C02HBa0025N15.2 TTTACCTTTTCATGGAATTCCATGCCATTAAAATTTATAATTTCGTCGTTACATTCATTT TATTTTGAAGTTCATATAATCTAGGTTTACTTGTTTAGTGCTTGCTTTGATTTATCAGGT TGTTTTGTCGTTAGAAAATGAAGACTCATTCTGATATTAGTAATTTGACATTTGACACAC ATATCTCCAGACTTTATCAGTCCATGTTTCTATAACGGCATAAGCAGAAACAAGGCTGGT GCATTACAATCATTGTTAAGGAATGAATACAGACGTTGAGCTAAATTTTCACCTCGTAAC TGCACAGATCTCCTGGATCCGAGTTTATTGATTTTTGGATTTGAGAGACTTACATTGTAA TATAGGGAGGTGGAGCCATTTGAATCACCAAGTGACTTACAATGATGATCAGCAAAGAGC TTTTATTGACTTACGTTTATCTCCTTGTCTATATCGTGCTTTCATCAGGAGTTATTTTGT ATAACAAGGTATGTGTCTTTTTCCAAGTATTTCATGATTGCCTTCGACTTCATTGGATTC ATGGATTGTGTTCTTTGTCAGTTAGATATGTAAATGTCTATAGCTTAAATGCATTTAAGC AACCTCAGAAATGAAAGAAGGAAATAAAATAAAATAAAGGGAAGTGAAAACCACAATTAT ATTAAAATTGTGGTTTAAGCGATTTCTGAGAAGAACCAAAGTGACAAGCTGCTACCATTT ATTGCCATGTGCTTCCAAGGAAACTTAGAGGGGCCAGGGTCACTTACATTCTTAGGAAGC CAAAAGGAGGATAGTAAAACATGCATGATGCAACTATTTGCTGCTGGTCCAAAATCAACT GTCATAGCCATTCCTAACTGAATGGAGAAAGACAAAAGTTTCATTACTTCCCATTCAACT AAACAAACACCCTGAAGGGAAGATTAATTCTTTATGAGGGAGGACCCAATGTTTTTCATT CGGGATATAATCTGAGACTGATGTCAGTATGAGCAAGCTCTTACACGAGGAATTTTAATA ATAAAAAAGAAATGAATAATAAATAGGGCAATATGAAAACCAATGATGTGGACACTGCAC ATAGTTGATTCAGAATTGGTCTCATTTGGCAGTAGAAGGTAGAAAATTCTTGTTCAACTA TTTTGCAGTGTTTGTTTGTAATGCATATACTATGAGGCTATATTGTTCCTGTCGAATAAG GGGCACATGTTTTCAAATTTGCACTTCCTCACTCCTCTGCGTCCTTGCTGCACAAGCAGA CTAGTGTCTTGGCTTTTCCAATAGCATGAATTATAGGAGTGAGCACACAGCAGGGCTTGA CTTACAAACTTCATTTGTTCAAACACATCCCAAAGATTGACTTTTATGTATCTGGCCTTT TACTCCACCACCACAGCTGGCACAGGTCTTGGTGGGTGTTTGTTTTTTTCTTTTCTTTTT TTACCAGTCTGTATATGTTGCATTGTAAGCTACGGGAGAAGTTTCCTTTGGATATATTTT ATCTCTGACTTAGTTGTAATTCTTTTACTTTTCAATATCATCAATACAATCTAACAATTT TCTTCTGCCATTTATATTATGTTTTTGCAGTGGGTGCTTTCACCAAAATATTTCAATTTC CCACTCCCAATTACACTTACCATGATACATATGGGCTTTTCAGGCTTAGTGGCTTTCTTT CTTGTCCGTGTCTTCAAGGTATGGTAGTTGAGAATTACTGAAATACATTGACATTTTTCT CTTACACTTAGTCATATTTGCTCTTCTGGATGATGACTTCTTGCTACTCAATTATTGTTG ACATTGTTGTCGAAATGCTTGCTATTTGAGATTGCTAGGTATAAGTTGTGTTTCTACCAG GTTGCTTTCAGTAGGTTAGCATATTATATACACAATTGATATGATCCATGTATTAAAACT TAAAACTTAAAAGGTCCAGGATTTTCTTCAGATCTTTGTCACATAATTATTTTGTTCTGA TGTTATTTCATTCATATTATTGTATCTATTAATACACCATGATCATTCAGCATCCTGATA ACATCATCTTGTCTAATCAAACTTTAGTCATAGCAGGACAAAAGTCTCCCACCCCACCCC CCAAATACACACAAAATACTTTTGGCTTCTTCTTTAACTGCTGAATGACTTCTAATTTCT TGATTAATTATCAGATACTCCTTTTGGTCCTTTATCTTTCACTTCACGTAAAAGAATTTG GTCCAAAATATTTGTTCGGAAAACCAACAAGACATTAATTATTATTCTTCCAATTGGGCA CTTACTACTCAAATAAGGCATGCAGTCATTAATTACTCAAAGATAAAGGTAATTTAGTCA AATACCCCTTATGATTAATGCTATTAAATAGTTTTCTTAATGAGTGTGCTAATACCTTAA ATCTCAAAGAAAAAAGACTGTAGGGAGTAGAAGATAAAGGTTAAGCATTTACGTCTCTCT CGTTAATGCATTTGTGTTTCCCTGCGAGAATAGAAGTGTCTTGCCTAGTGTCTTTTCCGA CTAAAACATTCATAATTATTATAAGCAGATTGCTACAATACTTTGATAAGTTAAACTATT TCCATTGAATTGATTTTAGGGATCTAGACGAGAAGCCTGGCAATTGTTTTTCTCTGTCTC GGCAGTTCCGTGATCCTGTATAAATATTACACGAATAATTTTTAGCCAAACAAAAGCTAA GCAACTCATGGAATTAGGGTCTAATGTGGTATGCTAATTTGAAAGGAAAATTCTTGGACA GATTTTTATTATGTTAGATTCATCTGAGCACTTATTGTTCTATTTTGAGGTTCATCCCTA GTCACTCTTCATCAGGATCTTTAACATTGTTGATGAATTCAATCTTTATTTGAGGAAACT ACTGTGCTGTTGATAATTTATTCTCTTTTTGCACTGCTCTTTGGCCTTGGAGAGATGCTT GAGGCCATGCAAATGAACTTCCATGGAGAATTTGTTAAGTCTCTGTTTGTGTAATAAAAG GATTATTGGTGTATGGTCGTCTTTAGCTTCTGATTTTGCTTCATTCTTTTACATTATCTG AATTGGCAAATTAATCTTTCATCTCTGATCTTAGTGCTTTGATTCTCGTATTAAGTTTCA TCTAGATGCTCCTTATAATTCATGATTATCTTTTGCAGGTGGTGTCGCCTGTCAAGATGA CTCTTGAAATGTGAGAATTGCATACATTAACTGCTTTTACTTTGAAACTTATCATTGTTC TCATATATCCATTTATTACCGAATTTTCAGATATGCAACGTGCGTTATTCCAATCAGTGC TTTCTTTGCTGCAAGTCTTTGGTGAGCTCTCTACTTTGAGGAGCTAAAATTCTTGTTGGC TTTTCTTACGGGTTCTGTCTTTCATGATCACTTGTGACTTGTTGGTATTTATTCGTTTGA AAATTGGAGAGATTCCTATTAGACATACTCTATTATATTTTTCTTCATATTCAGCTACAG CTTAATATACTGTGCTACTAATAATGTTATGTCATAAAGTTTGACACTTTTGACTATTGA TATTCCATATGTAGATACGTCACTATTTCACTCTTGGTTGCTCAAGTCAGGTGGAACGGA GGTCACTAATCTGAACTAATTGAAGATTTTCCGTAATTATGAAAGCTTTCGTATCTGCAG TTCCATCCTGTACATGGATGATCAGTTTCTCTCATTGTCTGATCAAACCTAATTTTGATG TCTCCTAAACTTTGGACATTGCTTGAGCTCACATTTCAAGTTTTCCCCACAAAACAAGAA CAACATGCACATACTAGCAGAAATGTTCAACATTAAGAACAATGAGATTTTGAATCTTTG GCTTGAAATTGCTAAACTGCTTTACCTGCTGAGATGAGTACCTAGAAATAAATGAGACTT TCTCTCTGTACTGGCTATCTCCTGGATGCTTTCATTAATAATAATTTACAGTTATAAATA GAAAAGGCCCGTATCTGATCAATTGTTACAATATAGATGGAATCAATCTACTCACACTTG TTATTGTTTAATTCTCTTTTGCTGATGACGCAAAAGTCCTTTTTTTGGTATCCTTGTAGC TCATTTTTAAAACCGTGTTAAAAAATGTAGGCATTTCATATTTCAGGTAAATGTGAATAG TAATAGTTTATTTCAGACTTCAGAGTTATCCTACACCTTTCTACTTGTTTATGTGGTGGG TGGATCATTTAGCTTCTCGTGATCCTTTCTTTGCCACTTCTTATTTCTGTACTAAAGTAA AGATGAAAGGAAACCTAGGCAAGAAATCGGGATGATGATAAAAATGGTGGACACCTCCAT CTGTAGGTCATTACTTTTTAAGAGATGACTATTGGATGGGTAATATGCATGCTCCCTTTC CTGCATTGTACCTGCATCACACCACGGCGAAAATTTTCTACTAACCTCTGCTGACCCTAC AAGCCCATATGGGGGTCGTCTTATAACAAAGAGGGTACTCTCTTCTTTGATGTGCGCTAT ATTATTGTGTACTATTCCTTAAGGAGTGATTTGTGAATGAGTTGAGGCTATGAGGTTAAA ATAAATTTATGCTGAAAGGTGCATATTTTGTGCTCACAGGTTTGGCAACACCGCATATTT GTTCATTTCAGTGGCCTTCATCCAGATGCTCAAAGCTCTGAGTATGTCATATACAGTATT CTTTTCTAGTTACAAATTCCTGTGCTCGGGAATCTACTGAATGGCTGAAGCTTTCTCTGT ATTGAAATCACAGTGCCGGTGGCCACATTTGTCATGGCTGTTATTTGTGGAACTGACAAA CTAAGATGCGATGTATTCTTGAACATGTTTTTGGTCAGTGTTGGTGTTGTAATATCCTCC TATGGGGAAATTCACTTCAACGTAGTGGGCACAGTTTACCAGGTGACTGGGATATTTGCT GAGGCTCTTAGGCTGGTGTTAACTCAAGTTCTTCTCCAGAAAAAGGGATTAACACTCAAT CCTATCACCAGTTTATATTACATAGCTCCATGCAGGTATTCTTCAATCTTCTAAGGTTGA CTTATCTGTTTACATTTGGTCAAGCATGTTTTTTGTTCCAGTCTATATGATGAGCGAGAA CTTGGACGTAAATGATTCCAAGCCGCCCCTGTGTTGGAATCAGAGGGAAAAGGATAGCAG GGAATAGTACCTTCCTGAGATTGGTATCTTTTAATGGGTTGGAGTAACTTCTTGATTGCT CCCGACTACAGTAACTGCTGATACATTCATATCATCCTACTGCCGTAAAGTCTATTGAAA TGTGAATCACATTATCTAAATGTTAAAGCTGTTAGAGGAAGGACAATTTTATAGACTTAT TTTTTTATTTTAGTTGTGCAGTAGAATCAGATATAACAGACAATGAACTTTGGCATTGGA CCAGATCATTCATTTGTTAGGATCTGCATAAACAATTGAAAACAAAGTTGAAAGGTCTTG TGTCATGGTTGGTTGAAAACTTGGCATAGCAAATTGATGGATTTTATTATGTACTGTCGT TTTCTGCTGTCTTGCCTAAGTAGATATATCATATGTGTTTACAAACAACGACAATGTTAA AACTTCAACCGATCCTCTTGTTCCAACAGCATGTGTGTGCTGCTTCTGGGCTGACTATGG CACTCTGCCTCGTAACTTTTTTGTTATTCCACATTTTTCCTATTATTTACATCGGATTGT ACTTAAAGGACTTGAAAAAAAAAGACAATATAATATTTTCTTGCATTATTTCTAAAAGGA TATAGTTTCACATTGCTTTATTCACTTTAGAACTCCATGCTTTGTGACGGATAGGCTTGC AACAGTAGGGTTATATTTATTATACCATAACTTGGATAATATACTTTTAAGAAACAAGAG ATATTACAATTAAGTTTCTGTTAGTATGTTCTCATGTGTATAAATCTTTCCTACATGCCA TGTATAACAGCAGAAGTATATCTTGGCATTTATGAAGTCAAAAAAGTGTTGTGGATGTTG ACTAGTTGGATAGCTACTTGCTACTTTGATTGTGATAATTTTGGTAACTGTTATGTGAAT GGCTTCCTCTATACATAGAGATAGAAGGATTATCTGTATGCTGTGATATGCAATGGATGT TATACATATTTGCTTACATTTTCTTCCAAAGTGAGGTAGTTTCTATAAACTACTGGTTTC AAAGGCAAACATTTTATGTTTTCGAAATGAGTGAGTAATTTCCTGTATGTTAAATGTCTG TCTGAAGTTGTCTAGAGTCTCATGCAAGTGAATATTGTGCTGTTTCTTGAGGCACTCATC ATTTTATGTTTTATTATGCAGTTTCGTCTTTCTTTTTATTCCATGGTATCTTCTGGAGAA GCCTGAAATGGAAGTCACGCAGATACAATTCAATTTTTGGATTTTCTTTTCAAATGCACT TTGTGCACTTGCTTTGAATTTCTCAATTTTCTTAGTGATTGGTAGAACTGGTGCTGTAAC CATTCGAGTGGCTGGTGTCTTGAAAGATTGGATATTAATTGCCCTTTCAACCTTAATTTT TCCAGAGTCAACGATTACCACTCTTAACATTACAGGCTATGCCATAGGTAAGCTTATTTT TCCTTATTTATGGGAACTTTCTGCTTACATGCACCATATTGATGAAATTTTGTTTTGTAT AGCATTATGTGGTGTCGTGATGTATAACTACTTGAAGGTCAAGGACGTACGAGCATCCCA GCTTCCTGTAGATACTATGTTAGATCGAACAGCTAAGGTCAGATTTTGTTCTGACTTTCA GACTATGGCTTCGTTTTCAGTTTTTATATTTCATTTTTTTCCCATTCCTGGTGTGTTTTC TGATTTTCCAAAGGAACATAAGCATATGTGCATGCTTCTTTTGTTTCTTAGGGAGTTGAT GTTTCTTGTCTCAAGCAGCAAAACTGAAATAAAAAACAGTTAAAATCCTAATGTGTTTAC AAGAGAAAAGCTGCATTATAACTATTTCATATGTGACGGATGCTTATAATCGCTAATGCC AGATATGGATAAGCTTTTCTGTATATCTTTTGCATCTCCCACTTTTTCCCCCTTCCTGAT TGAGGTCAAGATTATTATTGGCTTCCTCTATTGTTTTTAGGTCTTATCGATTCATGTTTT GTGTGGGTCAAGGGTGGATTTTCTAACCCAATTGTTTACCGTGCTCGTCATATTTGAAAT CAAAGAAACGGAAAAGAAATGTATCTGATTATGTCACATGCATCCTAGGATGTAGCATAG AGTCAATGAAGTTGGTGAAAGCCATGTGCGATATGAGTTCAAGTTTCAGCGAAGAAAAAC ACTGGGTGATTTCATTCCGACCTGCCTCAGTGTTGGTACACAGAGTCCCAGTATACGTAG TAGTGGGAGGTAGTATGTACCTAGTTCCTGGTGAAACAGTCGAGGTGCACTATTGAATAT TTGACGGTACATTTTTGTGTCTTGGCCTGGACACCAACATTATTAGAAAAGGAGGTCACC TGACTGTTTAATTGACTGTCTTTCAGTGTTAAAGGATATTTAAAGCTGGCTTAAGCCCTA AAGCTCGGATAAGACATTGTGTCACTTAAGCTGTGTTTCAGTGTAGGCCATGCACTAAGT CGTTCCCATGAGTTCTATCTCGAAGCAATACTGAACAACAAATAAAATTGGTAACTAAGT GTATTAGTTAAGGAGAACATTATAAATGCATTTGTCACCTTTTTCTTGAACTACATATAT ATTTCTTCTTTTTTCCCCTTCATTGGACCTTTTCTTACTAAAGCCCACACCTTGATTGTG CTTGAAGTCCCAATAGACCTCGACTGCTTCTTAGAGCTTTTCTCCTTTGACAACACTGTT GTATTTGTTAATCGTGAGAGTTTGACTTTCATATGATTTTCCTTGGAATTACAAGTATGT CTTACCTGTACTTAACCTTTTACAGGAGCTTAAGATGGAAAAGAAGTCATCTCATCTGTA CTTGCCAGATGACAATGCTGATCTTGGGGGAAACAGTACAAAGAATGACTCTTCAGATCC AATGGTGGATGAGGAAGCACCTTTAATAACATCAACTAGGATCTCTCATCTTGGGCGAAG CAACCTCTCGTCGTGAGCATTATAAGTTTCTTCAAATCTCATTTTTTGGTGCAGTTTCAG TTGTCAGATTATAGATCAAACAGATTGAAGAGAGCAAGTCTTGTATACACCATCCCACCA TTTTGCCAGGAGTTGTATTTCTTTGCAAAGTGTTTGGTGCTATTAATAGTTGTAAGGTCA TATGTTGTAATATTTTAGGGCTATTGACGTTCAACAAACTGTTATTCTTTTATTCACATT ACACACTCAAGCATATATGCATATCACCTTCATACATGCAATTTGGATCGTGCCTTGGCA ATTTAGAGTTTTAATGTGTTTCAGCTGAAAACCACGGTATTTACCCAAAGTAATTACATG TCATAGAAGGCAAGGCAAGTTGAATAGAAACATTTTTTTAAAAAAAAAAAAATCTGTGGC AAAATTAGCCTATAAAAATATGACAGATCTGATTCGTCCCTACCTGCTCATTTGACACCC CTTGTCAATTCTGTTGAAAGTGTGATTTAGCTTTAACAGCACTTCTGTTATTCTAGTGAG TAGGTCACCAGATATGAGCTATTCTGAACTTTTTCAAGAAAACTATGACTATTCGAATAC AACTATAATTTTCACAACTTTCTTTTCTTTTCAACAATCTTTTCTTCTTTCAATTTCAAC TTGACTTTCGTCAAGCAGAACAATTTTGATATTTGATTTTTTCGGTTTTTCATGTAACCA GCCATTAGCTGCTTAGCATCAGTTGTAGAGACAACAGGTTAAACTCCATTTAAGAAACGT ATATAAGCAACTTTTTAGTGTATAAGCAATTTAGTGGTCATATTCAATGTATGGTGAAGG TTGGTTGAAGATGATGTCACGCAGTACTTAGAATCAGTTTAGAAGTGGAAGAATTATAAA AAAAATAAGGAAATGAAACGACACTTTATTGAACTATATCATAAACAGATCTTCCCCTCA ACATTATTCAAAAATTTCTCTATCCTTCTCTTATATCGTATATCGGCATAACGCACTGAC CACGGTATGTCTTGGATAGTCGATGTAATGGAGTTTCAGATTCCACCGTAATGTTTCGAG TTTCACAATGTGAAATTTAAAACTACATCACATTTTCAATTACATGAGTTGAAAAGTGGC TATTTGTGAATTTTGATGTATAGTTTGTAGCTTTTTTTTGTCTCATATGGATTAAATACT GGGTCTGGGGCCCAGATTTTCCCAAGCCTATACACCTTAACTGATTTTGGAAAACACAGG GATAAATATATATAGAATGAGGCTGAAAACCATCATCTTATCCACTACCATCTCATCAAA AAAAAAAAAATTAAGAAATGCAACCATTCTGATATGTTGTTAACTAGTCATTATTGTTCA AAAATAGCAACTCATGGAGGCACAGTTGTGGTGCAATAAGACTTACAATTGTATAGGTAA TTTCCCACTGAAATCCTTGGCACTTCTTCCTGTTTTTATCTAGTTAAAAACAGTGACTTT TTTTTTTATGTATTATTATTGAAAGTGGAATAACTTTGTATTATGCAACAAGTTAGAATC TCCATATTGATTTTGGAAATGGGTTGTTGTCTCGGGTCTCAAAATCCGGAGACGTATATA CCTTGTCCTAAGCAATGTAAGAGATATTGACTTCGTTTTTTTTTTTACTAAGTATTCATA AATCACAAGTAAAATGAAAAGATAGGTTATAATATGAAAAATGACCCTTATTATTATTAT ATCGATGTATTCAATTTTTCACTTTTTCAAATCTCGACACATTTTGTGTATGCCACTAAT TGTGATCTCTTGCTATGTATGGTTAGTTTTTTTGAGTTGACATGTATCTAAAGTTCGTTT TTCTTGAATATTTAGACACACTCCTATATATTCTTGAATTTCGAAATGAATTGTTATCTC ATTGAGATGATTCTCACTTTGTGAACATCCCCAAAAAAATGAAAAAGGACCTTGTAGTTG