 154 63164 64051 match_89 match 259 63926 65293 match_90 match 267 63413 65257 match_91 match 132 63965 65119 match_92 match 232 63674 65218 match_93 match 176 63050 64279 match_94 match 114 62879 65014 match_95 match 154 63095 64585 match_96 match 119 63002 63853 match_97 match 299 63725 65284 match_98 match 163 62870 63949 match_99 match 402 63059 65290 match_100 match 172 62984 64441 match_101 match 184 63401 64912 match_102 match 257 63677 65290 match_103 match 127 62990 64084 match_104 match 252 62714 64651 match_105 match 181 63914 65113 match_106 match 110 64136 64891 match_107 match 285 63305 65002 match_108 match 137 62843 64138 match_109 match 279 63530 65302 match_110 match 218 62882 64279 match_111 match 129 50733 51086 match_112 match 117 48870 49070 match_113 match 109 62915 63937 match_114 match 217 64127 65290 match_115 match 225 63008 64990 match_116 match 281 63095 65116 match_117 match 143 64010 64987 match_118 match 383 63116 65254 match_119 match 131 63365 64807 match_120 match 249 63980 65290 match_121 match 117 62984 63850 match_122 match 325 63317 65248 match_123 match 117 62996 63946 match_124 match 127 63806 64750 match_125 match 143 63194 64201 match_126 match 220 64124 65215 match_127 match 116 63359 64279 match_128 match 153 63050 63949 match_129 match 270 63974 65293 match_130 match 255 63602 65248 match_131 match 229 63293 64909 match_132 match 123 62804 63841 match_133 match 265 63872 65293 match_134 match 134 63107 63949 match_135 match 152 63974 65056 match_136 match 261 63005 64762 match_137 match 211 62909 64279 match_138 match 354 63368 65257 match_139 match 150 62885 63949 match_140 match 293 63797 65293 match_141 match 170 62930 64258 match_142 match 228 63200 64762 match_143 match 343 63482 65254 match_144 match 206 62990 64591 match_145 match 334 63605 65287 match_146 match 116 64517 65140 match_147 match 124 62786 63949 match_148 match 190 63134 64591 match_149 match 228 63128 64843 match_150 match 299 63239 65305 match_151 match 166 63164 64420 match_152 match 254 63977 65308 match_153 match 143 63626 64786 match_154 match 196 63287 64909 match_155 match 170 63869 65116 match_156 match 180 63389 64810 match_157 match 282 63758 65287 match_158 match 105 64472 65131 match_159 match 162 63761 65227 match_160 match 169 63047 64444 match_161 match 389 63209 65293 match_162 match 203 63080 64270 match_163 match 311 63761 65293 match_164 match 197 63596 65155 match_165 match 111 64208 65239 match_166 match 279 63026 64846 match_167 match 357 63356 65293 match_168 match 133 63635 64777 match_169 match 140 63059 64021 match_170 match 272 63974 65293 match_171 match 182 63194 64555 match_172 match 137 63008 63943 match_173 match 151 63017 63952 match_174 match 287 63725 65293 match_175 match 124 63422 64933 match_176 match 257 63731 65293 match_177 match 267 63890 65290 match_178 match 141 63068 63949 match_179 match 117 62846 63841 match_180 match 157 63098 64333 match_181 match 225 63728 65293 match_182 match 135 62930 64144 match_183 match 184 63365 64765 match_184 match 181 63089 64258 match_185 match 263 63674 65257 match_186 match 132 62999 64090 match_187 match 131 63275 64420 match_188 match 108 63638 64441 match_189 match 117 63986 64765 match_190 match 253 64184 65281 match_191 match 126 63920 65287 match_192 match 266 63113 65128 match_193 match 159 63713 65023 match_194 match 266 63416 65080 match_195 match 358 63011 65260 match_196 match 248 63302 65014 match_197 match 399 63008 65302 match_198 match 135 63722 64801 match_199 match 121 63362 64258 match_200 match 140 63116 64138 match_201 match 249 64031 65293 match_202 match 132 63263 64273 match_203 match 238 63974 65281 match_204 match 108 63026 63937 match_205 match 147 63203 64279 match_206 match 233 63752 65260 match_207 match 107 62996 63982 match_208 match 245 63611 65296 match_209 match 176 63359 64750 match_210 match 169 63092 64279 match_211 match 264 63635 65248 match_212 match 241 63176 64942 match_213 match 216 62918 64279 match_214 match 367 63482 65281 match_215 match 216 63026 64909 match_216 match 110 63008 63829 match_217 match 339 63413 65284 match_218 match 393 63020 65293 match_219 match 227 63311 65110 match_220 match 422 63014 65293 match_221 match 121 63008 64015 match_222 match 137 63104 63997 match_223 match 254 63974 65254 match_224 match 184 63095 64660 match_225 match 132 63008 64144 match_226 match 302 63674 65257 match_227 match 112 62870 63943 match_228 match 176 63410 65011 match_229 match 155 63089 64279 match_230 match 303 63713 65287 match_231 match 130 63005 64507 match_232 match 162 63359 64750 match_233 match 153 63164 64447 match_234 match 276 63593 65281 match_235 match 104 64268 64912 match_236 match 256 63116 65080 match_237 match 402 63089 65293 match_238 match 152 64100 65215 match_239 match 136 62897 64036 match_240 match 179 63506 64762 match_241 match 107 63008 63832 match_242 match 283 63935 65293 match_243 match 187 63359 64762 match_244 match 143 63008 63949 match_245 