TAGTAATTAAAGTAAAGTAGGACAAAAAAATGTTTTAGTAATTGTAACTTATATTTCATA TGGCAGGGACAGAGACATGGAGAATTCAACATCCACTCCAAATTTTGCATACAAGTAATT GGCAACAACCTATTTTTCAGCCTTTTAATTCCTCAATTTCCCACAGTCTGACTTGTAGAC ACATCCACCGCAATGGAATAAAGGTATCTTTTGTGTAAATTACGCGAAGTTCACCATATT TGTCTTTCGTTGATACTTTGATTCATATTATATTTTTGTCGTTATTTAATTGGATTAAAA ATATTTCAATTTCACAGAAAACTCAATCGAGCATAGTTAGAACACTAATAAAAACATATT TAACCTACACACGTATTATTAGTTCAATTTCTAATTCGTAAATGCAATTACCCAACAGCT TTTGAAGTTGTATTTGTACAACAACTTGATTATATTATAGTGAATTTAAATTAAAAATTC TAGTAAAGATGTAACAAACGCGAGTCCCGAGCCTAAAGGGTATAAAATATTAATAAAAAT TTCAAAATGGTATATTTTTATATCAACCAAAACGAAAAAATTGCTGGAACAACAGCGATT TGCTCCGCCGGAAAAAGTAAAATCACTGCTACTGCAACGATTTTGTAAAATGTGATTTTT TTTTAAAAAAAAAACTTAAAGAAAATCGTTGCCTTAAAATTTATTTTTTTTTAAATAAAA GAAAGCTTTAAAAAAATTAAAAAAATGAAATCACTGCATAGGCAGCGATTTTCTTTTAAA AAAATCACATTCTGCACTGCAGCGATTTTGCTTTTTTCGGCTGAGGAAAGTCAACAATTT TACTGTTTTGATTACTATAAAATTTTATGTACCATTTTAAAATTTTTATTAATATTTTAT ACCCTTTAAGCTACGGACTCTAGCATACATAATGTCAATAAACGAGAAAATACATACATT ACATTGCTTCAACCTACAAAGTATCTTTATATTCAATTAAACCACCAAATTCCATTATTA GATTCCATCAACTTCCATAACACACCCTTTAACTCAATATCACAAAAAAAAAAAAAATTT AGCGACAATAAGTATTAACATTAATTAAGAATGCTAAAAAAATTTTATCAGCATCAGTTA AGTGTCATTTGAACCAGTGTCACTAAAGACTTTAAGGACATATACGAAGAGTGTTAATTG CCGCTAAAGTTACATAAAAATTAATTGCAGTTAACAATCATTTTTATGTAGTGACGTGAC CGATGAAAATTATTTAAAACTTCACTTCTGTTCATCTATTTTATATAGGTTAAGCAACAC TTCACTTTGTTAATTGTCTCTTCTTCTTTTTTTGTGTGTGTGTAAAATAAATTAATCAGA CATTTGCTACAAGAAGGAGAAGATCAAACATAGAAACAGACACTTATGTACTAATGGAAC CTGGGAAGTCAGAGGAATTTGTTACTGAGGAAGAATTAAGAGACAAGTTAAAGAGTTGGT TAGAAAATTGGCCAGCCAAAACACTGCCACCAGACCTTGCTAGATTTGAAGATAGTGATG ATGCTGTTGAATATTTAGTAAAATCTGTTTGTGAACTTGAAATTGATGGAGATGTTGGTT CCCTACAATGGTACCAAGTTCGTTTACAACAAGACATCATATGAAAGGACTCTCGATTTT TTTATAATCCGTTATTTTTTAAATAACAGTTGATGTAATTTTTCTTTGTATCATTTTAAT TTTATTAAAAAAAAACACTGTGATAATGACTAAAACCAAACATGGATTGGGTAGGGTGAG TTTAATTTAGGTGAAACTTTTTTCTTTTATTAAAAAAAAAAATATTTTAAATTTAGATGA GTTTTTATTTACTGATTTAATTAATGATATGATTATATCATCATTGATCACGTGTACAAA GTGATATTTTAAAATTAAATATAGTTTTTGTTGATAAAACATAGCATATTGTTGAACAAC AATGAGATAGGTGATAGGTGAATCCAATTTATAAGGATGATATTTGATGATTCTTTAGTC AAAATTCAATTCTATCTTTGAACTTTTCTCCTTATTTTTATGATAATTTTGACTTAGTGA TTTCTTTTTTCTAAAAAAATATCTTATTCATATAAAATAAAGTTGAGTGGTTTGATTGTC TAAATGATATATTTATTTATTTTACTCAATGGTTAATTGTTATAATAATTATGGTTGAGA AAATTGTAACTGAGATATTTTTAAACGTATTTAAGTAACATATTATTTACATATTTAAAC ATGAACTTGGAGAAATTAGAGATGAGCTTGGATGCTCTTGGTGTGTGCGCTTCATATTTT TTGATAAAAGATATTATTGTTTCATATGACGCATGATTATTTTGCGTTAATAAATCAAAG TCCAAGTAAAATAATGTATTAACAAATGTAATAATTTAATTTAATTAACTTGAAACTGAA ATCTAACTAATTATATTTTGGTATCTCAAACTTACATGATATATTCTTCTTTTTAAATCA GATTTTATAGATACTACACATATTCAAGTTTTAAAAACCACACATTTTAAGAGTCTTTTT AATTATACAATATTATAGTATTAAAATGATAAAAAAAACACAATTCAAACTATGAGCTGA TTTGCATCAACCAATTTTTTTAAGTTAAAACAACTTTTAAGTATTTTTCAGCCTCAAATA AAATAAGTTCAAAAAACACTCAAATAATAAATAAAAAAAATGAAAAAATCTTCCTCTTTT TTAAATTGACATATCCAATCGTAATAATGCCACGTAATTAAATATCAATGTATAGAACAT AGTTAGATGTTTCTAGACAAAGGGCAAAAATGGAAATAAAAAAAAGAATTGGAATCTTTC ATCCAACGGGTCAGATCATTCCAAGTTACTAATCGTAAGGCCAATATATTTTACAATATT TATATCCACAAAGTTCTTAAACCCTACTGACTGAACTCACCTGGGTATAAGAAAAAATAA ATAAAAAAAATCTTCGAAGGTATGTTTCTTCTTGAATTTTTACTATATCCATTTTCGATT AGCTTAATGTTTAAAAGGGTTTTCATTTTTAGGATACAGATTGTTATTATTTCAACTTGT TTCATTGTTTCCATTTTATAAGGTTGGGGTTTTGATCATTTTCATTCTGTTTCTTGAATA CCATTATTAGTACTGTGAGTTATAGTTATGATATGATCGTGGGGGTTTACAGCTACATTT TTCTTGGTTTTTTGTACCGTGATACATTTGAGCTGAGGGTCTTTCGGAAGCGGTCTCTGT ATTGAATCTTTTTTTGTTTTGGAGATCAGTAGTGACTAGTGAGCATATTGGGTGCTGATT GCTTGTAAAAATAGGATCTTTAGTATTTTTTGTTGATGGGTTTTGATTAATAGGGAGATT AGTTCATGGCTGGTTTATTTTTGGTAATTTCCGCCGGAGGGAACTGTAGGATGAGGAATG TATGTGTCTTGTGCTCTATAATTGTAGGGACTCTTCAGTTTTGATGTTGTACCCGTGTTG GGTTCTTATAAAATGCACTACTTTTGGAGAATCCGACAGGCACCCGTTTACATTTTTTAA GAGTCTGAGCAACATAAGTTGTATGACAAATATGGAAGAGTAGGTATATATTTGCTTTGT GCTGTTTTGTATGACTATGTTTGATTGAACATGTTTATTGGACTGAGTTACTATTAAAGA AATGGGAAGTTAGTTTAAATGTGTTTGATGTCAAGATGAATTTGAATTCTTTGAAGTCAT GATATGGTGAAAGTTGTATTGAGTAATTTTCTTGATGGGATGTTTCACATATTTTGGAAT GTCACTGTTATATAAATAGAGACGAAATATGAGCTCGGAGAAAAGGAGCCATCTTTTTCT TTTGCTTTACGCTGTTTCGTGTCATCTAGTGCCTTCCAGCATTATGGTAGAACTATTCTA CTATCAAAGATTTCTTCTAAATCCAACATTTATTCTCATGTTATGTTTAATATTGACTCC TGTTGTTCTGTTCTTTTCATAGGTTTAAAGATGGCTTTATTCAATAGAATTGGAAATATG CTTAAACAGAGTGTAAGCAGACACACGAATTTGGAATTGTGTGCCACTAGAACCTCACTT TACCAGGCTATAAGAAGCATGTCTTCTTCAAAGCTTTTTGTTGGAGGTAAAAGGATTTTG TTCCCAGTAGTATGCAGTTGCTATGTTCTTTTTCCTTCCTTTTGTTGCTCTATAATGGCG CCAACTATCCCCTGCAGGTCTCTCATATGGCACTGATGAAACCTCTCTGCGAGAGGCATT CTCCCAACATGGTCAAGTGATTGAAGGTACTTCATTTATGTTTTGACCTCTGATAAAATA AGATTTTGCAGCTTACTCCAATTACGTGGTTCATGGAGCCTATAAAATTGATGTGCCCTA AACAAGAAAAACAAATTAACTAAACAATGATGTGTAACTCGTGCAGCTAGAGTTATTTTT GATCGTGACAGTGGGAGATCCAGAGGGTTTGGTTTTGTTACTTATACATCTGCTGAAGAA GCATCAAGTGCCCTGAGTGCCTTGGATGGCCAGGTAATGATGCCCAGGTTTCTTTGTGAC CGGTCAGTTCTTCTCGAAGAGTGATATTTCTTGTTTTTGGTATCACTTTGTGTAGTCAAG AGTGTCAGGCAAGTTATGTTATTTTCCTAAAGATGCTATCCATCTTAGTCCACTCCATCA ATGATGGTTCCCATCTAATAGGTTCTATTACATGAAAATTTTGCAACTTCATGTTATTGT GCCTTTCAAAAAATCAAGATCAAATTGCTTCCGGCACTTTCTTACCGCTAAACGAGATGA AATATTTGAACAACTTTTTGAGACCAGTATCAGGTGATAATTTCATGTTGTTCCTTTCGT TTTATTCACCGTATTCCACTGTCAATTACTGGAAGAAATTAATTAGTTAGCCTTAGTGAC AGGGTGGTCTTTCCATCTAGTGCTAACCAATAAGGTTCTATTGGGTCAGAAATCCATCAG GACTTCATCTTGTTTTCCCTTTCTTTTATATTATGGACAAATTACATTTTGCTATTTTCT TCCATAATTTGAGAATGAATTTTTTTTTTTTTTGAAAAGCTTTTGGGACTAGTACTGGGT AAAATCTGTTGCGTTACTTTTGCAGGATCTCCACGGGAGACGGATAAGGGTGAATTATGC CACAGAAAAGCGTCCTGGAGGATTCGGGCGTGGTTCTGGTGGTGGAGGTGGATTTAGCTA TGGTGGGGGAGCTGGAGGTTACTCATATGGGAATTATGGAGGTGGTGGTAACTATGGTAG CAACAACAGTTACCCTGCAGGTGGTGGCAGCTATGGTGGGGATAGTTTTGGGGCTGGATA TGGTGGTGGGAGTAGTGGAAGTTACAACGCTGGTGTTTCCGCTAGTAATGACTTCTTGAA CAACTCTGAATTTGGTGGGAGCCCTGGGACCTCGCACAATGGTGGTGAAGAACAGCTTAG TGCAGACCAAGGGACTGAATCTGTAGACAATGATTTCACACCAGGTGTAGAAAGGAGCAG CAGCGACGACAATGATGAGCCAAAGGACTACGCCAACTCGAGGAGTTCATAATACGTCCT CATATGCTATTCACCAACTTTGGGTTTGATGAGTACATGTTCACAATACGTGTTGAGTTA AAAGAAAGTATATTCTATTTCCAGCAGGGTTGCTACTGGTTGAATGCTTCATCTAAGTTT AATCAATCTGTAGGATTACACTCTACTCGTTTCATAAATGTTTTAAGTTCATGGAGCTCT CCAAGTACTGATTTTGTGCAATGTACAGTGCTGAATCTTTTGCTACCCGCTTGTTTCTTT GAAGGCACTTGTGATGACTTTCTTGACCTTGTGGCTAAAATGAAGATTGTGGGCTGGCAT TAGCACTATTTGTTTACTTAATAGGCAATTAGAAAGAAACGTGAAAAATGTGTGCTAAAC TGACTAGAACCCATAATTAGTAAGTGGAAGTGCTTCCTTACATTACATTCGACGACATCG ATGAACACTCAATAAGTTGCTAATTGCCTGAGTTTCGAATAACTGCATATTGATACTGAG AGAAAATAATAGGTTAAACTGCTGGCATTTCTTTGTTTCATAAAGAGTTCAGAGTGAAAC TACAAGCCAGCAGCAAACAACTTCTGAATGGAAATACAAGGTTGCGGAATTTCTACGAGT CATTTTACATAGAGCATCACTTACACTCTGATATTATCAGATTGGCACAATACTACAGAA CTCTCCTTTCCTCTTTTCCTCCATTTGGTGGCCCCACATCTTTTTGCTGGGGTGGGGAAG GGTACATATTTTATATTTCACAGCCACTTCCAGGTCAATTGAAAACAACCATTCAACTTA TAATGCACATTCAGCTGTTGCCAAAATCTTCAGAGATGTGCAGTGGTCATATTATTAAAC AGCCCAGAATGGCTTTGGAGTCGCTACCGCACTTGAGCTACTTTTCAAAGGTCCGTCAAT TGCTTCATCATTATCGTCGTCGTCGTCGTCATCCCCGTATTCCATTAGCTGGACTAATGT ATCTGAGATGCACAAATCAAATCAAACAAGTATACAAACACTCTCATATTTCTCAACTGT AAAAATGAAATAGACAAGTTATGTCTGATAACAACTACTACTACAAGGCCTCAATCCTAA GCTACTTGGGGTCTCTTGTATAGATCTTCAGTGAACTTCCACCCATTTAAGCTTATTTCA TGCTGATATAATACAAAAATAAGAAGTGGAAGATAAAAATAGAAAGTAAAATAAGTTCTA CTATGTTAATAGGACTCAATGGATTTTCACACTTCCACTTAGTAACAAGAAATGCAAGAA AAAAAGGGGTAATGAGGATAGGTAGGCCATCGCTAATAGACAAACCAAGCAAGAGTTCAT TGAAATCTTGAGACTGAAAAAGCTTGAGTGATGGCAAATACCTGGTACAATTTTACTTGG TGCTTTGTTAACCATATTGTTATCATGCACTTTCTGTGAGGATGATTGAAACTTTGGTGG CGGCGGCGGTGGAGGCATCATTCTAGGAGGTGGCGGCGGCAGCATTGAACTGGATAAGGG CTGAACCAACTTTCTGGGAGTCGGAATACCAATTTTGTCTGTATCACCTTTCTCTGAAAT TCGTTCCTGAAGCATTAGAAGCTCCGTAGCCTGCAGTGGATTCTGTCAACCAGAAGGGGG AGGGGGAGTCCATCCAGAAAACTTAGAAATTCCAGGAAAAAAGGAGGTAAAAGTTTTGAG TTTTTCGAGAACATTCTTTTACTTGTATAGTAGCAGGCAAGGGAAGTTCAAAATAAATGC ATGATCATAAGAGTTATTGGTTGACATGAATAAATTGGACTCAATCGTGTAAGATGCAGC TTGACTTTTTTTTCTCTCACTTGTTACAAGGAGCTTAGATCAACATGTTTAGAAAATGCA TATATTGCAGATACCAATAGAAAACATTTTATCTTCTAGAGTAAAGTTGAAACAGTTTGA AAGCCTCACAGGCAGAATGTACTGTGAGCTCGATCTCATTACCCTTTTAGTACTTGAAGC AAAGTTGATTAAAAATGTGCATTTCATATTAGCATATTAACATTTAACAAAATGCCTAAA CCAGAAGGGCATGGCATCTTTGCATCGGCACCATAACACTGAAATTGCACGTAGCAACCC CATGCCTCCTCCGTATCCAGAATCCTGTGAAACATACAAAGGTCCAACAGAGTTCCACAG CCTGTTAGCTTCATACAAGGTCAGAGAAATTACCTGGAATATCAAGTAGAAAAGGTTAGA CCAGAAATTAGTATATGTTTTATAACTGAAAAATATCTCAAGGGAAGAAATTTGAGAAAT TTCAAACGCTCCATATACAACAGCAATGAGATGAAAATTTAAAATGAGAGACAACGAAGT CTTATTTTAATAGAAACTAAGATGTAGGATGAATGGTAAACTAAGTTTAAAAGAGACCCA AAAATAAGAGAATCTGATAAATCCCAATTTTGCCAGTCATCATGCTACACAAGGTGTACT TCATCCTTCTATTAATACCATTTATATAGTGGAAGGTGAAGTGAAGAATCTATCATAATT CATATACACAGCATAGTCCTGTGCAGAAGATCACTCAAGCAGTGAGAATCAATTAAAGGC AATTAAGGGACACAACTTAAGATATAAAAAGGCAGATGCACAGGCTATAGATACGCCACA TAGCACCAATGTTTATGAAGGCTTTGTTTCAGAGCATAAATTTGGAGAAATCACAGGAAC TTCGTGATTTGGTGGAGGCCCTCCAAATGAGGAATGGGAAACAATACAACTTCAGTGACC TCTAGTCACAACCACTAGGGGAAACTTGTCTCACATTAACCAACATCTTTCTTCAGTTAT ATTGTCACTCTAGCAGTCGATCTGATAGATACCACATAGTGGGTGGTCAATGAATGGCTA AACAGAAGTAATTAGAGATGTTTTTGATTTCAGATTAGTGATACATGTACCACTCAATCT TCCACCAAATTAAGTTGGAACAGTAGCAATGGCTGTACTAATATATCTACAGTTCCCCCT TTGTATCTTATTTCTTTTGTTTACATGATATCATCTAACATTTTAGTTCTCATCCAAGAG ATGGGCTTATCTTGGATGCTTGGAGCAAAAATTTTTGCACAGCCAGTGCCCCGTTGGATA CTTCCACAAGCAGATAGCGATAATAGAGGAACTTCTGGATACTCAAGTTTAGGTTCATAT GCCAGAAATTATAACATGAAATGCTTTCAATATTCATTCCCCGTCTCTGATCAATCATGA AGCTTTATGTACTTGACTCGGAGATGACCATTATAATTTTCTCATCAAAAGCCAGTTAAG GGCAATTGCCTGGAGATACCTTCGTATAGGTCAAGGAGACTAAGCACATACCTGGTTTAC AGTTGCTTGGCCTTTTCCACCAGCCGGCAATTCTTGAAATTTACGCTTCTGTGCAGGGCG CTTGTCCTTCTCAGAACCTGTACTTGTCTGTGAAGTGATGCTTGGTCCCGTTGTTGCTGG AGGAACTGTTGAAGTGACTGGAGAAGTAGATTGCCTAAGAGCCAAAGCAACTTGCTGCAA AGCAGTGGCTTGGGGATATATACCATCATAGCCAATATAGCTTGTTCTACTTGTAACTAA TTGATGAGGATAACAACTGGTGGGAGGTTGAGATGGCACAGGATCTAGTGAGCCTAGAGA TTGAGGTACTGTACCCTGAGAAACAACACCAGTCCCACCTGCAGCTGCAGTCACGGGAAC TGCTGCTGCAGTTGAGGAGCTCAAAATCTGTGCAGCTACATTGGCTGTGGGTGTGTTATT GACTTCTGATTCACTTCCAGAAACCTGAACGCTGGCTAACGGTTGCAGTGGAGGCGGAAC AGCTCCATAAACCTTACAAGAAGAGACTCTGCAGATCGACAGTCACACATATGAGAATTC AGGACAGCCCAACAAAAGAAAAAGAATCACAACAAAATAACAGCCCACAAAAACCTCTTC TGAATGAAAGTTAACAGGCTGCAATCACATTTCATATACTCAGAGCAACATGCATACCTA GAAGCACCACACTCTGCACAAATAGTATCCAAAAGATTTTCTGCCAAAAGCTTCGCACGC TCAAGACTTGCACTGTTATTGCTTGATATGAGTAAATGCAGAGGTTGGTGAACATCTGCA CGTTAAAAGAGTACATTTATGAGGAATAACTAATCTTTTTTCATAGCTGAGGAATCTAGC CAGTGGCACACTATTGATAATCATTCTTATCATGCTATGGAGCATGGGAAAATAATTGCA TCTTAATCAACACATAGGCACCTTCTCCCTGTCCTTCATCTGAATATCCCGAACCACGTC CTCTTAGCAAGACAGTTGCTCCAGTTTCATTCATAATGTGATTAATATACTGATCCTGCA CTTACAAAAAGCCAACCACCAGCACAGAAGAAAATCTCTCCAAATGGACGGAGATGTCAG AGAGAGCTCAGAACATTAGAAACTCTTGGCTTTCTATCAATAAAAATAAAGTTTAAAGGA GCACATCAAGCATCATAATGCCAAAAGAGATAAATAAGATAATTAGCCAGGCAGGGTAGA GAATGGACTACACCCAAACTACTGGAAGAAACAATCATATAATTACTCAGACCATAATCT GATCAATAAAGAGAATACATGATGCCAATATCTGATCCATAACAGAGAAGTAACAGCTGA ATGAACTTCCCGGTATTTAAATTTGCCAGCAAATCACAGCATATAGGTAAAAGAAATTGA TAAGGCAAATGGATAGTAAATCACAAAAAACAAAGGATCCAATTTTTATGCAGTTAAATA TGCGAGAATTCATAAATTGAAAATTATGTAAGGAAATTAACCCTTAATAGGCAACATACC AAAATAACTCAATAAATCAGGAGAAATGAGCAAAGTTAGATTAAGAAAGCTCACATTTGG TCCACGAATGCGCACAGTAATATTTGCTGATGGATCAGCCTCAAAGCCCAGGTATACACA GGTACTCAGCAGATGATTAACCTGATGATAAGAGAGTCAGACGTTCCAGTAATTTTCTGG CTTCAGGTCCTGTCAAACCTCAGCAGATACTACTTACCTTTAATCCATTGTTAACAGGAC CTTGCTTAAGCATTTCCTCCACTACAGCAGCAGCACGATCAACTGCTCTGATCCTCTCAA GTGTTGTTTCTAGCTGAATCAACCACAGTACATGTAAATACACCACAGCAATCACTTCAC CCAGCAAAGTAAGAGGTCAAATAATAAAACTTGAAAAGGTTACAGAGAGAAGTCCCACTT TAATGAATAACAATTTTTTCATCAGTGTGACCCAAGATAAGTACAATTTTCCCATGGAGA AGTGTTTTATAAAATAAAAGATAGCCTGAAACTTAAATGAGACATTTCTCCACTCAACTT TTTTCTTTAATTTTGTTCCTAAGATAGCATCCCCAGACCCCACTTTGTGGGATTTCACTG GGTAATGTTGTTGTTGATGTTGTTCCTAAGATAGCAAAAGGTTATTAGTACCTTATACTT TTATGTTTTCAACTCTCGCTAACTTTGCCAGGTCAAACATTTACACTGAATTTTGGCTGG ATAGATGAAAGGTGTAGACATTTTTTAAAAAACGTAGAAAAGGTTCAGAAGATGGGAATA TGTTTTGGGTTTTGCTTTTTAAGAGAAAAGATATTTCCAGATTCTCCAGTCATGTGTAGT ATACATTGGATAAAAACGGGGGGAAAAATAGCAGTAAATGAACTCTTAACTAGAGAAGAT GAGCAGAAGAATATTGGTGGTAACCACTTCAATGGTTAGAAAACGCAGAAACCAAACTCA GAGAAACAAGTTGACACTAAGGCAAATGTATTAATTAATTAATAATGCACAGAAAAATGA TTCATCTATGCAATTTAGTGATGGACAAAACTTTATCAGCAATCTTCCTGAACCAAATGG TGCATCCAAATGCAAGTAACTAAAATTGCTTACATGTGCCCCAGCAGAAATATGAAGGTA TAGGGGTTTTTCACCATCAGAAGGTGCGCTTGGAGGCTTGTATTTACCCCTGCAATAGCC ACGATAAACAAGTATCACACTGTAAATAAAGGCTAAACAATAAGCAATATAATAAGACTT CATGGTGTGCTACCTAGTTATAACCACAGCACCCGTGCTCTTCTGAATCTGCAGAAACAG TGATAACTGATCAATAATAATGAGCATAACCTTAAGATAATCACATTTGCTTTTCGAGTC ATCTTTAGTCTTACAAAACCCATTAACAATATTCACCTCTTCTTGTGTTTGGCGCTTTGT GAGCCTGTAGCGAACAGACGGATCAGCATCATTAATGACAATTTCTCTTGCTATCAACTC ATCCTGAATTTTCGGCTGCAATAGCTCATTGGAAAATCAGAAGCGATCCAAACAAAAAAC AGATGATTCTAAACAGCATTTCGTAGAAGGGTAATAGAAAAATGACACGAAGAACATGCC TGATTCAGTATAATTTCCTAGGATGGGTAACAAACACATTAACTGTTAATTTGCAGTAAG ACAACTGCAGGAAGTGAACCAGAGAACTTTTTCTTTTTGATGATGATATAAGGAGGCAGA TAATTGGGCAACGCTTACTGACAACAAAACAATTTCTTCCACCGACAAAGAAAAGGAAGA AAAGCAATTATTGGGAGAATGTAAATCATGCATTTGGATAATAACTACTACAGCTAGGTG ACAACCCTCATGTAATAGGGGAATACTTCCAAACTAGAAAATAATAAGCAGCATCTTCTC TGATGATCTTACTTGAACTGATTTTTGGGCAATAATTACAGGAAGCTGCTGCACTGTAGT AGCACCAATAGTGGTAAGAGGATTCGTAAAAGCAGCACCCAAGACTGGAATCACGCCAGG TAGTGTGATACCAGCAAGAGAACCAGTATTTGCCAATGGAAAAATCCCAGATACCGCTAC CCCTTCTGGAACGAATGTCTCCGCAGGCTGATCCCACTTTCTCCGTTTCCTGGAAGATGT TGAAAAGTTATACCACCAGAAGAGCTTACTCTTCTTATTAGACTACAAAGCTGTCTCTCA TCATTTTTCTAATATTAATTAATCAATCAATCAAATTGTGTATGTTATTGTTTCTTATTT CTCTTTCCTCTTCTGCAGCATAATGCTAACAAACCAGCTAATATTCATTAAGTCACCCAG ATTCTCTAAATTCCTAAAAAACAGCTAACCTTCCCGGTGAAGATACTACTACTGCCCTCA CCTCAATGCTGCTTCTTCCCGCAGAGTAACAGTTTCATCTCAACAAAGTACTAATTCAGT TTCTGAACTTTTTCAATTTAGCATCAGAGCAAAAAGGACATTGACAAACTCATGGAACCA ATAATACATCAAAAGGATTAAAATCATGCGAGAGAGTCATGTGAAACCACGAACTCAATA AACACAAAAAATCCAACTCCTCAGCCAAAAAAGTTTGGACCAAAGTTAATTACTGAGTTA GGTCAAACCCGTATCTAATCATGGCAGCTTAATTAAAACTAGGTAACTGTTCGTTTCTAC TTTTTAGAAAGAAATCAAAGTAGTATTCTACTAACACATGATACCAGCTGAGCTAATAGG ATTCCGGAAAGGGATTCTCAGCAAAAAAAAAGTAGAGGGGACCAATCAATATATGAATCA ACTTATCTCAATCCCAAACTAGTGAATGTAGATACAATGAATCAAAACTATTGATTCTGA CCTAAGTCGGTGATATTAAGGGGAATTTAGATCTCAATTGAAGTGATTTGCCTTCAAAAA AAGCTAAGATTAAATTTTATGCACCTTTGCTTCGTCGATGAAGAATTGGAGTCTACGGTT TCAGAAGATGAAACTCTAGGGCAATTATCCTCCGTCATTGCTGAAGAAATTTCTAGTTCG TGCAATTGAAACGCTTCTTCTGAATCAACGGAGCGGCAGAAGGATTGAATTTTCAGGCAG ATTGAGATTTTGGATTCATCAAATTGTAAGAATTTGTGGTTTTCAGAATCCGTAATGGAT TTGGATTTTGGTACACCAAGTTGAACGGCCAAATGCGGAGACGACTTGTGACATGCATGT GTACGAATTGATTTGATTGATTAATAAATTAAAGTGAATGAGATATCACAAGCTGGAATA GCTCAGTTGGTTAGAGCGTGTGGCTGTTAACCACAAGGTCGGAGGTTCAAGCCCTCCTTC TAGCGAAGTTACATTTTTTTTGGTTTCAAAATGGGTTAGTTAGTTTGTATCGGTTTGGCT TATTGATTTTTGGATATGTTAAACTATTACCCAAACTAATAAGATGCTTTGTTATCGATT TTTTTCTTTAACGGTTTGATTTTTTGTTTGCCCAATAAGAAAATGTTTATAAAATAAATG TATGACTTCTCCAATAATTTGATACGATAAGACAATAATTTAACTTTACGAATGCTCATA ATATAAAAATAATAAGAATTGATTCAAGAACTATACAAGTGCAACATAAAGAGAAATTAA GAAAATATGATTCTTGCTTTAGATTTTGAGATTTTGTATAACGTGAAGTTGTGAACTCTA AGTTAGTGTAAAGTGTTTAATGAGCAATGAGAGTAACCAATAAGGTTACTGAGATTAATA TTTAATATTTATATATGGATAAAATAGTAAATTATAGTTTGATTTACCCTATAATTCAAT ATTAAAACCCAATAAAAATATGTTAACTGATAATTTGATAATTTCTTTTTCACAAAACCA TTATAAAGCATGTTAACCCAATAGCCTAATAAAAATAAACCAATAACATTTTTTTTGGCT TTAATTTACACACTCCTTCATATTCGTTACACTTTGTTATCTCAAAACTATCATTTTATT AACGATTGCTAAAAAATAATAATAAATAAATAGATTAAGTGACGAAAATTTTTACGTGAA TATGATATTTTTGCACAAGGCAAGTAAAGAACACATTCTTTGAGGCGTTAAAAATAATGT GGTTGAGGCTTTTATTCATACTCTAAGAAAGGAATGAATGACTTGATTTCTTAAGTATTG AACTTGACAAAACTAAAAATTAATATCGCAATCAATATATCAATCTTATTAATTTTAAGT TTATTCTACTAACTAAATATTCTTTTTTTGCATTGTTAATTTTTGAAACTTGTTCATGGA GTCATGGAAAACATGAACATCAATATATTTTTGTAGATATGGTTTGAGCATCATAAGCCA AAAAATAAAATATAAGAAGAGATTGAAGGGGCATTCCAAGAATTGAACTTGGGACCTTTC GCACCCTAAGCGAGAATCATACCACTAGACCAAAAGACATAAAGTGTTTATACCAAACAA ATACAACTTACCACAATTAAATGATTTAATGGAGTGAATGCAAATATTAATTAATCATAG TTACTAATTAGATTATTGTTGTAGATGTTCATGTATTCATTGATTTAATTAGGTTTAAAC AACACACATTATTATTGGACTTGCATAGTAATAATAAACCTCTAGTTATTATACACTCTT TAAGCTTTGTTTATTTGCATGGAGTGAATATGTAATCTTTAATCATTTAAATTATAAAAC GGAGTATATTTATTTTCAAGTTTGAATCAAAGTGTGTGTTTTTCTTTTTCTTTTACAACC ACTCAATCGATTTAAATATATTTGAATAATTAAAATCCATAACAATTTGATATCATTACC ACATTATCATCCATCTTCATCACTAATCATCATCACCTTTTATCATTATCAAATATCACC ATCTACAATGTCATATTCTCAATCACAATTACCATCAACCGTTAATCACCAGAGTTAATA TTTATACCATCATTAGCCACTATACATCTACAATAATCGCTACCAACATTTATCTGCAAC TATCCATCATTACATATAATGAATCATTATTATATAATATAAATTACTATTATAAATTAT TACCATCATTAACTATCACTATCATGCATCACAGCTATTTATTTGCTTCCGCATGCTATC TCAATCATTATTATCATAATCTACTATCACCCTAGTAGATACCCACAACATCATAAGTTT GTCATTACTCTCACTAACTTTTTTACTATGAGGATAAGTAGTAATTTGTTGTGTAACTAA TAAAAATGAGTATCTACTACTACGATGTACTTTCTTTAAATTAGTCACGAGGAGCCATGA AAGTTCGAAACTATAACTTAAAGCATATCTTCTATAGATTTGTGAAGTTCTCTTTTACTT CTCGTGATGGCCACACTTAGTAAAAGCACGTGAGGGTTTTTTAGCATGCGAAATGAAATA TTTAATATTTCATGAGATTTTTTTAATATGAGATAATAATTTAATTATCCAAGTATAAAA AGATTGAAGTTAGAGTTATATTTAGTTATATATTTTGTAGTTCTTTTTGTAACTCAGAAT GTATTTTTTTTTAAATGTTGTTTATAGTTTATACATTCAACTATTAAAAATTAGTGATGT CATCCAATTTATATTTGACTAAAACATAATGTCGTAGATGTAGGTCCCATTAATCATGGT AAAAAAAAAGAGGATGTTTATAGTTTATAAATTCAACTACTAAAAATTAGTGATATCATC CAATTTGATATTTGACTAAAATATCATGTCGTAGATGTTGGTCTCATTAATTATGGTAAA AAAAAAAGGAACTACAATTATATAAAAAGTAAATAAATTAAACTATACCCTTATTATATA ATTCCTTAAGGATGTTTGTCATCCCATGTAATTTTTTCATGTAAATATTTAAAATGTATA TTAATTTTGTGTATACGAAGGCGTGTGAAAAAATTGTATATATTTATGAAATTTGAGTAT TGTGTTTAGTTTCATTACCTGTAATATAGTTGTATATGATACGTTTTGTATTTTCTAATA TTCATATACAAAAACTGCAGTAATGTATATGTTGAAATGTATGTATTATATACAAAGTTG TATGAGACAATTATATACCGGTGATGAGCTTTTATTTTTTTAGATGCAATATTTGTATAT AAGCAAACCAAGGTCACTGTAATGTAATTTTGTTATTACTGATTAAATTGGTTATATTAA AATGTTATGTCAATTGTATATACGATATTTGTGATTGTTTTGAAACAAAATTTTGTTTGT AAATTCTACAGAAAATGTCTTCATTGGCTATTTTGGTGATACATTTTGAAAGATGGAACG ATACAAATAGTTACGTTGATTATAGAGGGTATAGTGTTTAAGGAACAAGCAACATTTCTT GAGCTTTATACAACGATTGCCGCACAGATTGGTCTTGAAATGAATAATAAGATATTGAAG ATTGAATATAAAGTTGAAGAAAGCAATAAACCAATGGTTATACACAATGACATGGGATAT ACATATCCCAATAAACAATTACAATATAATTTAGGGATAAACTATACATCTACTTAAAGT ACTTTTTTATGTTTTTCGTTTATAGAACTAAGGAACTATACATATGTCTTTTGTGTATTA AACATGCAATAACTATATTCAATTATGTGAATATACAAAAATTACTTAAACATACAATTT TAAGTATATTGGCACATAAATAACAAAATATTCTATCTAAAATTATGTCTTAAGCCAGTA TCTCACGATCCTGATGTTCCTCGATTCCGTGAATTTCAAAATCACTATACTCTGAATTGC TGGCTATTGCTTTCCTCTTTGTACCTCCTTCGACAATTTTAATGCCGCTAGCTATGACAT TGTCAATAACTATTTGAACTGATTGATTCATTTTTCTCTTGGATCTCAATACTTTCATTG CTTGTTCATCTTGAACTTGTTTGGATTTTGTCATAGACTCTACATTAACCCCAAAATCTT GGGTTAAACTCATTGAAAACGAGGGTAAATTGTTAACAAAATTGACATGCAATGGCATAC TTCTGGTATTCCTCATAGATTAAGATGATCATCCATTCTGATTTTGAAGAACTTATAATC TGATAAGAACGATAGATTATTTTAACAAAAAAATATGAAAAAACTAAAAAGCACAATACA TATACAATTGTTGAAGAAGGAAAAAAATAAATAAAATGAATTCACGGCTAGATTTTGGCG GTTGCCTGTGAAAGTAGAAATCAATACCGGAGGGAGAAGTGAAATTTTTGCCAATTTGAA TTTCAAAATCCGATAGAAGGAGTGATTATAGGAGAAAGAGGTGGAATAGGAATAAGAGAG ATAACATTAATTTGTATAAAATTATATACAATATCAAAATAAAGATTTTTTATGATTGGA TAAAATATAGGTGGTGGGTCCCATTAATTATGACAAAAAAAAAAGAAAAATGATAATTGT ATAAAGTAAATAAATTAAACTATACCCTTATTATATAATTCGTTAAGGATGTTTGCCATC TCATGTAATTTTTCCTATAAACTATTGCAAATATCTTTTCGGTTTATTTGAAAAATTTTA AGTTAGAAGTTGAAGATAGAATTGTATTTAATTATATTTTTTTCAAATAATATTTGATTG TTTGAAGTTTGAACATATCCCTAAAAAACATGAAATATAATTTAATTATCATTATTTTTT AAAATAAAAATAAAAAATGTACAGTGAAATAAAAAAAAGTATTATTTTAAATATAATTTA TATTTTTGAAATTTTCATAGCAAAATAAAAAAATTAAAAATCTTGATCAATGAGGTGTTT GTAGAGGGTAGTTGTGTCTTTTCATGAATGGAGTCAACACACTCGTTAAACAATCAGTGG CCTTTCTTTCTCCAACTGAAAAGTTAAAAAAAGTAGAACAGCTTTGTGCTCCGCCAGAGT GCTGTACATTCAGCTCCCCTTCAATATTCATCCATTTTAGTTCGCTTTCAGCCTTTTGAG AGATCTGAAAATTCAATGAGGGCTCTTCGTTTGAGCGATTTCGAGTATCAAACATCTTCT GATTGAGTTCATATCGAATTATGAAGCTTTGAATTTGATTACCTAGTGTTAGTATTATTT GTGTCTTTCTTATTTTGCTGCATCGCCATTGTTCTTTTTTACCCGTTTTATCTTCATGTT CTTCTTCAGTAGTCTTACATTATTGTTATGCTTGTTCAACAGGTTTAATTTACTTTTATT TGAAGCAAGTATGTTTATGGAATAAAATGGTCCTGAACAGAGCAGAGTGGATACAAAGGA ATGAAAGAATTTAAGATTCATAGCTTGTGTATGATCAATAGCCTATAACATTAATGTCAT AATTGACGTTAGGATCTTACATTATGGTTATGCTGTTCAACAGGTTCAATTTAATTTGTT GAAGTAGTATGTTTGTGGAACGAAATAGGCCTGATAGAGGAGAGTGGATACAAAGGAGTG AAGGAAATTGAAGATTCATAGCTTGTATATGATCAATAGTCTTTTGACATTAATGTCATA ATTGACTTTAGGATCTTACATTATGGTTATGCTGTTCAACAGGTTTAATTTAATTTGTTG AAGTAGTATGTTTATGGAATGAAATGGGCCTAATAGAGGAGAGTGGATACAAAGAAATGA AGGAAATTGAAGATTCATAGCTTGTATATGATCAATAGTCTTTTGACATTAATGTCATAA TTGACTTTAGGATCTTTGAAGAAAACTAATGTAGCTTGGAAGTGTACCTTGATTTCTTAT AAGTCCCGGAGATCATATCATTACTTGAAACTGGTTGAGTACGGATATTTCTCGTTGGGT AACTTGAGAAATAGTATCCTTTGTGTATCATTTTCTTAGAAGTTAGCTTTAGTTAATAAC AGAAATAACTAATCTTATGTTGACCAATAAGAGTTTAGCTCTGAATGTACTTATATATCA AAACCAAGTAACTAATGAACCAAATCAGAATAAGTGCAGTTCCACAACAAATTATTATGT CGGAGTTATGCCATAGAACTTTCATGTAAACAACCCCAACAAGATTGGGATTGAGTTGTA GTAGATTGATTGATTGATGTCATGTTTGTGGAATTGGCCCTTTTATAAATTAGTGATCTC TTGACAGGAAGATATGGGCACAAGCACATTACCAGATGCATTATTTGGATCTGTTCAACA GCACACTATTATTTCTTCACGCAGACACCATGACCCTATTCGATTTGTTGCTGTTAAGTC GCATTCCACGATCTATAGAAGGCGTTCTGTTGGGAAAAGGTTTGATATTATTGTACTGTA CAAAGTTTAAAACTTTAGTGATGCAAATAAGGTTAATGGTGACGGTCTTATTATTTCAGA GTTCTGTTCGCGGATGCCTGCCTCTGCAAACCAAGACATGTTGTTTTCTCGAGCATGGTT TACATTTCTATGCCTTCTATCAGTATCATTTTTTTTATTTAACTGAGTTGGGCATTGCCG TATGGGCAACTACTACGATTGAAACTTACTTTGTTACTTCAGGATTATTCAACTGAAGCT CTCACAGATGATGAGGATGGTGATTCATTAGGGAGGAGTAAAGTTGTAGGGATTGATGAT GATGAACTGTTGGCAACTAGGAAATCTCTATCTGATGTTCAAGCCAGAAATAAAACCATT