match 178 63974 65080 match_246 match 203 63104 64279 match_247 match 346 63668 65293 match_248 match 147 63626 64918 match_249 match 177 62897 63949 match_250 match 257 63935 65257 match_251 match 147 64235 65017 match_252 match 227 62990 64933 match_253 match 204 63605 65083 match_254 match 364 63347 65296 match_255 match 122 63626 64765 match_256 match 146 62957 63949 match_257 match 268 64010 65290 match_258 match 289 63605 65293 match_259 match 204 63011 64279 match_260 match 241 63356 64933 match_261 match 197 63008 64444 match_262 match 337 63617 65290 match_263 match 147 63098 64258 match_264 match 284 63506 65293 match_265 match 262 63008 64843 match_266 match 298 63308 65260 match_267 match 143 63056 64462 match_268 match 228 63665 65167 match_269 match 105 63890 64909 match_270 match 193 64223 65248 match_271 match 191 63365 64999 match_272 match 155 63929 65053 match_273 match 164 63002 64138 match_274 match 184 63116 64393 match_275 match 290 63671 65224 match_276 match 125 63410 64414 match_277 match 198 64025 65254 match_278 match 133 63728 65116 match_279 match 347 63140 65266 match_280 match 196 63095 64279 match_281 match 177 62720 64444 match_282 match 252 63074 65014 match_283 match 352 63269 65293 match_284 match 149 63008 64255 match_285 match 199 63413 64861 match_286 match 206 63116 64270 match_287 match 315 63731 65293 match_288 match 154 62861 64030 match_289 match 303 63818 65293 match_290 match 136 62918 64243 match_291 match 195 63365 64762 match_292 match 291 63674 65296 match_293 match 184 63008 64663 match_294 match 155 63776 65089 match_295 match 232 63164 64714 match_296 match 331 63470 65260 match_297 match 237 63263 65113 match_298 match 218 62774 64678 match_299 match 154 63092 63949 match_300 match 216 63974 65029 match_301 match 160 63011 63949 match_302 match 194 63191 64585 match_303 match 276 63779 65293 match_304 match 112 63884 64807 match_305 match 119 63008 63835 match_306 match 218 64190 65296 match_307 match 112 63668 64807 match_308 match 224 63974 65296 match_309 match 120 63008 63835 match_310 match 153 63359 64762 match_311 match 165 63092 64279 match_312 match 281 63629 65287 match_313 match 172 62717 64036 match_314 match 145 63278 64279 match_315 match 280 63809 65302 match_316 match 113 63467 64672 match_317 match 106 62978 63949 match_318 match 125 62930 63943 match_319 match 244 63932 65296 match_320 match 166 63725 65119 match_321 match 206 62981 64279 match_322 match 326 63446 65299 match_323 match 23.1 65382 65606 match_324 match 112 64223 65215 match_325 match 183 62993 64441 match_326 match 306 63668 65293 match_327 match 359 63263 65293 match_328 match 169 62873 63949 match_329 match 110 63119 64198 match_330 match 108 63116 63832 match_331 match 310 63644 65281 match_332 match 173 63038 64279 match_333 match 325 63182 65260 match_334 match 147 63047 64162 match_335 match 209 63407 65116 match_336 match 144 63005 64201 match_337 match 325 63116 65272 match_338 match 186 62966 64351 match_339 match 105 63977 64723 match_340 match 194 64127 65260 match_341 match 281 62837 64765 match_342 match 398 63305 65299 match_343 match 149 62984 64042 match_344 match 104 63425 64279 match_345 match 259 63974 65287 match_346 match 253 62813 64762 match_347 match 416 63200 65293 match_348 match 213 63317 65239 match_349 match 318 63008 65062 match_350 match 164 62861 64156 match_351 match 225 63116 64912 match_352 match 279 63401 65281 match_353 match 171 64013 65053 match_354 match 226 64067 65293 match_355 match 122 64037 65263 match_356 match 220 63008 65014 match_357 match 262 63467 65110 match_358 match 399 63164 65281 match_359 match 124 63740 64762 match_360 match 213 64052 65215 match_361 match 168 63119 64765 match_362 match 107 63116 63853 match_363 match 294 63401 65299 match_364 match 111 62825 63829 match_365 match 179 63095 64309 match_366 match 114 64124 65056 match_367 match 383 63272 65281 match_368 match 134 62996 64201 match_369 match 172 62948 64270 match_370 match 357 63320 65254 match_371 match 266 62993 65071 match_372 match 223 63245 65056 match_373 match 410 62882 65293 match_374 match 155 63320 64681 match_375 match 104 63008 63850 match_376 match 246 63929 65290 match_377 match 120 63674 64909 match_378 match 144 63095 64084 match_379 match 233 63974 65254 match_380 match 148 63629 64804 match_381 match 112 62870 63889 match_382 match 153 63923 65083 match_383 match 276 63806 65293 match_384 match 120 63011 64018 match_385 match 192 62990 64462 match_386 match 279 63623 65281 match_387 match 130 62945 64042 match_388 match 139 63365 64279 match_389 match 226 63953 65296 match_390 match 206 64193 65281 match_391 match 120 63401 64393 match_392 match 248 64034 65281 match_393 match 199 62870 64267 match_394 match 202 63554 65017 match_395 match 232 63155 64564 match_396 match 249 63359 64879 match_397 match 382 63029 65293 match_398 match 145 63368 64711 match_399 match 223 63974 65215 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