GAAAAGGAAAGAGATCAATTGCTTGAAAAGGTAGCTCGGTCTGAGGCTAAACAGAAGGAG TATTTGTCCACCGTAATGCATGATAAGGATTTGGCCATATCAGAACTAGAGTCAGCCAAA GCTCTATTTAACCGTAAGCTAGAAGAGTCTTTGGAGGAGAAATTTAACTTGGAATCTAAG TTGGTCCTGGCAAAACAAGATGCTGTTGAACTTGCGGTTCAAGTTGAGAAGCTTGCTGAG ATTGCTTTTCAGCAGGCAACTTCTCACATACTCGAAGATGCACAATTACGAGTTTCAGCT GCTGAAGCTTCTGCAGCAGAGGCTGCTTTTCAAATTGAAGAACAAATAAGGACTGCCTCT GACGGGGCCATAACCTATGTTCTACAACAGTCTAAAGATGCCATAGAAAAGGCTTTAGCT GTAGCTGAGTCATCTGGAGAGCATACAACAAATGCCATGGCTGCATTTGTAGATAATATG GATCGGGATGATGAGATCGTAACAGTCCAGTCCCAGAATATCAAGTTAAGCAACACTTTG AATGACTTGGAGTCTCAATTACTGGTTAACAGAAATGAGATTGACAGGGTGAAATTAGAG CTAAAGCAAGCACGCAAAGAAGCAAAAGTATACGAACTCCGTGCAAATGATGTTGAGAAG TTATTGCTTGAGTTTCAGGAATCAAGCAGAAAAGCAGCTCTACAACAGGAGGAGGAAATA AAATCATCATTAGAGAAAATGAGAAAAGATGCTACGGAGAAAAAGAAGGCAGCTTCAAAG GCATTTAAGCTTGAGCTAGAGAGGATGAAGACTGCCATTGAAGCAGCAAAAGAAACAGCA CGTTCACAAGATGAGGCATACACGCGAAGATGTGAAGCACTGCAGAGATCTTTAAAAGCA GCTGAAGCTGCTTCAAAAACATGGAGACAAAGAGCAGAAATGGCTGAGGATTTGTTACTA AGGAGAAGTTGTTCAGAAGAAGGGGATGAGGAAGCTATTTATCGAGTTAATGGTGGAAGA ATAGATTTTCTTATGGATGATGATTCACTGAAATGGAAACTTTTAACTGATGGCCCTCGC AGGCCAACACCTGAGTGGATGGCACGGAGGATACGCTCTATCCGTCCCAGGTTTCCACCT AGGAAAACTCATGTATCTGAGGTCATGACATCAGGATTTAAAACTTTGGACTTGCCTAAA CCCGATGAAGTATGGTCTATTGCCCAAGAAAAGCTAAAGGAAGGAGATGCGCTCGTTGAG CATGTGATTGAGAAAGAAGTTATTGAAAAGAAGAGGAAGGCTTTGGAACGTGCTCTTCAA CGGAAGACAGTTAAATGGCAAAGAACTCCAGAAGAAACAAAATTAGGTGCAGCTATTCAT GTCGGATGATCTTACTTTATTTTACTTGCGAATCAGTGTTCCTAAGCGAAATGCTTAATC ATTATAATATGACTTGTTGCATGCAGAATCAGGGACGGGTACTGGACGAGAGATTGTGGT CAGTAATACCAGCTTTCATTTTGATCTTTTTTCTGTATAAGATAAAAGTAATTTTATTAA CAATAGCAGTACAAGGGGGTACTGCAAAGTACAAAAAGAAGCTGGACAGTATACAAATAT TATACAATAGCGAACTCAAACAAGTCCAGAAACTCAGTTGTGGTGAATACAGGATTTCCA CTATGCCAATACTCTCTGTAAACACTTGTATCTTACATAGGAAATCATCTCTTTTTTCCC TAGAAACATCTTCTATTTCTCTCTCGTGATACTTCCCAAATGATGTATAAAGTTATCAAT TTCCATATCTATTATCTTAAAATAAAATCCTTTGAGAATATTTTACTGTCTTGGAAAGTT ATATGGAACCACGTTTATTCTTTGCAAAAAAACTTAAACTCTTTGCAAAACAACCTTTTC TCTGTTCTATTCAAGATGAACACGGAAGCTATTATGCACCACATATTTCCCAAAGAGTAA AAATAATCATTTCTTTATCGCTTTTCTCAATAACCAAAGTTAAACTAAGATGTTCAATTT GGTAGGAGGAAGTTATATACTTTGTGTTTTAACTGTTAATTGTCATTATTATTATTATTG TTGTTGTTGTTATTATTGCTTTTTATCATCATTATTATTGTTATTACTGTCATTGTCATC ATCATTATCACGACCACCAGCACTACCACCACCACAATTTCCATCATCATCAAATGGCTA GAAATTCATTTCAAGGCTTTCAAAACTTCTATGAAGCTCTTGTTGCAGTCAATGTTTATC TGAAATTCTCATTCTCTTCCAGGGGCTTCCCTTAGGACACCTGTTTCTTCATTGGCATTA CATCACTATCATTTCTATTGCTCTATTTCTTTTTACATGTGGGTCTCTTGTTTTTCAATC CTTAGTATCTATTAAGCTCTCTTTAATTTTGAAGTTCCAAGGTTTCAATTGGGAAAGCTG GAGAAGACAATGGTATCTTGAGCTTGCTAATAAAGCTGCTGATTTGTCCCGCTGCGGTAT CACATCGGTTTGGTTTCCACCACCAACAGAATCAGTTGCTCCTCAAGGTTTTGACCTCTT TGATCAATTTAGCTTTTGAAGCCAAAGGGAAATTGCTAATAACAACATATGTTTCTCAAT TTATATCCTTTTACAGATGATTATTCTTACATCATCTTGTTATTTGTTTCGAAAGAGTTG TTAATAATTGAACAATCTTCATGAAAACTGAATGTTTTAGATGGGGCGAAAAATGCTTCT TAACCTTCTGAATTAACTACCTCATATACAAACATTTAATTAAATAACTTCACATGAAAA AAAAATCCTCATCAAAAAGATTTGGTTAAATAAGTTTCAGGGTGCGTTGTTCTGTTGTAA ATAACACTGGATTAGTGCAGGTTACATGCCTTCTGATCTTTACAACTTGAATTCTGCTTA TGGTTCGTTGGAAGAGCTTAAAGGCTGTATAGAAGAGATGCATAACCAAGATCTTCTGGT CTGTATAAAATTAGTGATTAACTTGTTATTCCTTGCATTTTTAGTCAAATATCTTGTATT CAGACAGTTACCCTGATCCTTTAGTTGAGCATTACATCGTTCTTCTCATGTATTCTTTTT GCATGAACTGAACGTCAACGCAGCTTGAGTATACATGTTAGTGGCTTGCAGTTATGTTTT AGCTTTCGCTAACTAGTAACATATGTCTGTTGCTAATGCATCAAAATAAAATTTGCTATG TTTCTGCTACTAGTGCATATCATGTAATTTATTACAGCAAAGTGGTAATTTTTGAATTAT GTAGAGATTATTAAGCTACTGATAGGTGCAGAACAATGTGGTTTATCTTATAGCTGTTCT GCATGTGTTTCCAGGCCTTAGGAGATGTCGTTTTGAACCATCGATGTGCTCACAAACAGG TAATCATTTTCTAAACTACAGTTCTTTTTTCATAATATATCTGAGATTTTGTTAGCTTTG TTTTGTTTGGAAATAAAACGTTTATGAAGGAACCTTTCAGCTCTAGAAGCATGTTGTTCC GGTCCCCCGATATGGATCTAGTTACGGTACACTGCAGCCTGCAATATGAAATCAAATGTT TTTTTCCACAATCTATATTGCTAGTTCGTTAAGAAAGAAGTTGCAATCTCGAGATAAAGT ACTTAAAAACTGAAATGATTTTCTGTTTAGATGTCATGCGATACACATAGAGTTCAAATA CAATACTAATAAGATAACTACCATTAGAAACTAGGACATGGCTTCCTAATATTACTGGAA TGAGAAAACGCAGTTCAAATACAATACTAATAAGATAACTGCCATTAGAAACTAGGACAT GGCTTCCTAATATTACTGGAATGAGAAAATGCAAACTACTACAAAGAAATAACTACTGCT GGAATGAGAAACTGCAAATAACCACTACAACAAAATACCTACTTCAAACAACTACCACAA TAAACTGTTGGGAGACTAAGGAGTGATAAACAAGTATGAGTTGTTTGGAAGTCATTCTTC GAGTACCTTTCCATTTTTCTTGCTGACAGTGATTTAAATATCATTTAACACAGCATTGTT AACTGTTAAGGTTGTCCAAGTTGTTCAATGTATATAGTTTGCTTTATCTATTACAAAGGT TTTTGTTCCATAATTGCCTATATCCTCTCTGTATGTCTGTATGAAAGAACATATTTGTAA ATTAACATTGCCATCTCTACCCAATTTTTTGTGGATGTGTAATTCATCTGCTCCTTGAGA TTGTACGTTTTGTATGAAAAAAATATAGAGACTGCTCTGGAGTAGTCACAGATGAACTTA CAGGTGTAATGACCCTTTTGACTCAAACTTATACTGCAAGTCTCGATGGGTCTCTCACCC GATTGGCTGATTGTAGAGTCCGAATGGTGTTTGGAACATTTTTGGAGGCAAGCTTGCATG GGGACCTGAAGCAATTGTGTGTGATGACCCAAATTTTCAAGGCCGTGGAAATCCTTCAAG TGGTATAAATTCTCTCCATGATACATAAATGCTCCATATGATATGGGGTCTGTTTGTAAA TATCACGTGCTTTATTTCCAGATGTGAAAAGGTTTATATAATATATAAGAACATTAAGAT ATTAGAGAACTGCTATAACTTCATTCGTGCAATCTTAATGATAATTTATGGAGATACGCT TCCAGCATTTGATACTCCCTTAGTTGTCTATGCAACTGAACAACATACTATCTTTCTGTC ACATCTTTGTTCAGTCTTTGAGTAAAGCAACAACCAAAGTTATTCTGTTAATGGGATCCT GTTTGCTGAGCATTGTAAATGCTTGTGTTCTTTTAAATTGTCTAAATCTTTGCTCATATA CAATTCTTATTTGTGCCTTGAACCATGTGTTTTTTTTATTATGTTAAGGACTCGGCAAAA TATTCTTATATTGTCACATCTTTCCATTGTACTTTCATTTCTGATAACACCAATGTGTAT AGCTTCTGCTCATATTTGTTTAGGTATTTGCAAGATTTGATATGCTTATGACAGTGTAGC ATGGTGAAGGCGAAGAATTATCTTGAGTTTAGTCCAGTTTTGGTGTTTGACTTTTTTTGA GTTTCCAGGATTCTCTCTAAAATGTTGTTATTCGAGGAAAGGATCAAAATAGTCCCTCTT CTTTGGGTTAAGGCTCAAAGTGATCCTTGAGTTTTCACATGGAGCACTAATAGTCCCTCA TGTTTGCAATATTGGGGCACTTTTGGTCCTCCTTCAAAATTTTACCTATTTTTTTGCATT GATTATTCATAACCTATGTATGGGATGTTCAATCGTCATTTTATATATTTAGTAGCAATA ACAAATCCATATCAAAGAATGTTAGAAAAAACATAATTTGTTTTGTTTAGTAGAAATCAT ATTGCAGGTAAAGTTGAGAGGTTCATCACGATAATTTCACGTGCAATAGTATAATTTTTT CTTTTCCTGCAAAGTCATATGTTAAGATGTTCTTAGTTTAGCTGCAGTAATATTTCTACT GAACAAAACAAGGTGTTTTTCTTATCACCTTCTCTCGGATAGAGTTATTATTTCTATTAA ATATATAAAAAAACGATTGGACATCCCTTGTATAAAATTTTGGACAAAATTAATGTTAAA AAATAGGCAAAAAATTTTAGGATAGGACCAAAAGGGCACCAATATTGCGAACATCAGGGA CTATTAGTGCTCCATGTGAAAACTCAAGGATCATTTTGAGCCTTAACCTGAAGATGAGGG ATTATTTTGAGCCTTTCCTCTTGTTATTCACCTGCATCAGATTTGATGAGCTTCATAGAC TTCTGAGAATAGACAATTAGTGTTTCCTCTTATATGATTTTTCTGCTTACCCCTTCTTTA TCTGTGTTTGAAGTGTAGGTGATATATTTCATGCCGCACCAAATATTGATCATTCCCAGG AATTTGTACGACAAGATATAAAAAAGTGGCTAAATTGGCTCCGAAATGATGTTGGTTTTG ATGGGTGGCGCCTTGACTTTGTTAGGTGAAGTTGTAATGCTTGTTGGTTTTAATACTATT GAAATTAGTACTTCGGTCTTCCATTCAAAATACAAGTTCAAGTGTCTGTAAACATATTGA CCTTGCATCATACTGGTTAGAAAATTTGAGAAATTAGAAGAATAAAAGTAGAAGTGTTTG GTTGTAATATGTGGTTCTACTGCATCTCCTGTTTGTTCTTTATTCTACTAGCTTTTCCTT TCTGAAATTTGATAGGGCCAGCTGTTAAATTTTTCTCTATTTCTGTCTGCCTGCCTTTCT TTCTGTCTCCCTTAAATGGATGGTGGAAACTAAATGAAGATAAGGTGGAAAGTTGTAGTC ATATGTTCGATTCCTCATATAGAATTCTTGAAAATAGTGATCATATATCGTACAACAGAT CTCTCGTAGAGCTATTTTTCATACTAATTTTGATCTCCATTGTAATTCATTATCCTTTGG TTATCGCCTAAGAACCAATGTTGTGGCCAGAATGAAAATGTATGGGCCACTTTGAATGAG ATGTTAGGAAGAAACTGACATGGCACCGTTATTAATTAATTCCTGGAGTATTTAACTTCT ATTTCCGTAGATACTCTGTGATAGTTAAAAGCTGGATGATCTACTCAATCCTTCGAATCT TTCTGCTTGGTAAAACGACTTTTATTACATGTAGTAATACAGGCGCTTTGTTGTCCACAG GGGCTTCTCAGGAGCATATGTGAAAGAATATATAGAAGCATCAAATCCAGCATTTTCTAT TGGCGAGTATTGGGATAGTCTCGCTTATGAAGGTGGAAATTTGTGTTACAACCAAGGTGA GATTTATTTAAATGTAACCGTAGATTTGACTATTTAGTCAGAAATATTTTGACATGTGTG GTGCACAGCGTTAGGTTGTGCAACTGATTTTCTCATTTTCTGCAAATTCTTTTAAGTTGG AATTTTGCAATCTGTTCAAGCAAATAGCCAAAGGTGGTTTTTCTCCAGCTATGTGCTAGC CATTGTTCATGTGCTAGCCACTGTTCATGTGCTAGCCACTGTTCATCGTTTGTACTATTT AGGCGTGTCAATGTCCTTAAACATTGAGAGGCTAATCCCACTATGTGGAAATCCACCAGT TCCTTATGATAGTAGATTTGTGTTGTTCTGACTTCTGATGCATCCAGATGCCCATCGCCA ACGCATAATTAACTGGATCAATGCTACTGGTGGGAGCTCTTCAGCATTCGATGTCACAAC AAAGGTACTTCTATTAGAACATCTTTTGTTTGTAGATTTCTGTATCATACTCCAAGACCA AGAATTATCCCACTAACCTGGGAAATAATAGTTCCCTGTAATCTATTGTCCCACATAATT TACTCGTTAATAAATCAACCTTTAATAATCAATTCATGCTAAGATATCTATAGGTAAATA TTTTCATCCTCCTGATTTAGATTTAAATTGCTTCTTCATACTAGTGCAGAAAGGTTTTAA TGAGCTTTTCAACCTGTTGGTGAATGATATTTTTCTGGCAGGGTATACTGCATTCTGCTT TGCATAACCAATATTGGAGGTTAATTGATCCTCAAGGCAAGCCAACCGGAGTGATGGGAT GGTGGCCCTCACGTGCTGTCACATTTTTGGAGAATCATGATACTGGATCCACACAGGTCC TCTCTCTTTCTTGCTCTAACAAGCGCACACACAAACATACAGATGTACATGCCTACTTGT GCTCTCACTCATTCAGTGAGACATGCTACAACTTAAATGCACTGCCATGGAGGTTGAATA TGTCAACATTCACCTTTATAAACCTCTGTTTCAGAGTTTTTGGCCAAAAGCTAAAGTAGA TCCGTCTGGTATGCCTTCCACTTTCAAAAATCTTAACAAATTTGGTCCCAAATTTAATTG TCATTTTCGGATAAAGAGACTGTCATGCAAGCAGCACATGAGCACTCTGCTTCTTCTGCT TTGGTTTCTTCTCTTTCCATCTCGGCTCGCAGAATAGGAACAGTATCAGCTTCTGCAGCT TCTCCCACCATTCTTCTTAACTGCCAGCATGATTCAACTGTTCCAACAACGAATCAATCT CCTGTAGCTGGTATATTGAGGGATGAAGCCGAAGGTTCAGGATAACCATAAGTGGGATCT CCATAGTCCATACTCCATCATAAAGAAACTTAAGACCTCATGTCAGAGACATGGAAGTAC CAAGGCAGCCCTCTCATACACGTAAATTTAAACTCGCCTTTCACGGCCTCCAGAATTTGA GCACTTCTGTTCTGGAAAAGGAAAGTTTATTGCCGTGAGATTTTCGGTTAAGTGACTGTT GAAACTTGAAAGCATGCTAGGTTCAGACTGGCCCAAAGAAACAAATACACAAATAAATTG CCCAAAGTCTGAAACTTAAGATAATAGTTTCATGCGTAACTAATACTATTTCCTTCTTCA TTAGCCTTGGTCAGAACCCTCTGATTGTTGCAAACACCCGGGATGATGATCTCAGGAAAC ATGTGAAATAGGAGGAGCTGAAAGACATTGAAGCAAACACCTTAGGAATTCAAAAGATCT GAATTTGCATGCCAAACATTTATCAAACCTTACAAAACCAGACTGTTCCATGTCAGCGCA TGTATATCCACCTTCATGTGTCAACAACTCCAATGTGAGCAATGAAATTTAGCCTCATAA AATGACTTTTCTGAAACCTTGGTGTTTCCCAGAGGCATGTGTAATGTTTCTCACTGGGGA AAAGGAGCATGAGGATGGGAGAGGCAGAAGTTCTCCTGGAAAAGGGGAAAGGAGAACGTT CACATGAGGTGCACATGACAGTTCTGTTGAAGTTTGACGGAATGTTAAGGTCTTTGCAAA AAGAACTAAATTTTTGGAGACGGAGATGTTATCTGTTAATTATAATTTTAGAGGGAACCA CTCAATCTTTTGGCCAACTTGAGGAATGTTTCTGGTAAAATTTTGCTTTGTTCATGGAAC ACCAAAATCTTGGGGTATTCTGTAGTGTATGTTCCAAATATATATTCTGATAATATAATA TTAGATTTTCATATCTGATCCATAAACTTTCAATCTGCAGTTTTATACTCGCATTTGTTG TTGGAAATCTAATAAACGGAGTAGTGAAGCATGAGATTCAGGCTTGAGAGATTTAAAATT CTGAACTTTAAGCTCACCAAGTGATAATGTTTAGTCTATGATGTTGCATACCAAAACAAA ACTTGGCGGAAGGATCTATTGAGCATAGATCAGAGTTAGTACCCTAGCTAACCGAGACAT GTATTATGGAAGTGCTAGCTAGCAGTTAAGGCTGACTTGATTACCGTCTTATATCTTGGC CTAAATCATTTGATACTTGCCCCCCCCCCCCCCCACCCCACACACACACATACACACTCA CACACGCAACCCTACTGCCTCCCTCACATATAGTGGCAGATCTAAGGGTAATTTTTATTT TTGAATTCCTTGATGTAAGAAACACGATAAGTGTAGCGGCTAGGCAATTCAGAAATTGCT TTAGCTTGCAAGTTCCTCCAAGTGTGATATTCTTATGTTCTTTAATCTCCTTGTTAGAAT TTCTGGATCCGTCATTACTCACATATGCTCCCATGTTTTACTTACTAATTTTCGATTGCA CTGTCCTACATTTGATGTATGTGCCTTCTATCCAACTTACATGTTTTACCTTGTGTTAAG AAATGGATCTTGAACCTAACTCAACCCCAAAAAGCTAGCTCAAGAGGTGAGGCTTGTCCA AGTTATAGAAAGAGACCACAGATCCCTTTTACTGTTGATGTGGGACACCCCCCCCCCCCC CACACCATACAGACACACACACACGGGCTAGACATCTGGAGCATGCCAATTTAATACGGG GATCCAACATCGGGAAATACCATGTTAAGAAATTGATCTTGGGGCAAACTCAACCCCAAA AGCAAGCTCACAAGGTGGGGATTGTCCAAGCAAAACAAAAAGACCACCCATCCCTTTTAT CACCGATGTGGGATTCGTCATACCTTAAAAGCAGAGTAATTCCACACGAATCTTTCTTTG TGACTGGGGCCTAATGGAACTAGGTTAACTTTATTTTTTCGCATACAATTTCAATGGTAG AGGTCAATTATCAGAGTTAAGTTTGCAGAGTACGTAACGATCTTCAGTTGATCTATTGTA CATTAGGTATCTGAAGTGTCTTTAGCAAATTTCATAGTTATATCTGAGCTATAATTTTTT TTAAGTGACTTGGATATTAGTTGCCATGGACTATTAGAGATGAACCTAAATGGACACTGA GAATTCATATAGCCAACTTCAACTTGCTTTGAGGAGTGTTTATTGTTTGTATGTACTATT TAATTGTAATTTTTATCTGCTTCGTGAGCTGATACGTAATTTGCTTTCATGCATTTACTC ACTGATTGCTGCAAATCGGATAATGTTATTCTGATTTAGACATGTTAATACCAAACATCT TATCATGTAATAACAAATAATATTCCTTTCTTTCAGGGCCACTGGCCATTTCCTCGGGAC AAGCTTACTCAAGGATATGCATATATTTTAACCCACCCTGGAACGGTAATCTTTGTTTTC GTTGATTTTTGTGGTAGATCTTTAAGAAGGAGAAGAGAAAAAATTGTTCTCCGAAGTAAA TTGAGTAGCTAAATGTGACGTCCCGCCACATCCTAGTTAAATTTTGCATCGGAAAGAGGC GGAAGGGGCTAGAGTTGTGGAGACGTTTGCGGAGAATTCTAGAACCTTCTAGATTAATCA AGAAGACTAGAGAATTCCTTAGAATACTTTAGATACTTTTGGAAGAGTTTAACATATTCT AGAAAATGTGGAATTCTCGAGAATATGGACTAAAGTGTAATTACTTTAGGGACTTGTAGA GTAATTTTTATTACACTTAGGCCCTTAGGAGGTAGTATAAATAGAAGAGCTCTCATTTGT AAATCATCCAACAATCCAACCAAGCAAAGTTGTAAGCAAGTCTTACAAGTATAATACAAG CCCTTCTTTCAAAGTTCTTTCTAAGTCTTTCTTTACATTCTCTTAGCGATCTAAGTCTTA AAGGCTTACTTGAGCTTAGAAGATCGTGAAAGATTCGTGAGTAAGTTGTGTCAAGTGCCG CATGGAGTCTTAGCAAATACTCTAAGTCCGTGACATAAAGCTCCCTTGTTTTTCTTTTAC CAAATAACATTTAGTTTCCTTTCACCTACATTAGTAGCTTTTAAACTAGAAGGGACTAGT GAGATCCAAACTGAGTACTGCATGAGTGTGCTAGCGGAATTGTGGACTCCTTACACGCAT ACAATGAGCTCTTTAACTTATGTTGTTTTGCTATAACCTAGTCTTACTAGCTTCTATTCG TCATTGCAGCCTGTAATATTTTACGATCATTTCTATGAATTTGGAATCCGTGATGTCATA AATGAGTTAATTGAGGCACGTAGACGAGCTGGAATCCATTGTCGTAGCCCGTTAAAGATA TATCATGCAAACGGTGATGGTTACGTTGCACAGATTGGAGATACTCTTGTGATGAAACTT GGTCATTTGGACTGGAATCCTTCCAAAGAAGTTCATTTGGATGGTACCTGGCAAAAGTTT GTCGATAAAGGACCAGAATATCAAATATGGCTCAGGCAATAATACTACATATATTATTCT GGACTTGCATTGTTCTTATTGGTATTCTGTCTATATATATGCTTTCATGTTGTAACTATA ATACATCATACCTCACATCAGAGATTTTGAATTCCTGCATCAGTAAATGAAAAGAATAAT AAAAAAGAACTGATGTTGGGGTGGGCTTTTCATTTGACAATGGCTATTTATGATGTTATT GGTTTGTATTCGTGCATTATTATATCATTTGTTATTTTGTTGCATAAACAATCTATACAT TAATATCATTAACTAATAAAGCTGTGTTTTATCAGTTTAAGCTTTTAGATGAGATAGTCA TACATTGAAATATGGTATCAGCGGTTCTATAATCAAATCTAATATCCATTTGAACTTATT GACATACTTTATATTATTGTTGTTGATTTCTAGTCTATCTCTAGAATAATAAGTTTATTA TTTCTGGTACACAAACTTTATTTTTGATATATCAGCTGGGGCATTATTTTGGATGTGATC TCTTTGTTTATTAATGGTAAAGCTGTCGTTATTCTGTTTGGACTTCAACCCCACTATTAA ATTAGCCCCAAATAAGAAGAAACTTGACTATTAAATACTGAAAAATTATTGTAGTCTGGT GTAACAGAAATGGTACAAGATTCCTCAACTTCAATTTCATACACAAAACACCAAAGTTGA TAATTATTGGAATTAACTTATGTGATATGACATACTGTATGATAATTGTTAACAGTACTC TCTTATTATCTTATTCTTCGATTTTGAAATTACATGTTATTTCCTTTGTTTCAATTATCG TGTTATTTGTATTACTAAAAATGGTCCAAATTTGTCGTCCGTTAATAGTTAAACCATATA AATTTCCAACTCTCTCCACCAAAATGTACACCTAGGAAGTTTAGTTTTCATTTGAACATC AAAGATTAGGAAACAAGAATGAGCAAACTACACATATTGATAATACCATATCCAGTACAA GGCCATGTTATTCCCTTAATGCAGCTAGCTCAATCCTTAGCTAAATATGGCTTCAAGATC ACTTTTGTCAACACAGAGTCCACACACAAGAGTATTCTGAATTCTTTATCAGGAAAAAAT AGTTTGCATGATCAGATTCATCTGATTTCAGTTTTAGATGAATCGGAATCGGGGGAGGAT AAGAATGTGCCAGGTAAATTATCTGAAGCAATCTTTAAAATCATGCCTGGAAAAATTGAG AAGTTGATTCAAGTAACTAATGTATCGGAAGACGAAAGGATTACTTGCATTATTGCTGAT CAGAGCCTTGGATGGGCTCTGGAACTTGCAGACAAAATGGGAATTAAGAGAGCAGCCTTT ATAACTGCTGCAGCTGCTAATTTGATACTTGGATTTAACATTCCAAAGTTGATTCATGAT GGCTTGATTGACAATGATGGTAAGTACTTTTCTATACTAATCTATGTTTTTATGTTTGGG TCAAGTCATATTACTGACTTGTGTAAAGATTTTTTTTTTTTAATAATATCGGTGTAGTTT AGTATGTGATATGTTGTATTACGCCTTCCTGAAGGGTGAAGTAAAAAACAACTGAATCCC CTGTGATTACTTTTCCAAATAACTGAAGGGGTTTATACAGTAGATGTTGAACTTCCTTTT AATTTTCGAGTGTTTACTTTTTCATATTTTGAACTCCTTAGTGGACATCCTTATTACTAA TTCTTACCAGGTTAACAATCAATACTTATCATAGAGATTTATTTACTCATATCATCGGTG CATAAAACGTAATCTCTGTATCCACAAGTGAAACTTTGTTAACCCTATAATGCAGGGACT CCAAGAATAAAAGATCATACTTTTCAGTTTGAACCAACTATGCCAATCATGAACACATCA GATTTACTTTGGACAAGCATGGGGAATTCAACAATGCAAAAAATCATTTTCAACATGTTG GTTCACAACAATAAATCTGTGAAATCAGCAGATTGGCTTATTTGCAACTCAACATATGAT CTTGAACCAGGAGCCTTCAAACTAGCACCAGAGATAGTGCCTATAGGTCCACTTTTTTCA AACAACTCACTCGAATCAAACGCGTTGTCACTTGAAGCAGAAGCCCTTATATCTTCTAGA GAATCTCCTAATTCACTAGCCGGATCGTTCTGGCCCGAGGACTCAACTTGTCTAGACTGG CTTGATCAACAACCATTATGCTCAGTTGTGTATGTAGCCTTTGGGAGCTTCACAATATTC AATGAAACTCAGTTTCAAGAATTGGCATTAGGGCTTGAACTATCAAACAAACCATTCTTA TGGGTTGTGAGAACTACTACTCTAGATACTAAAAGTGACATTTTCTTGAAAAAATTTGAA GAAAAAATAGGGAGGCAAAAGGGGAAAATAGTGAGTTGGGCACCACAACAAAAGGTGTTG AGTCATTCTAGTATAGGTTGTTTTGTTAGTCACTGTGGTTGGAATTCGACGATAGAAGCA ATGAGTAACGGGGTTCCAATCTTGTGTTGGCCTTATTTTGCTGACCAATTTATGAACCAA AGTTATGTTTGTGATATATGGAAAGTTGGATTAGGACTAAAGAAAGGGGATAATGGGATT ATTAGTTGTGGAGAAATTAAGGTTAAAGTGGAACAATTGTTAGGGAATGATGTATTCAAG AAAAGAGCTATGCAAATCAAGGAAATGAATATGAACTCAGTGAAAGAAGGGGGAAAGTCT CACCAAAATTTGATAAATTTTATTGAATGGATTAAATCATCATAGGAAATTGAAGGAAGA TTTGTGTGTTTTTCTGCTTAAATTCATGTATTTTTTAATGTGTTGTAAGTGTGGGTTTGT TACCAAGTGTGTTATGTTTTATGTTTGTTTGTTTTTTTAAATGTAATTTGTTTCTCAGTT TGTAAACTCATTTGTCCAAGATGGTGTCAGAATCAACAATGTTAAAAGCACCCATCTTGG ACCACATGGCAATAAAAAGGTAAAAAATTTTACTCTCTTGATTTTTTTGGACTACCATTA ATTATTAATCCGTTTATTCATTTTTATTTGTCATCATATCATCAAAATTTTCATGGGCTA ACACACATAAATTTTTATGGGCTTCTTCGTGTAAATAAGCCCCTAAGTGCTCACAATAGA CTTTGAAAATTGTGAGACTATACGTAATTTTCCGTAACACTTTATAGAGGGTTTCGTAAA GGTTTCATAAAGAAATCATTCGGAAGGCATATCACCAAAATATTCATGGGCTAACACACA TGAAAAATTAAGGAAATCACCTAATTTTTGTAAATTGTCCCTTAAATGTCTAAAACTGAC TCAGAATAGTAAGATAGAACGTAAATTTTTCGAGTGGTAATTTTTGATTAATTTTCAAAG TTTAATTAGATAATATTATTTTGATATTAAAAATAAAAAAAACAATATTTAAAAACTATA TGAAAGTACTATAAATTTTAATTTTTTGCATATCAATATAATGAAAAAATACATCGTAAA ATATTAGTCACAGTTTTTATAATTTAATTCTACAAAAGAAAACTATAACAAGTAAAAATG AACGAATTTAATGTGTTTTAAAATACATCGGAAATCCATAATAGAGTCAGATGACAACAA TCAAATTAATTATCATCACGCATAAGAATACTAATTAACGGTAGAAAAGATAGAAAAATC GTCACAAACCTCCCTAATTTCTTACAAAGGCCGATTGTAGTTTTTGATGTGTCAAAGATA ATCCTTTTGCTTTAATTTATGTTTCACTTATTTTCTACCTATTTAATTTGAGCCTCACAT TATTATATTAAGACAAACAAACCAAAAAATATTAAAGGAAAGAACTAATATTTCTGTCTC CATTTAATTTATAATTAATACTCACTTTATTATTGTTCCAATAATTGTCTGAATAAAAGT GATCACCTTTAAGAATTTAACCTAATGTTTTTCCATATAATCTTTTGAATGTTGACGTGT GATATATATGTTTCAGATCCACTTTTTTATGTGCTTTTAGTCAATGGACACACTAGATGA AATGAACATGTTGAAAATTGAAATTATATCAAGCAATGAATTATCATACTGGAGATATTA AATAGTTTTGGAAATATACATTTTCATTCATTCACAATATAAAAAATGAGCTTTAGCGGC AATTAATTAGAAAACGGCAATTAATATTCTTTATATATGTTCCTAAAGATTTTAGCGAAA TTGAATTTAATGACACTTCCCAAATGCCGATAAAGACTTTAGCACTCTTTATTAAGATAT CTTTTTTGTTGCCGATAAAAATTATCTTTGTTATAGTGATTGTCGTTCGATTATATTTTC CTCAAAATCACCTTATGGTAGATTTGTTTGGCGCCGAGGGTCAAAAGTTTGAAAAGATAT TCTTTTTGGAAAACGAATTTCTTAAAAAAAGAAGAAGAAGAAATGACTTCTCTAGTATAA GTAGAAAAATGAAGTTCCACAAATAATATTTTAAAATATTGTATTTTTCTCACCTTTCAA TACACTTCATCTTTAGCCCCTAATTCCATCCCCACACTTACTTTTCAAAAAAAAATAATT CCACAAACACATTTTTTTATGAAAAATATTTTTTATATGGAGCACATTTCTAATGTTGGT AATTGTGTTTTCGAGAAAATAGAGTAAAGAAATTACAAACTTACTTGTGTTGAATGGTCA CTAATCTATCATATTCTCTTAGTTCATTACTTAAATATTTTATATGAGACACTTTTTATA TAGTCAACCCATTTCAAATGAATTGGGATAACAATTAATACTCAATTTCCTTATACGATA AATCATTAATCCATTAAGAATAGTTAAATATAAGTATTTATATCCTTTATATGTAGTTTC AAAAGTATAGAAACTTGTAATATGTGAGGTATTCTTATTTAATTTAATCTTGGGTGTGTT TTCTAGTTATGGTGGTCTAGTAATATTAATTGTTGTGTACATGTGGTGAGAATAGTTTAA TCTACGTTGTTAATTTATTTTCTTTATAATATAATGTTGGAACTCGTTTAGAAAATATTA TTGTTGTGTTTGAAACAATTTCTTGATTAGTAGTTACATTTTTTACTATAAATTAAATGG TGTATTAACTAGTTTTCTTAACTATAGACATTGTCTTCATCCTTTTATAATACTAGGTGT TCTTATCTGGCATAAAAAACAATGAGTTTAAAAGTCATAATCTGACCACATTTGTTTTAC ATGAGCAAATTCAAAAGTGAGCATTTTGGGTATGAAAACAGTTTTAATTTTGACGTAAAT TTGATGTGAATTATTAGTTTGATTTAAACTATTGACAATTTTAAAAATATATTTTTACTT GATTAACTGTACTCCTAAATTCTCTTCAAGTTTAAGTTGTTTTCAATACTTTTCTCGACT TTTTATTAAAAGTTCCATCACTAAACAAAAATAACTTTTAGCAGCGATAAATAGACACAT TAATGTAGAGTGCTAAAGTCTTTAGTATCGGCATTAGTTAAGTGTCATTATATCTAATGT CACTAAAGCCTTTAAAAACATATACAAAGAGTGCTAATAGCCGCTAAAACTCATTTTTTA TGTAGTGCATGCTCTTATAGAAGAGTTTGAGACCACTTGTATATCATGTGACCAATCGAA AGCGTATTTAAGTTTAGTTGATCAACTAGATGGTGTTTTAAGATTGTTAATAATTTAAAA TTTAAATAATAATTTTAATTAACGGACAAATCAAGAAATAACTATTAAATTCAAGTCCAA CCAATTGATATCAGATTAGCTAAGGCAAAGTTAAATAACTTACCTAGAATAAAATAAAAT AAAGTAACTTTAATAACTATTTATTATAAATTGAGTGATCAGGGGTGTAAATGACCTGAT TGGTTCGGGTTTTTCAAATATCAAATCAAACTATTTGTGTCGGATTTTTAAATTTATAAA CCAAATCAAATCAATAAAACTCGATTTTCAACTTCGGTTTTTTTTTGGATATTTTGGGTT TTTTTTTATTTTCGAGTTTTTTCGATAAAATTTTCATACAAACATATAAATTACTTTTAC TTCAAATATTTCGTTAGTTCTACAAAAATGCAACAATCCAAGTTATTTCTCAAGAAAATA ACAGAAAATGTGATATGATTAATGACACTAAAATATCCAACAAAAAATAATAATAAAATC GCGTAAAAAACTATTGCAAATTAATAAGTCATAATGAAATTGATCATTATTTATAGTGCT AAATCATGCTAAAATAAGTTTAGAAAGTATTAGTTACATGAATAAATATTAAAAGAAGTA AAATTAGATCATGTATTTTAATTGTCTAAATCTATGTAAAACTAAAATATAAAATATTCA ATATTATTGCCATACTTAGTGTTCATTTGATTTTCTTTTGCATTAGTATTAAATTAATTT TTATTTAGACTTTGTTATAATTACCAACATGTATAGATTATAATCTTTATTAGATTATTA AGAATTATAACTTCAAAACATGAAATAAATATATTAAAAGATAAAAATTATGAAAAAGTA TAAGTGATATTTAAAAATTATATCAAAATAAGTAATTTTACGTATAAAATAAAATTTTAA AATTATATATATCGGATTGATTTAATCTCGAGTTGATTTTTTTTTACTTGAAATCAAACC ACCCAAATATAATCGGGATTTTTTTCCAATATTAAACCAAGTCAAACTAAATTACTACTC AAATTTTTTTCAATTAACTCAATTTATAATTTAATTCAATTTTATACCCCGTACGAGTGA CCATTCAAACATTCATTCGACTCTCATAAATAGGGAGATGGTGCACATGTGGGAATTAGT AGTGGTAGTACTACTTGTCACAGCCATTGATAACAAAGCATGTGATACCATAACATCAAA CCCATTATATTCCCCTCTCATTAACGACATAAATATCAATTAATTAAAGCTAAATTAAAA AATATATTTATATATTATATTAATCTAAGTTTACATGACATTTTTGTTTATTTTTCTACA ACTATTTTGTGTAAAAAACATTGAAAATGTCCCAAAATACTGAGATTAGTTTTTAATCAA CATTACTAGAATTACAAATGTTTTTGACTATATAATCAACATTACTAGAATTACAAATTT TTTTTACTTTTCAATGTATCTTCATTAATCGCTTGGTTGAAAACCAAATTAATTATCTAA AAACTATATATTTATTTTATTACTAAGATATAAACGATACAATAAATAATTATAGAGCTA TCTAATACCTCTCGACTAATAATTCTTTGGGAGAAGTAAACTTCCAATCATGAAAGGGGA ACAATGAAAAGGAGTTGTTCAAAGCATAATATATAATTTATCTGAATGAAATATTCCCAT TAGGGACGTTACAGAAATATACGCTCAGCAGCGCTAAAACTCAGAAAGATTCAAAGAAAT GTAGAACTCTACCATATAACTAAGAGAAGATCTGAAACATATTTCAATTTTGATTGAAAC TATTATTACGATATCAAATTTTATGGAACATATTTTATCAGTACTATATCGTAACAATAA TTTCAAAAAAAAAAATTAGAATGTATTTCAGATTTTTGTCACTATAAATTACTAGTAACT ACTGACCTTCAATTGAGAACCTAACTACTAAGAATAAAAATTCGATTAGGAAATAATTAC TACTAACTATACAGCATTAATATGTTGGGACTGACCAGATGCATCGTCACAAAAATCGAG CAGTTTCTGTAAAACGAAGATTTGAGTTCTGAGAAGAACAATATAATCAGCTGTTTCTTC AAATAACTGATCTGCTTTTAGTTCGCCATTGTTGACTGGGAGAAGTTGCTTCAGAGCTTC CAATTTTTCCGAAATTGAAATCGAATTATCATCGCCGGCGGCATTGCTACTGTTGTTAAC TACTCCATTTTTCGACCGTTTTTCCACGGAAGAATTTCTTCTCGATCTCCTTAGCCGCAA GCTACTCGATTTTTTTGGCTGTGAACCCATTTGGTGCCGAGAAAAATGGAGTTTCTGTTG AACGGAACTGGTGCTGTTAAAATTGCTACTTATAGCCAAAGAGAACGGTGAGTTTTGTGA TTTGCCACTTGTTTATGAACTAATTACAACACTGCCACCACAACTGTTTCATCAGATAAT TACTATGGTGAGAAGAATTTTTTCTGATATTTTTTGAATTTTGAGATTGAAATAAGCTTA ATTTTAATTGTAAATTTTTTATATATATTTTAAATATTTTAAATTATTAATTATTTTGAT TTTTAATATTTTTTACGTAATTTATAAATATATAAATTTCATTTAAAAAAATATTAAATA TTTTATACGTAAAATTTTTTATCAAATTTAAACTGTTTGACTTTCAACAAATAAAAAATG CCATATAAATTAAAACAGATAGAATAGAAGGTTTTTTTAAATTGTATTTAACATCTGAAT TTGGTTTTTAAATATTAAGTTAATTTAATAAAATTTTATTTCACAATGTAGTTATATTGA CTTCTAGAATTTTTTCAAAAAAAAAACAACGTATATTTTGGGTTGAAGGAATTATTATCT CTATCTCAAACTATTTATCGTAATTTATAAAAATAAATATCTCAAAGTATCTATCAATTT AAAGTTTCAAATAAAATTAATTATCTTTTTTAAAAGAGATTATTGTTAAAAATTACACAC ATTTAATGACTCTATTTTCTTTTTAGTTTGTTTAAAAAAACATTTTTTTTTTAATAACAC TTTAAGGGGACGTTTGGTAGGATGTATTGAAAGAAATAATTCATGTATTATATGTGGTAT AATTTAATACTGTGTTTGGTAGGAATGTGAGCCTATGTATAACTAATTCATGGATTAGTT AATACATCTTACATGGTATTATGTGATGTATTGTTGATACCTTCCATTTGGAGGTATTAG CTCTAATACCATGGACTATTCTAGGTAAAGACAAAAATACCCCTCAAATCCTTTTAATAT TTAATTTATTTTTTTGATTTTATATTTTATATTTATACTAATAAAGTTATTTAAATAAAT TAGCTTACAACTTTTATTATTTAGATATAATTTTTTGTTTCTAAAATGTGAATTACTTAA CTTATTTATTATTAATATAAAATATTATAATCCGATTAATATGTTAATGTTGATATATGA ATTTAGGAACAATTTATAAGTAATGTTGTCTCTTAATGAAAGTTCATTAAACATTACACA AGTAGTCTAAAACAAGAGTGTGTGTGTGTGTATATACACACACACACACATCTCGCGTAT AAAAATAGTTTAATTTATTTTTCTATAGTTATTTTATATTTTTATTTTATTTTATGATAA AGAGTTTTTTAAAATTTATTGATACAAAACAAAGTTCAATAAAATTTTTTTATAATCATT ATAGTTGTGTGGCCTTTTGAGTTATCAACTCTAATTTATTAAGATGACAATTATTTATTC TCAAATAATTTAAGTGAGAAAATAGTGAACATGACAATAAAAATTTAATTCTCCTAACTA GTTAAAAATGTTATAAAAAATAATATCCTCCGTTAATTATTTACTTTGACTCAATTACAT GAAATACAAAATCTCATAATAACTCTAGGGTATAATTGAAAAGATTATTTTTTTAACTTT TAAACCACACACAAAATTAGATAAGAAACAATGAACCAAACACTTGATAAAAATTATCCC TGCATTACTAATCCCTTCATTGCTAATCTCTGCATTACTAATCCCTTGCATTATTTATTT TTGTACCAAACGACTCCTAACTTTACACATAACATGTATAACACCACAAGATTAAAGAGC ATTTTGTTACATTTGACATAACTTTAATCTAGAACTACAAGATTAAAAAATCTTCTTTTT TTCTTAAACTCCTGTTCAAGTCAAAGTAGATCAATTTTTTGAAACGAAAAGATTATAATT TATAAGGTGATTATAAATAATATTAATAAATATTTAGTGAAATAAATTATTTCTATATTT CTTAATTTATCGATATTGTATTAAAAATACATGCGAAAGAAAAACACAATGAACTTATCG AATAATATATTTGGTCAAAAAACGACAATAAATTTGGTGTATGAATCGAAAAATTGTCGC GGGAAGATGGGTACAACTAGCGAGCACGAAATTTATCAGAAACAGTAAAAGCTGATTTTT ATCTTCTATGCCACATGTTAATTGACAGGACCTTCAACTTCCGTTTACCAAATTACCCTC TGCACATATTTAAATAAATTCGAGCACATTTCGTATCAGAGATAAGAGATAATAATTAAA TTTGAAATATTTTAATTTGAATTTATCAATTTAGATAAAATATGATATGAATTGTGCCAA AATTAGTCATTCATATTATAGTGTTATTTTTATCTCAGAATGATAATAGAATAATAATCA AAGAATAACTTATTTTTGATTAAATGTTTTATTTGTTTCCATTAATATTAAGAGGTTCGA ATTTGAATACACATCTGAATATTAAGATTTGCTTTAAGATTCAGGTGTTTTGATTTGAAT ATATATTTGAATATTAAGATGTGGACTCTAAATCTGAACACTAAATAATTAATACTGTTT GTTTTCAATTTCTGAATGTGCATGTGAAATTAATATTTAATTAATAAAATATCATAAAAA TTTCATTTCAACAAAATATATCGCTTTTGATAAACAAAAAGTTTTAAAAGTTTTACAATC ATGATTTAGAAGTACAATTTTTTTTAATTCAAAATTTTTAATAAACGCCAATATGCCAAC AATGTTCTTGACACAGTCAATACAAGAAAATTATTAATATAAAAAAAACTTGAAAGGATT TATGAAAACTTACCAGTTCAAGAGGGGAAAAATGGTGTTTGATTGAGAAAAGAGAGAAAG AAAGTTTTTAGTTATCAGATAAAAAGGCACGCTTAAAGCAGACAAGCGATAATTTATTAT TTGATAACTTATTAAATGAGTTTAAATATTGTTAAGAGTCTTCTACAGATTTGATTCATT CAAACCCATTAAGAGGTTTTTTAAAAAATAAAATAAATGAACTTAATTGTCTGAATTTAA AAGATTTAGATTCAAACCCAAAAGCGAATATCTTAATAGGATGAAACTGAATAACTAAAA TTTAGACCTCTATTAAGGGCGGATAAATGAGACCTAAAAGAGTTTACATACCCACATTTT TATACTTTATGGGGTCATGTAAATATGAAGAACTCCAATCATGTTCCTTTTTTTTTTTTT TGGTTCGACTTGGAGCATTTTAATTTTTTTATCTCTTATTGTGATTTTTAATGAATGATT TTTATTCCTAGACTTCATACATGACATATAACAAAATCAATTCTAAATCTTTATGATAGA AAGACCAATGAAATGTTATTATCATATAAGAACATTAATCCACTATAACTAATAAGGACA CAATCTCAATAAATAAATTAAAAGATTAGACAAGTACGTACTATGTAAAAGCATTGAACT TGACCAACTAGAAAATTAATTATATGATAAAACCTACACTATAATCAATATGAATTAGTA GAATTTTAGAAGAGAAAAAAATCAATATGGCCTAAAAAAAGGAAGAGTACGTCAGCGAAG GGCAATAAAGTCAAAGTAAAATAGAGAAAAGGTTTATTGATGGTTTCTGAAAAGGGAGCA TGTGAATGTGAGTATGGGGCCAGCCTAAAAACAGTGTAATATAGAGGAAAAAAAACAAAT ATTTTTCTATTGAATTATTAAATTATTCATAATTTTTTTATTTTAAAGATCGTTGACAAA TGTGGATTCATATTTTATGAGGGATATTGATAAGATTATTTTAGAACTTATTAATCTAAT TGATAGTGAAATGTTCGAGAATAATTGTGTTTTATCGCAAGTCATTTGAACACATTAGAA AACAAATGAGACTAAAACACATTTTGTCTTCATTCCTTCAATCAAAATCATTAAAATACA AACACAATTGAATGCATTTAGAATAGAAAAGCATATCAAAATCTGTCAACAGTTTTTAAA GAAATAAATTATGGTTGTTTCAATTATTCAATAGAAAAATGACGTAGTTAACGTATCTGA AAGGAAAATTCAATATATTTGGTGATTGTTTATGATTTAGGCAAAAAAAAAAAAAATCTT CGGCAGTAACCAAGTCAATATATATATATATATATATATTGAACTTAATGTTAACACATA TGTATATTGAATTATTGATCAATTGATCAAGTACGTCCACATACCAACTCAAAATTTGAA TACGAAATCTTAAATATCAAGCGGAGTCAAAATAAAGAATTTAGAATATTTTAAATTTTT TTTAGAAGTATCAAATAATTTTGTTAGTGGTTCACCAATATATATAATTTTTAAAATATA AATACAAAATTTACAAAAAAAATTATGAAATTTATTTGAATTCATAAACCTTCATTTAGC TCCGCCTCGGAGCCTAATGAGCATAAAAGTTGAGGAAAGGCATGTGTCAAAGTATGGACA GTGAAGCAGCATGAATGGAACAGCATGTTCTGCACATTCCCTGCATGCTAACTGATCATC TCTTCACAACCCTTTCTTTTATATTAATTATAATTATCACCTTCCTTACTCCTTCCTTTT GTCACCACCATACTAATTAATTTATATTTAATAGAATAATTAGTAGTCCACTATGATTAA TGAACTCACTAATCAATAATTAAAGTATATGGGAAAATCACATTCTCCTACTTATAAATT AATAGGACTTAATTTAGTCACATGTCTGCATGTGATTGATTTCCTTTAATTTGCTATGAA TATACGGCATGTAAGCCACGTGTGGTACTTTTGCACGTTGTATCACTTTGTCATTAAAAT AAGGGAAGACGATATGAAATAATAAAGTATTAATTTAGATTAAATGTTATAATTATACTT TATTTTATCTAAATTTGTGATAAATATTTTATTTTTATCATATGATTGGATTTACAATTA GTTATTTTTGGTACATAATTAATTATTTTATATATTTTGGTATAAAATATATAAATTGGT TTTTATTTATATCAAGCGACAGAAAAATGTATATATAAATAAAAATACATATATTTTTGT CTTATACATTTATAATTATATAAATACAAATCTTATTATACAAATTACAATGTATAAAAT AAAATAATACAAAATTGAACAATTTGTATAAAATAAGATGTATCTAGCGAATTATACAAA TCAAAAGCTCTATATACCAAACATAAAATTTGTTATGATACGCAATTATACAAAATATAG CTATAAGATATAAATATGATTTTTATGTTTGTTATATGTGAAAATTGCTCAAATAATAAC TTGTTAATACTATAACACGGTTTGGGTTCAAACCTGTAAAATAATATATAAATTTTTTAA TACAAATAAAAAATTCTAAAAAAAGTATTAAATTTAACCGAACTCATAAACCCTATCTAG ATCTGGTTCTAAATTTACCCAATATGTCATCATAAGCTCATAGCCAGATGTGTTATCTTT AAATTCTGCAGAAGTCCAAACACCAATTCTTCTATCAGATTCTGAAGATTGAGTTTTAAA TAAGCACTAATGTTAGTTTTATAAGTGAATTAAAGAGATCAAATCTATCTCATGAATTAT TTGAGATGGATTAGCTTTATTTTATCACTAGGTAATTAAATAACATGTGCATTTAATAAT ATTAAGTATTTTTGAGTGTGCACAACCATACCCTAAATTGTCAAGATTATCTTGATTGAG TACTAATGTCATACTATTTTTTTTTTATCGGAGGTCACTTTGTTATTAAAGCATCTATAT ATTTATGATTCTAATTACTATTTTTTTCACGGTTTTATATGATAGACTATATAAGGAAAA TCTCAGATTTTAAATATGAAATAATTCATTTAAATTCGTTTATGCGAGATAAATATTAAA ATATGCCAAAAAAAAACATAAAAACCCTACATATTACTTTTTTTGTTTTAAAATATTCTT ATTAGTAACAATTACAATTGCTCTATAACAAGGAAAGATGGTCCAATTATGTCACATAAT ATTTTTTTGCTTTATATGATTAAATTTAATGAAAATAAAACATGGTAATATGCTTTTGAA TTTCATCGGTCATTCAACTTGTAAGCAATGTTGTAAAAAATGCGGGCACTATGGGCGGAG CTAATAAGAGTTGAAAGAGTTCGTTTGTATTTTTGGACAAAAAATTATACTATTTATAAT TGTTACTTTTTCATATTTTGAAATTCATTTATGAAAATTCTGACTCTTCATTCCACTGAA CGTCTTTTATAGATTTCTATTTTTAAAAATATTTTCATAAATCATTATAATAGAAATAAA TACTAGAAAAGATAATATTGCATTAAAATTATTAGAACTTCAAAAACAATTTATATGAGT AGAAATGACTAAAAAAAAGTAATTGAAATTGGTTCATCTAAAAAAACTAATTAAAATTTG AAACAAATTGAGAAGAAATTTATAAACTTGCTTAAAAATAAAGAACTTGTGATTAGAAGA ATCGAACCAAAGCAATTGGTGAAGGATAGTGTATTTTTATTTTGTAGTTTGCATATTGGT TCTCTTTTAATTACCCAATAATAATTTTCTTGATCATAAATTTTTTTAGCTTCTTAAAAT TTAGTAACAATCTGAGTTTTGTATGTTGTGATATTAAATTAAGGACCCATCAAGCAATTT TAAGAGGTTATTTTCTTACTTACGCCTCAAAATAAATACTCGAGGTACTGTTACCCTAAT CATATACGTATATCAAATCAATGTGATTTATGTTTCACGATACAAAATCATATGATATGT CCTCATTTGACATACCTCATTGTTACTAGCCTTATCTACTCGTTATGTCGATACATTTTA ACTATGCCACATCCAAAACTCACCTCAAAACCATCTTTTAAAAGAGTGTTGGTAAGTAAT TTGTAGTCTTATATGTGAAGACTCGTCATAAAATGGTGGGACATTTATGTCAATTAAGGA TAAGAAGATTTGTTGGAAATAAGTGAACCAATGTAAGCCACCACATAACGCACCAAACTT TCATTTTTTATTATCAGGAAATCCGTCGTTGCTATGCTTTGAATGCCCACAGGGTAATAT CATAGCTACTATGTGATAGCTCGGAAATCACATAGGAAAGGTATCCAGACAAGTCTGACG CGACGAGCTCGACTCAGAAAGCAAATTTTAGCTTTTGCTGGCAAGGAATTTTAAACTTGA GACATCCAATACGAAGTAAAATTAAATCAGACTATAATTATAACATTTAATTTGAACTAA TAATTTATTATTATATATCATTTTCGATTATTTTAATAGTTTTTCACCCTCCATTTTTCC ATTAAAATAACTATATAGTTTTTGTATAAACTGTGCATGTATGTAGAATAGTACAAGTAT ATTAACATCTAGGAAGTGATCCATGAGCAACAAGCATGTTTTATGATCCATCAGTATAAG CAGCATGTGCCTCGTAGTTTCAGTGTGTGCTTTATTCCTTTTGTTTTTTGGTCCCCAAAA GAACACAACCCTCTCACTTTCCCGGGCCATAGCCTACACAACCAAGAATAACGCGGAGGA GAGTTTTGAAATAACAGTAAAATTATCATTTTTGTGTAATATTTATAACATAATATATAA ATATGTTCGTTAATTTGACCTCATTTCACATTTATGCCCTCCAATTTTGGATGTGCACAA CTAAACACCTAAACTTATATAAAATTGACACAAACGTCCTATATGACATTCTACATGGAA ATTTATGTCCTCCATGGTGTCCTACGTGTATTGTGACAAGTAGGATTCGTCAGTCTATTT GTTTATCTTTATACAAGTTTAAGTGCCTATTTGTAGACACTCAAAGTTTGAGGACATTAA TAAATATATTTATGTATTATATCTAAGTATAGTACGTCCAGATTAATTGATTCGTTAAAT TAGTCATCTACTAATACATCTGCTATTGTATATACTTCCTATATCACATTTTCTTGGAGT TCGACCTTTCGTGGATCCAAAAATAATTCATACACTAATTTTTTCTTTAATATTAAATGA AGTCTGACGAAGCAGTGTCAGGTGACACTTTCGGGCTGTTGGGGACCAGGGGCCCTATGG AACATGGTTAAATGTGCTTTATATAGTTGAACCAAAAATGACCCCACTTGTTTTGTCTAG CATGCAACATATCTTCCTTTTTCCATTTTCCCTCACTTTGTCGTTTTGGACTTTTCTTTT TCTGTGTTTATGTTTGCAACTCGCATGCATTGCTATGAATATCAAGCTAAGGCCATACAT ATTACTTTTATCTCATGCCTTTTTTCTTTATACGTTTAAAACGGGATATGATTAGCGAGA ATTCATATAGTCAAAATTAAAATGTTTGAAATTGCAGCGTAATAATAGTAATTTATTGTT TGTGCAGGTATATATCAAGAATATGTATTTATTTGAATTTCAATTCTATTTTTCCGTACA TATTAAGTTTAAAATTGCAAGCAGACCCATCTAACATCTTTTCAAGAAATCATAATACAC AAGAAATTAAGGAATTTGCTGATTTTTAGAAAAGTAGATGTAGATATGTAAATGAGCTGT TAAAAAAAGAAGTGAGTATACATGATGGTTCTTCAATTCATTACGGAGATTCTCATAAAG TTTTTTGAGAAAAAAATTGAGTACTTTGGGGCACCAGATTCATGGGTAACGCACACGACA AATTGAGGAATTTGCTCGATTTCTAAAAAAGGATTTGTAAATGCGAACATAGGTGTTTAA AATATGATGTGAGTATATGTGATGGTTCCCCAACTCATTACGGAGGTCCTCATAAAGTTT TTTGAGAATTTTTTTTTGATGCACAAGGTTGCCAGATTCATGGATTAATACACACGAAAA ATTGAAAAATTTACGTGAATCCTAAAAAGGAGCCTGTAAATGCAAAGTTAAAAAAAGGTG TGAGTATATATGATGCTTCTCCAACTTATTAAGGATGTCCTTATGAAGTTTTTTGAGAAA ATATTTTTGATGCTCGGGGCACCAGATCTATTAGCTAGCTAATACACATGAAAAAATGAA GAAATTGTGTGATTCCTAAAAAGGCTTGTAAATGCAGAAATGAACGTTTAAAAAATGGTG CGAATTACGTGATAGTTTTCCAACTCATTACAAAGATACTCATAAATTTTATTGAGAATT TCTTTTTGGGTGCTCCAGCGCGCCAGATGCATGAGCTTATACACACGAAAAATTCAGAAA TTTGGGTGATTCCTACAAAAGAACACGTGAATGCGAAATGACATTTAAGGAATGATCTGA GTATATGAGATGGTTCTCCAACTCATTATGGAGATCCTCATAAAGTTTTTTGAGAACCTT TTTTTGCATGCTCCGAGGCAAAATCCATGAATTAATATACACGAAAAATTGTGAAATTTG CGCGATTCTAAAAACGTACTTATAAAAGCGACAATGGACGTTAAGCAAATGATGTGAGTA TACATGATGATTCCCCAATTCAATATGGAGGTCATCATAAAGGTTAAAAATTTGGATGCT TCGGGGCGCCAGATCTATTGCTAATACAAACGAAAAACGAGAAATTTGTTTAATTCATAA AAAGGCATGTAAATGATGAAATGAGCATTTAAAAATGGTGTGAGATATATGATGGTTCCC CAACTCTTTACAGAGGTACTCTTAAAGATTTTTTAGAAAATAAACTGTGTACTCTGGGTG TCACATCCATGGGCACACCCCAATATTGGGAAATTTATACGATTTCTAAAAAAGGTCTCT AAATGCAGAATGAGCTTTAAAAATAGTGTGGGTATATATACGTGATGATTCACTAACTCA TTGGGGAGGTCCTCATAAGTTTTTTGAGAATTAATCCTAAGTGCTTCGGGCCGCCAAATT TGTGGGCTGATACACATGAAAAATTGAGAAATTTGCGCGATTTCTAAGAAAAAGATTTGT AAATGCAGAAATGGACGATTAAAAAATGGTGTGAGAATACGTGATGGTTTCCCAATTCAT TATGGAGGTCCTCATAAAAAAAATTGAGAATTTTTTTCGAGTGCTTTGGGGTGCCAGATC AATGAGCTAATATACACGAAAAATTGAGAAATTTGCTTGATTCCTACAAATGTGACGGTT CCCCGACTCATTAAAGAGGTCTTTATAAAGTTTTTTGAAAATTTTTTTTGGGTGCTCCTG GGTGTCATATTCATAGGCTAATGCACTACTTACACACAAAAAATTGAAAAAATTACAGAT TCTTAAAAAATGATTTGTAAATGTGAAAATGAGTGTTTGAAAAATAGCATGAAGATATGT GATGTTTTCCCAACTCATTATGGAGGTCTCCATATTAATGAGCTAATACACACGAAAAAT TGTGAAATTTGCTTGATTCCTAAAAAACAGCTTGTAAAAGCGAATTTTGACTTTAAAAAA TTGTGTGAGTATACATGATTGTTCCCAGCTCATTACGGAAATTCGCATAAAATTTTTTTT AAAAAATATTTAAGGTGCTCCGTGACACCAGATTTATGGGCTAATACACACGATAAATTG AAGAATTTGTGCAATTTCTAGATAGGCATGTCAATGCGGAAATGGGCATTTAAGAAATGG TATGAGCATACGTGGTGATTTCCCAATTCATTAAAAAGATCTTCATATAGTCTTTTGAGA AAATTTTTTAGGTGCTTCAGGCGCCATATTAATGAGCTAATACATACGAAAAATTGAGAA ATTTACGTGATTTGTAAAAACAATTGTGAATGCGAAAATGACGTTTAAGAAATGGTGTGA GTATACGTGATGACTACCCAACTATTATAGAGGTCCTCATAATTTTTTTTAAATTTTTTT TGTTGCGTGCTTCGAAGCGCCAAAACGATGGACTATTAATATGCACAAAAAATTGAGTAA TTTGCGTGATTTTAAAAAAGTCTATATTAGGTGTTAAATAAATGATGTGAGAATACATGA TTGTTCCCCTAACTCACTACGGAGGTTATCATAAAGTTTTTTGAGAAAATCCTTTTGGAT GCTCTAGGCCCTATCTATATCTATAGCTAATACACATGAAAAATTAAAAAATTTGCTTGA TTCATTAAGAAAGGTCTGTAAATGCGAAAATCAACGTTTAAAAAATAGTGTAAGTATACG TGATGGTTCCCCAACTCATTATAAAGATCCTCATAAAATTTTTTGAGAAAAAAATTGAAT GCTCCGAGATGCCACATCCATGGACACATATTCCTAAAAAAAGACCTATAAATACGAAAA TAGGCATTTAAAAAGTAGTGTAAGTATAAGTGATGATTTTCTAACTAATTACAGAGGCCC TCATAAATTTTATAGAGAAAATAATTACGAGTGCTTTCGGGCGCAAGATCCATGAGCTAA TATACATGAAAAATTGATGAATTGCGTGTTTCTTAAAAAAAGGTCCGTAAATGCTAAAAA TGGGCGCTAAAATGGTGTGAGTATACATGATTGTTCTCTATCTCATTACTGAGGTCCTCG TAAATTTTTTTGAGAAAAAAATTTGGGTGCGCCACGGCGCCAAATCAATGGACTAATATA AACGAAAAAATTGATATTTTGCAAGATTTCTGAAAAAAAGGTCTCTAAATGCAGAAATGG GCGCTAAACAAATGGTATGACTGTACATGCTGGTTCAACAACTCATTAAAGAGGTCCTCA TAAATTTCTTTTGAGAATTTTTTTTTTTGGATTCTCAGAAGCGCAAGATTCATGACTTGT ACACACGAGAAATTGAGAAATATATGTGATTCCAAAAAAGAAGTTATACAAGCGAAAATG AGCGTTTAAAAAATGGTATAAGTATAATTGAAGGTTCGCCAACTAATTTCGGAGGTCATC ATAATGTTTTTGAGAAAAATATTTTGGGTGCTTCGAGGCGCCATTTTCATAAGCTAATAG ATATGAAAAATTGAAGAATTTGTATGATTCTTAAAAAAGGCCTGTAAATTTGAAAATAGG CGCTTAAAAATGGTGTGAGTAACCATTTCATTAAGAAGGCCCTCACAAATTTTTAGAGTG CTTTGGAGCACTAGATTCATGGACTAATACACACAAAAAATTAAGGAATTAACATGATTC CTAAAAAAGGCATGTAAATGTGAAAATGGGCAATTAAAAATAATGTGAGTACACGTGATG ATTTCAAGCTCATTAAGGAGATCCTAATAAAGTTTATTGAATTTTTTATTTGGGTTGAGT GATCAAGGACGTCATATCCATGGGCTAATACAAATGAAAAATTGAGTAATTTGCGTGATT CCTAAAAAAGGTCTTGTAAATGCGAAAAAACGTTTAAAAACTATTGTGCGTATACTTTAT GGTTCTCCAATTTAATATGGAGGTCCTCATAAATATTTTTGAGAATTTCTTTTGGTGCTA CAGGGCGCCAGATCCATTGGCTAAGATACACGAAAAATCAAAGCTTTGCGCGAATCCTAA AATGGGCCTGTAAATGCGGAAATGAACGCTAAAAATGATGTGAGTATACAAGATGGTTCA CAACTCATTGCTGAGGTCCTGATAAAGTTTTTTGAAAAAAATATTTTGAGTGATTCGAGG TACCATATCATCGGCCAATACACACGAAAAATTGAAAAATTTGCGCGATTCCTAAATATA TTGTAAATGCGGAAATAGGCATTTAAAAATTGTGTTAGTGTACATGATGGTTCTCATACT CATTACGACGGTCTATATAATTTTTTTTGAGAAAAAATTATGGGTGATCTAGGGTGCTAG ATCATGGGTTAATACATACAAAAAAAATTGAGAAATTAGCGCGATTTCTAAAAAAGGCAT GTAAAAATGCAGAAATAGATGATTAAAAAAGGATTTGAGTCTACGTGATGATTTCCAAAC TCATTAACGAGGTCCTCATAAAGTTTATTAAGAATTATTTTATGTGCTCCGGGGCGCCAT ATCCATAAGCTAATATTGACGAAAAATTGAGAAAGTTGTGTGGTTTTAAAAAAGGTCTTA TAAATATGGAAAAAGGAGTTTAAAAACTGGTGTGGTATGTGTGATGGTTCCTTAACTCGT TATGAAGGTCCTTATCAAGTTCTTCGAGATTTTTTTGGTGCTATGGGTCTCCAAGTCCAT GTGCTAATATGCACGAAAAAATTAAGGAATTTACGCGACTCCTAATAAAGGTTTCTAAAT GTGAAAATGTGTGTTAAAAATGGTATGATATACATGATGGTTCGCTATCTTATTACAGAG GTTGTTATAAAGTTATTTGAGAAAGATATTTTAGGTGTTCAGGGGCGCCGTATCTATGAG CTAAAACACACGAAAATTTGAGAAATTTGTGAAATTTTTTAAAAAATGCATGTAAATACA GAAAGGAGTGTTTAAAAAATGGTATGAGTATATGTGATGGTTCCCCAACTCACTGCGGAG GTCCTCATAAATTTTTTTGAGAAATTCTTTTGTATGCTTCCGGTCGCTCAATCTATGTGT TAATACATACAAAAAACTTGACCAATTTGTTTAAATCTTAAAAAAAGACCTGTAAATGTG AAAGTGGACGTTTAGAAATTGGCCAAAGTATATGTGATGGTTCAACAACTCATTACGGAG GTCCTCATAAAATTTTTTGAGAAAATTATTTTGAGTGCTTCGGGGCGTCAGATCATGGGC TTTTTTACACATGAAAAATAGGGAAATATACGCGAAATCTGTAAAAAAAACTTATAAATG CAGGAAAGGGGCTTTTAAGAAATTGTGTTAGTATATGTGATGGTTCCTAAATTCACTATG GAGTGTATCGGGGCGCCAAAACCATGTTCTCACACGAAATATTGAGATATTTGCTCGATT TCCTAAAAAAGGGCATGTAATTCGAAAATGAGAGTTTAAAAAATGGTGAAACTATATGTT ATGGTTCCCCAAATTATTATGGAGGTTCTCATAAAGATTTTTGACAAAATATTTTGAGTG CTACGAGGCACTTGATTGATGTGCTAATATACACTAAAAATTGAGGAATTTGTGCAATTA TAAAAGAGACATGTATGCTGAAATAAGAGTTTTAAAAATGGCGTGAGTATACATAATTTT TATCTAACTCATTACGAAGGTCAATCATAAATTTTTTTAAGAAAATATTTCAGGTGTTCC GTGTGCCATAACAATGACCTAATACACATTAAAAATTGTGAAATTTGTTCAACTCTAAAA AAAATCTCCACAAATGCGAAAATAAGCGTTAAAAAGTGGTATAACTATACATAATAGTTT TCCAACTTAATACGGAGATCCTCATAAAAAAATTTTGAGAAAAAATTGGGTACTTCGAGC GCTTGATACATGATCTAATAAACATAAAAATTGAGGAATTTGAACTATCCCTAAGAAGGA CCTGTAAAGGCGAAAATGAATGTTTAAAAAATGGTGTGAATATATGTGATGGTTCCCAAA CGCATTGTAGAGATCCTCATAAATTTTTTTGACAAAAAACTTTTAGGTGTTGTGGGGCGC CAGATTCATGGATAAATAATACACACGAAAATTTGAGAAATTTACGCGATTCCTACAAAG GGCATGTAAATGCGGTAAGGTGCTTTTAAAAAATGGTATTAGTATACGTGAGGGTTCTCG AACTCACTAAAGAAATTCTTATAAAATTTTTTGAGAAAAAAATTTGAGTCCTAGGGTGAG CCAGATCCTCGGGCTAATACACACGAAAAACTGAAGAATTTACCGATTACTAAAAAAAGT CTATAATTGCGAAAATGAGCGTTAAAACTGGTGTCATGATGGTTCTCCAACTCATCACGA AGGTACATCTAGAATTTTTTGAGACTTTTTTGGATGCATCGGGGCGTCAAATTAATGAGC TAATACAAATGAAAAATTTAGAAATTTGCATGATTCCTTTAAAATGACCTTTAAATGTGA AAATATTCGTTTAAAAAATTGTGTGCGTATACGCGATGGTTCCCCGGTTCAATAAGGAGG TCCTCACAAGTTTTTTGAAAAAAAATTTTGACTGCTCTGCGACGCTAGATCTATGGGCTA AAACACACGAAAAATTTAGGAATTTAAACGATTTCTAAAGGGGTTTGTAAATGCGGTAAT TGGCGTTTAAAAAAAATGATATGAGTGCACGTACTGATTTTTCAACTCATTACGGAGGTC CTCACAAAATTTTTTGAGTAAAAAATTTGGATGATTCGGGTGCCAGATTCTTGAACTAAT ACACACGAAAAATTAAGAAATCTGCATAATTTCCGAAAAGGGTCTGTAAATGCGGAAATA GGCATAAAAAATTGGCGAGAGTATACATGATGGTTTCCCAACTCACTACGAAGGACCTCA TAAAGTAATTGATAAAAAAAAATTGGGTGCTCCGGCCCCAACTTTATGTGCTAATACACA CGAAAATTGAGAAATTTGCGTGAATCTTAAAGAGGACCTATAAACAAGGAAATAAGTGCT TAAAAATGGTGTAAGTATACGTAATGGTTCCCTAACTTATTACGGAGGTCCTCATAAAGT TTTTAGAAATTTTTTGGTGTTTCGGGGCTCTAGATCCATGTGCGAATACACTCGAAAAAT TGAGGAATTTATGCAAATTCTAAAAAAGGGCCAGCAAAATGTTGGAAATAGGCATTTAAA TATGACGTGCGTATACGTGAAGGTTCTTCAACTAATTACAGAGGTCTTCATAAAGTTTTT TGATTAAAAAAATTCATGTGCTCCGGAGCGCAAGACCCATGGGCTAATAAACATAAAAAT TAAAAAAATTGTGCGATTCCTAAAAATCTGACATGTAAATGCGCAAATGGACGTTTATAA AATAATGTGAGTATACGTTATGGTTACGCAACTCATTACGGAGCTCCTCATAAGGATTTT TGAGAAAAAATATTTGGATACTCTGGAGAGTCAGATCCATGGGCTATAAGTAGACACAAA AAAATGAGAAATTTGCGCGATTCTTAAAAAGGGACTATACATGCGAAAATGAATGTTAAA AATAACGCGAGTATACATGATGTTTTTCCAACTCATTAGGAGGTTATATCATAAAGTTTT TTGAGAAATATTTTTTGAATGTCTGAGACACTAAGTTTATGAGTATTAACACACGAAAAA TTTAGAAATTTGCGTGATTCCTAAAAAAAAGTCAATACATGCAGAATGGATGTTTAGAAC ATGGTGCGAGTATAACTGATGTTTCTCAACTAATTATGAAGGTCCTAATAAAGGTTTTTG AAATTTTCTTTTAGTGGTCCGAGGTGTCAAATCTATAGGCTAATCGAAAAATGAGGAATT TGCGCGATTCCTAAAAAAAACTTATAAATGAAAAAATGAGCATTTAAAAAATAGTGTGAG CATACGTGATAGTTCCCACCCTCATTGTGAAGGTGATCCTCATAAAGTTTTTTTAAGAAT TTTTTTGGGTTTTTCGGGGTGCTAGATCCATGAACTTATACAAGAAAACATTGGGGAATT AATGTGATTTCCAAAAAAGGTCTATAAATACGAAAATAGGCGTTAAGAAAAATATTTTGA ATGTTCTAGGGCGCCAAATTCATGAGCGTTAATATGTGGGATAGGCACCATTATTCGAAT CCTTTTACACATCTTAAAGAAAATCAAGTGACAAACAATATATAACATTGGTTTGCAACT TATTTTTAGTCTTAATTACGTCACTTGTACATATAAATAAAATTATATGACAAACATATA AATACAATTAGCCTCTCTCCACTCTCTCGCTCGCCTCTCTCCTCTCTCCTCCCTCACTCA ATCTCATTCTCCAGGTATACAAATACTTATGTATATTAGTTACATATATACAATTATCTA AGAGATATACATATACAATTCGCCTCTCTCCGCTCACTGCCCTCTCTCGCCTCGCCTTTT CCGATCTCGTTCACCAAATACACAAATATGTATACCAATTTAATATATGCAATTTGACAG ATTTACATATACAATTTGACAAATATACATATACAAATCGCCTCTCCCTCTCCCAATCTC GCTTGCCAGATATACAAATATATATATGCAATTCACCTCTCTCCATTCTCTGCCCTCTCT CGCTCGCCCTCTTCTGCTTCTAACATGTAGCTACAAATCATAAATAGCAAACTATAGCTA TGTAACATAATTAAGTTATTTTTTTGTGGCAATATGCAAAAATTCTCCTATAATATGAGA AGCATCACAAATCATATGACATAAGTGATTAAATAGTTTGACAGTTGTAAGTTCGTTAAA TTTTTGAGATTCACAAGCAAAAGAATCAAAAGTAAACATTTTGATTGATCGAACGTTAGA TGTGCTTAACAGATAAGGAATTTGTTGATATTTCAGGGATGAAAAGTGCAAATTTTCCAT AAAAATTATGGAAACTGATACAGCCAAATAAAAGAGAACCAAGGTATCAAAGAATTTGTT TCAGTAAGAGCTCGGAGAGTTGTCAACAACCTTCCCAGTCCCCACTTCGGTTCAACGAGA AAGGAAGGGCTGATCCGATAGTGCGTGCTGGCCAGTCGCCACTCTTGACCAAGAAATATT TGTGTCCATGTTTTCACTGCAGGTTCACTTATTTTCTACACTTTTAGGTAGATTTTGAGT TGTGACAGCCTAGTTGACATATAAAAAAGTTTGTCGATAAAATGATAAGCAATGAAAAGA GAGTTCAACGATCATTTCAAGCGAAAAAAAAATGAGAGCATTAAAATGTTCTCATTCATA ATCACAAAAGTACTCTGTGTTGTGCAAAATCACTGTTTTCTTTCCCAAAATTGAGGCAAT TATGAAAAGTTAGTGATTCAATACCAAAATTGATACGATTATGATAAACTATTGCTTCAT ATACAGCCATCGCTGAATAAAAGAATATGAGTAGGTGATGCAAACCCAAATGCAGGTCTG CCTCATTAGTCATTGCTGCCTCACTTGTCATTGCTGCATCCCCCATTCACTGTTGTTGTG TATGTACATACCATTCCAAGACATGCAGCACTTTATCTTCTTATGTTGAGGTATATGGAA CTTAGGCTCTCTTGGAACGGTAGGATCTTTTGTTGACCTAATGCAGACCACCAAACTATT TAGAAGTAATTCTGAATTATAGCCAGTATTACCTATTAGGCAAAAATTTGAGAGGAACAT AAAGTAAAATTGGAACCTTGTTACTACCTTCTAGGAACGAAAGGCCTGTCAAAGTAGGGC ATCGGTTGAGCTTTTGGAACAAGTTCCTTTCTCAGCCTCCTAATTTCTTCTTCCTCAGCC ATCTAGAGAAAGTAACAATATCGTTTTTTTAATTAAAAAATAAACAAGAATGAAGGAGAA AAACTCCAAATACACGTGCTTCAATCGCAGAACATATGCTTGGATTACCTTCTGCATTCT ACCTCTTTCCATCTTGTATTGTTCAATAAGGCTCATTTTTTCTGCCACCTGATGCAATCA TGGAGAAACCAGGAACATAAGTTACCGTGCCTCCACAAATGACAAGCCATTTACAGGTCC TCTCCTCTTATCCAATGCACTCTCTTTGGTTATTTCCTTACATATTGCAGATATTTCTCA TATACTTTGCTTTCCCCTAATGAAATATAGCATTGAACAAGAATCTAAAACTAGCCCTTT TTCACTCTAACAGCTTCGCTTGGGACTTCTCTTATTGGTGCACTATCTTTGAGAAAAATA TTGAGATATCTCTAGCAACATTTTGCACGAGACTTAAGCCAACTCGTTCACTAAAAGAAT TACTTTAGGTTGATGAATGAACAAATATAGAATAATCAAAATCTACCTGATGATCAAACT CGGCACGTTCAGCAGCCCTAATGTCACTGTGCAGCACCATATCAACTGGCCTTGTGCTTT CTTTCATCGGAGGCTTTGGCAAACACTAAGCAATTGAGAACAGAACAATTCAGTTTTCTT TTCATAACAGGCTGAAGTATAACCCAAGTGCAAAAGATTTGTGCATAGTGATCAGAGAGT CCAGTCTCAAAAATTTCATCCTAGTTTCTCTTTGATTTTGGTTTAAAAGAGTCCAGTCTC AAAAATACGAGATCAACAATGCATAGAAAGTCTTTAATGGTTGGAAATGACTGGTGAAAA GCTTAGGCTACTACCTCTGGCTCCTCTGTTGTCCATGGAAGACCTTGTGCAATTGGTATC CGCTGTTTCTCCTCTTCCTCCACCGTTTGTTGCACTTTCTTTAAAAACTCTTCCTCTTTA CATTTTCCCCTTTCCTGCAACAATAGCCAATCTAATCAACTCCTCAAGTAAATGGATAAA TTATTAATTGGATTCAACATGACATACTAATATATGCAGTTCAACAATGGTAGGAGACAT TTAACTGTTGAATCAAAGAACAGGATAAATTAAGACCACCCTGCTAGTGGTCAAGAAACA ATGAACATTATAAATGTCAACAAAGGGAACTCAATATTCCGAGTTTCTTGTAGCCATCAT TATTCCGTCCATCTTTCGGTGTCCACTCTGCACAACTCACTATTTTGTCGGGCAGCTAGC ACATGTCAACCAGATATATGCAGCTGCATATTTTGTCATATTTGCACAAGAAGCAACCAA TTAGCCAAAGGTTAGAGAAACCAAACACGCAATTCACAAACCTCAGTTCTTAGTTTGAAA GGCTTTTGCAAGGTCACTTTGAGCTGCTTTCTCTTCCAGTTTCTTTTAGCAAATGTGATT GATGATTCCATACTCTGCAGCATTAAGAATGAAAACAAGAGCTTAAAGATTAACAGAATT CAACCCCATCATACTGTGATTGATAATAAGAAGAAAATTATTACATTGCGTCTGCTCCTT CGACCACCACCTGAAGTCCTGCTTGACATACTGAAGCTTGCAAAAGAAAAAAGAACAGTA TAATTTCAGCACTCGAAAGAAAAAAATACATATCAATCCTAAATTAATCGAAGGATTGCA TTAGATTGACGATCAATAGTCAATTTGTAATGAATCCTTACGATTTAAAAAATGAAAACA GAAAAACTAATAGGATAAATGAAGTTTCAATTACTAACCATCCATGGTTGCTATCCAATG AGGAGACACGACGTGAATCCAAGCCTAAACTCTCAGAGTTGAGGAAGAAATCCGATGGAC AAAACGAGGATGAAGATACCTGTGTCTCAGAAATCTTGGGAGGTTGTAAGCCAGGCAATG CCCATTTTTGTTCCTTGCTTGAATCCTCTGCTTCATTTTCATCATTTTCCCCTTTCTCCT CACACCCTTTTGTTTTTGGTATTGAGAGAAGCTTCTCAAAAGCCTTAACTAAATGCTTCA CTCTTCCAGAACCAGTTTCAGGTACACTTTGTCTAGCTTCTTCCAACAACCTCTCCCTCC TCCTCTTTATAGTCCCACCACTCATTTCACGCCGACCCACATCCTCATTGCCCCTTTCCA CTAATTCATCTGCCACGGAACTATCGCGCAATTCAACGGAAATTGAAACAGGAACTGTTA CCTCCTGATCGACTGTAGTCAGACTCAACCTATGCCTGACTGGCGAATCACCGTAACACC CCATAATTCGCTCTCCGTCGCCATTTTCAGCTCTATTTACTTCATCCAACTCCTCAATTT CATACTCTTCATGTTCATTTCCACAACGATTCTTAAAAAACTCTTCTTGAGAAGCCCTGA GACTCTCATAAGCAACACAAAGACACTTTTTTTTCTCAGCACCATCCTTATCACAGTTAC AAATCATTTTAGATTTCAGATTATCCTTATTACATTTCTTCTTCTTCGCGATTACAAACT TCCTCTGACTAATCTTATTTTTCGGCGAAATTGAAGCCAATTTGTTAGTACTAGAATTCC TGGAAACTAAACTCTGAATTCTACTCGCTGATTTAGAAGATTTTGATAAAGCTGGACTGA GCTCCACATTTGGGTTCGCATTCTCAGAAATTTTGGAGCATTTTTTAGGCGTAAGCCTAG TGGATTTGCCGATAGAATCCATCAAAATCACCGAAAAAAGCAATGTGATTATCGCCGAAG AGTTGATCAGAGTTAGGGTTTAGTTGGATTACTGATTGGCTAGGGTTTTCTGGTTCTCTC TCATTCATTGATCGACGAGGGAAAAAGAAGAAGTTGAGCTTTTCACGCTTCTGGAGTTGG TAACGGCTAGTTTTTTTTTTGGAGCGTTGGATTTGTTTTTCTAAATTATTTTGCAAAACT GAACCGTTAATTAGAGAGTGATTTGAGGTTATTGTTATGGCTAATTTTTAATATTTATAT AATAAACTATAAAAAATTTCAAAGTGTATTAGTCAATTTCATCTAATTTTAATATTGATA GGCAAAACGCACCAAATAAGTTGAGACGAATGGAGTACTTATTTTCATTAACTATATAAC GTACCTTAATAGTATACATATAGAAAAGAAGAACTTTTATAGCATATATCACCAAAAAAG TCCTAAATTTTATTGAAGTAGAGAAGAGCAAAGTACCTATTGATACAAATAACTACTGGC ATTTCCTTCTCTGTACAAACATGACTCGACAAACACATAAAAAAGTTCATTTAATAATAA TAATATGGCATAAATTTGGAGCGGATGACAAAAGCATCTCAGCTCAATCATCAGTGTTTT TTGCAACGTAACAATAAAACACTGTGAAGACATGCCAATTTTATTTTATTTACTACTAAC TAACTTCAAATAACACATGAATAGATCACATTTGAGAAAATCATGACTCTGCTCAATCAT CATCGGAGTGCTTTTTGCGACGATTTTTATTCTTCTCCTTGTCGGAGTCAGAGTCAGAAT CACCCTGCCAATTTATTAAGATTAAATCAATAAGATAACAAGTTGTTTTTATTATGCGAT TCAAAAATAAAAACTACTTACATATTTCTTGCGACCATAGCCTTCATCATCGTCACCGCC CTTCCCATAGCTAGACTTCTTGTAGTCATCTTCCTCGGACCTACCATAACTAGGCCTCTC AACTGTTGAACTCCCATACCCACTAGATCCGTATGCTGATTTTTTCCCCTCATCATCGTC GTCATCATCACCACCACTCTTTCTTCCATGACCGGTGGATTTGGTTTTACTCCCATATCC ACCCGATTCATCTCCGTACCCGGTAGATGTGGTTTTACTCCCATACCCACCCGATTCATC TCCATACCCGGTAGATGTGGTTTTACTCCCATACCCACCCGATTCATTTCCATACCCGGT GGAGGTTGTTTTACTTCCATACCCACCCGATTCATTCCCATATCCAGTGGATGTGGTTTT ACTCCCATACCCACCCGATTCATCTCCATACCCGGTGGATGTGGTTTTACTCCCATACCC ACCCGAATCGTCTCCATACCCGGTGGATGTGGTTTTACTCCCATATCCACCCGAATCATT TCCATACCCGGTGGATGTGGTTTTACTCCCATACCCATTCGAATCATCTCCATATCCGGT GGATGTGGTTTTACCCCCATACCCACCCGAATCATCTCCATACCCGGTGGATGTGGTTTT ACTCCCATATCCACCCGATTCATTTCCATAACCAGATCCATATTCCGAACTCTTATCCCC GTATTCACTTTTCCTTCCATGCCCACCGGATCCGGTTTTGCTCCCATATCCACCTGACCC GTACTGATCATCAGAGTCATGAGTAGCACTTTTTGACCCGTAACCAGATCCATATTCAGA TTGGGGCTCATCATCGTCGTTTCGTCCATATCCAGATCCATGTGACTTTTTGGGTTTTCC CTGTCCGGATCCAATTCCACTTCCACCATACTCACTTTCACCGTAAGACATGATTGTGTT AATTTCAAAAATTATTTTCTTCTCGATTGATAAAATTGAATAATGTGAGATCACAAGAAA ATGAATTTGTTAGTTAGTTGAGTAGAAATATAAAGGAGGGAAAAACCGTTACAAGTTGTT GGAACGAGGTTGTTACTCCTATTTAGTGATAGTAGATGATTTCATAATCAAGGGCCACTA TTACTTGATTTGTTATAAATTCAAAGGCCGTAGCCACGATTTGAAATTTATAATTCTAAA TTTGCATCAAATTAATCATTAGATTTACTGTAAAATACTTATATATACATAGAAGTAAAA TACTTATATATAATGAATTACTGTAAAAAGTAAATTGCTATTAAAATGTAATTTGAGAGA ATGTTACGCAAGTAATTATTTCAGTTTTATATATGAGCACTCCAACTTATGCAACTATAT GGTAGCTTGCTTTCAGACCCTCTGAATTTAAGAGGAAAATACATAATTCATTTTTTAGGT AACTTACTTTTTCTAAAGAACAAATATTTTTAAAATTTTAACCAACTAAATATGAAAAAA TAAAAATCTGACCGAAAACAGAAAAACAAAATTAAGAAATGGAGATGCGGGGGATCGAAC CCCGTGCCTCTCGCATGCAAAGCGAGCGCTCTACCATTTGAGCTACATCCCCTTTTGTTT AACCATTAAACGAAAGTAACTTCACATAAAAATTGAACCATTAGCACCACTATAGAACCA TCAAACCTGTGACCAGCCTCCTTGGGCACTGTGTTTTCCTCCAAGTTAGAGTAGAACTTG AAACTTGTTATTAGTATTTCAAGAAATCTGCGTATCAACCTGATGGAAATATTTCATATT AATCACACTATTTTGTACTAGTATTATTGTACAGATAAAATGTTCAACTACTATCAAACT TAAGCGTGTACAGGAACCGCGATGGCGATGCAAATTTTCATCAAAGCAACCACTTCTTTA AATTTTCAATCAACAGCCAACAAGAGCGGAAAGAAAGATATATCACCACCTGTAAACTAA ATCATACCGCGAAGAAGCTGACTCAAGATTTGCTCCTCAGCTCCCAAATGCTGTTTCTTC TTATAAAGCTTAACTGGTGCTGACACAAAGACCTGCTTCATTGTACAAAGACCTGCACGA AAGGAACTTCATCTTCAAGGTGTGGTATTACTAGATGAGACGATAACATTTCCCTCTGCC AACCTGCTTGGATATGCTATTTTTCCAACTGCTTCGGTTGTGGGAATGATTTCTGTCTGA AGAGAATAAATATCTCTAATCTTCCAGTCTCTCAAAAACAGATTAGTTGTGTCTAGAAAG AAACGCCAATCTAGATTTGATACTCGAGCAATTTGATTTTATATAATGAATATCATTCCA ATTTCAACAAGCCTCGAGTATCAGCTGTAGTAGCAAGCATGTACCAACCACACAAAGTAA TCAAAGAAATGGTAATTTGTAGCACAAAGGACCCATAACATCAAGGGGAATGAAGGACAC ATAACGTCGATCAGAAACTAAAGGTGATGGGTACAGAAAACTACATAAAGCATCCTGATG CAAAAAAGTAGGCAAGAGTACTTTTACTCTCATTAAGATTGTGGAACAATTGCAGATTAC AAATATTGCGGATAACTTAGGAGGGAAAGAATATGAAGCTTTAAAATGTTATTATTCCCC AAATCTTCAGAAACTTGAATCCTATTTAATTAGTGTTTTACTTGAAGAATTAGTAATCAC ATTGAGGCGTCGAGGAAAGCATCACAGACATCAAGTTCCACGTTCAGGAACGCATTGACG TAAAAATGCTCGGACTTACTCCGGAGTAGATTCTTGTTAACACACTTCCTCTTGAACTGC GGCAGAATGCGATATCCAGGGTGGGAATATCCCTTTTTATCAAACTAAGGGTCACACTGA CAGGAAAATTTTTATTAGTCGAGCATAATAGTTATCTTTTTTTAAAAATGGGTGTAAATA TCCTACAATATATGCATGCTACGATATCATTTGCTGACACAGAGAGATATTCTGCCTCAT ATATAAAAATTGAATCATTAGTGACCATAACTAGAATAAACTTGCAAGTCTTTGCATGAA GGAATGAATTTATTTAAGTATCAGAAACAATCAGACAACGACTCAGCAGCACCAAAAGCC CAACAAGAACCACAATGTCCCTGAATACAAACGGTCAGATTGTTCAAATACCCAAAGAGC AATTAGCACAAGGAGGAAAAACAAATGATGAAATTAGAACAAAGACAAATCAACTACTAT TCTGTGTGACAAAAGATGGAAAGCATTAGCACCACTCTACAACACTAAACCCATAACCTT TTAGTTTGATCAAAGTACAGTGACAGTAAATATCTTCAGGTAAAATACCTGAAGGATTGC AGATTCCGCTTTAGCTTGGAATATTGAATTTTCTGCAATAACCTGCTTGCCGTTCACAAA AGAAACTATGTACTCAACAATGGACTAAGATTTTGCAATAATTGGACCTTTACATCATAA TTCAGACTATCAAACCTTCTAAATGCTCTTAAATTGCGAAAGCAACATTGAGAAATATGG AAGAGATTAAGAACTAGACCATGTAATTTTCTCATTCATTTGACCTACATACTTTTTTCT TTCTTCTACCCGTGAAACACACAGAACCATTGTTCCAAAATGTAGAACTGCAAGATACAT GCATTTAGCTTCCAGTTGGCAATTATACCTATGTAGATTGATTTGGTACATTAGTATTAA GAAGTTAGTTGAAAATATAAAAACAAATGTTTTCATTTTCTTCGTTTGGCAAACGACAAT ATGTGCTAAGTCTTAGATGTTTGTGTCTATCCCTTTACCACTCACAAATTATGCATCAGT ATCCAAATATAACTAAGTTCGAAGCAAGACAATTCTCATATTTGGTCGGTGAGTAGAAAA TATTTTCCTTAATTTTTTGATTAATTTTGAGGAAAATGAGTTGACTTGGAAAACATTTTC CAAAACTTTTATCCCGCTCCTATGCTATTAATTTGACATAGGAGAGAGGTAACCCGCACT AGGCAAGCCTGGTGCACGAGCTCGACCCAGAAGCCGCCCCTTGCTTTTGCTGGCAAGGGG TTTCGAACTTGAGACCTCCAATATGGAGTCTGTTGGCTAATTTGACATGATACCCCCGCC TCAAATCCCCTGCTGACAGTGCCCCGAGGCCCCCCCGCCCGGAAAAAAACAAAGTTAGAA TGCACTACTTAAACAATTCAATTTATTTAACAAAAAGAAGACATTAAAAAAATTGAGTTG GGTTGAGTAATAATCATATATTGTGTTTCTTACCTAATGAAGTCTCTCTAACCTTTCACA ATGAAGGGAATGAAAAAGGGATCAATCTTGATCCTCCCTGCATGTACATTTGAGTATAAA TCACTATATTAAAATGACACAAGTGATGCTGAAGTTTCACAAATTAATCAAGATAAAGGA GATGAGAAAGGTAACAATTAGAGCAGAAGACAAAACATTCACATTTTAAATGACCAAACA GGGAAATTTTGAAGGATTTTAATCCATGTTGAGCAATCAAACTCTAAAAAATGATGTTTT TAGTTCTAATGATGGATGAGCCAACTCCTCTGCTTAGCATCTTTCTGATTGAAGCTCCTT GATGATAAAACAAATACATATGGTGCTTATTAATGGAGACTAATGATCCATCTGCGTGAC ATGGAGAAATGTCTATGCTGCAAGTGGCAGGAAGAGGAATGGCAGTGATCTTAGGAAGAA CAATTTGAACAATTAAAGGTTTACTTCTTGGTCTGACAGAGGAGGATGCTGGAACTGTAT TACTTTTGCAAGTATAGAAATGTTCTTCTTAATACTTAGTCTTGGATGTACACGGTACCA AAGCAAAAAATGATTCCCAGTAGTTAGTTACAACTTCAGATACAAAAAACAATCTTTTTT ATCAATTTACTCTCAGTGCAAAACAGCTTATAATACAAAAGGTATCCAACTGTGAGAACT TTTCTTCAACCTAATAACATATTCATTAGAACTTTCTTCAAATGTTTAAAATGCAAAGTG GCTAGATAAAAAAGGCAGGAATTGGGGGAAGATGTTTCAGATTTTCCATTCATAATACTT TTTAAGCATTAAAGAATACTTAACTTGGACATAATTTTAGAAAAGATTTAACTTTAAAGA ATACTTAACTCGGACATAATTTTAGAAAAGATTCAACTTCCAAATATCACAATCTTGACC AAAAAAATAGAATTCCTGTAAATCCCCTCATATCAAAAACCCTCATATCACTTCACTTGA TTTTCACAACTTTAATTTTCACCCAATATCTTCAATCATTTTCCTTACTAATCCTAGAAT AAAAACCCCAAAAAGAATCATAAAACCCACCATCACTTCCCTTGCATACACAAATTTATA GAAACCCCATAGGCCATAACCAACATACAGAAAATGAATCATCGAACCAGTAATAAGGAA AATACACAAAAAATAAGATAAAACTCAGTACTCCAATTACTTTCCTACAGGAAAAAAATA CACATAAAAAAGTTGAGACCAAAAACAGGGAAACACTCACACAAGTTTGGAAGAATAAGA GAAGGAGGATACGAGCAAAGACAGTTGATGATTCAAGACATTAGAAAACACTCACACAAG TTTGGCCGCTCCACCATTCAATTCTCCAACCCAGATGGATTCGCAGCCATTGCTTGCAAC CAAAATTTAAGCCCTTATAAAGAAAAAGAAGAATAAGAAAGTCGTTATATAGGTTGAATT TCACAAGACATTTTTCAAATCTGAAGTAATATATACGTTAGAGGCAAATAAGGGTATGAA TTGATAAAGTTGAAACTTTAGTGAATGAATTTCAGAAGACGTAACTTGAAATCGATGGAA TAATAATTCAATATAAATGATCCCAGGCATGATATACTAAATTACACATTTCTACGAGTT GATTTCGAGGTTCAATTGATCAATCAATCAACAAAGCCCTCGAACCCTAAGTAAGAGGGA AAAGTACCTGAATACGATCGAGCAGTGGGATTCGAGAAGCATACCAATGTCTGTATCTCA TCATTTTCCTGACAACCACCTCCTTGTTTCTCAGCAATTTTATCCTCGCCACCATGATCT TCACCGTTGTCTGCAGCAACACACCCAAAAAAAACTTGACTTCTTTTGCCCAACAAGAAG TAAAATTGAAAATGGAATTGGGAATTTCACCATTTAGAGCAATTCAAAGTTGTTCAGTAG AGAGAAAGACCTTGACAACAGAGTGTGTGAGAGAAGAGAATAGTGATCTTTGTGAAGAAG AGAGACGATGTGAAGAAGAGAGACTAGCGTTAAAAAGAGTCGTTATAGGTCTAACTGATG TATTTATAGTGTGCTTTTTCAAATTGAGTTTAAATTTAGGTAACAAATTAGTTAAATTTA CATTAAAAGGGATTATCAGGAGCCGTTATTCTTTTTTGAAAATATAATCTAATGAACTGA TTAGTACTAATTTAATAAGAGATATTTGAGTGAAACAAAAAAAAATTATCATCTTTATTT AAAAGGAGACAACACTATTTTAAAATTACTTTCTTTAAAAACATTGTGAATTTACACAAT TATTTCAAAGTGTTTCAATTAAAATAACTTGATAATTAATCTACATGTTAAAAAGTAGTA ATAGTACTAATCAATAAGCTCCAAATTTAAACTTGAATAATTTTTATAAATTTTTTTTCC AGTTACGAAATACTTTTTTAAAAAATTGATGAAATTTTATTTTTTAAAATACTAAGCAGT AAGGAGAACGACTTAGATTGATCCGCGACTTACAAGTAACCGTTATCCTTGTGACTTAGG GCCACTGCGTCTTCCGTCATTCTAATCTTATTTTTTATATACTTTTTGAGAATTTCACTC AATTAATTTGCCCGTTGAACTCCAAACTGATATAATATAGGGAAAATTGTATAAAATAGC AAACTAATAACCTAAATTAAATTGAATAGCTAGGGTTTGATTTAATTGTGCTCCATAGCA AACATTGACAAAAATTTGTCAGGCGTCTCTCTCCCAGAAGTCTCGCTCGCCACTCTCCCA TTTTCGCCTCTCTCACTTTATACACAGAAATGTATAATTTCTGTTTCTGTTTTGTATAAA GCGAGAGAAAATTGTATATACACATGCAAAAATGTATATCTTCGTGTTATACACTTAATT ATATAATTTACAAACATTTTACTTCAAATATTGCAGAGAAAAAGGCCAAAGAATTATACA ATTGTGAATTATACAATTGCAGTGAAATACAATTTTTCTAGTTTTATACAACAAAAGTGT ATATATTGTGTTTCTGTTTTTGTATAAAGCGAGAAAAACATATATCTTCTTGCTATACAC TTATAATTATGCAATATACATACATTTTAATTCGATTCAACTGTATGCAAAGTTAATTAT ACAATTGCAGCGAAATAGGCCAGCGAATTATACAATTTAGGCCAGCGAATTATACACTTT TATATGTATAGCGAATTATACAGTTTTTATGTTTGCTATGGAGAGCAATTATGCAAAGTT TGCTATATTATACAAATATGATTTTTTTGTTTGCTATATATGAAAGTTGTCCTATAATAT ATATATATATATTTGTTGACCCCAGTATCTGCTTACATGTATACAATCCTCCCATATGTT ATAGCTTATTTGTACAACAAGTGCTTTGTACAAATCTATTATATTGTGTAAATTAATTTT TTTTTGTTTATTTTTTGTGAACAAATAAAAGTATATGTATATTTAGTAATATGATGACTA AATTTTCCCAAGTAAGAATAAAACTTGAAAAAAATAGTAAGACTAATCAACATTGGAGAT AAAAACTTGTTCATTAGTTAATCGCAATATATTATTTCAAGAAAACTGTGTATCAACCTG ATGGAAATATTTCATATTAATACTATTAATCACTATTTTGTACTAGTATACTAGTATTGT ACAGACAAAATGGTTAACTACTATCAGACTTTGAGTGTGTACAGAAACTGCGATGACGGT GCAAAATTTCATCAAAGTAACCCCTTCTTCAACAGCCATCAAGGCTGCAAATATATGCCT TTTTGAAGAGTGGAAATAAAGATATGACAATCTGTAAACTAAACCATACCGCGAAGAAGC TGAATTCAGATTTGCTCCCAAATGTTGCTTCTATAAAGCTTAACTGGTTCTCAGCTGAAA AATTCATCATCTGCTTACGCTAATAATGGTGCTGATGCAGAATATATCACTTTCACTGTA CAAAGACCTGCCTGATGGGAACTTTGTCTTCAAGCTGTGCTATTACCAGATGAGACGATA ACATTTCCCTCTGCCAGAGGACTACAACCTACTTGGATATGCTGTTTTTCCGACTGTTCT GCTTCGTTTGTGGGAAAGATTTCTGTCTGAAGGGATGGGCATATTTTGTGGACATGCAAC CATGTTGACTTCCAGAAGCTGTCCCCTCCTACAGGATTACTTGGCCCCAGAATTCCACTT GTTTTCATGACAAGTAGAGTGTTCTTTAGGAGCTCGGAAATGAGTTCAGGGATCTTTTCA CTCCATTTCCCTTTAAATTTCACCTTCATGCATCTCTCTGTTAGACTCAAGACCCCTAAC CACAGTTTGCAAAAGGATGTCGACTGGGAGAGATGATTCAAAGACTGTAAAAACATTTTG AACATGAGCTTCAGTGCCAAAACTATTGCTCCTTCAGTGCTCCTATAATCCTTCACAAAG CTCGGCTGGGCAAGATTGAGTAATTCATCTAGTAATGTAAATATCACCTGATCAAAACAT TGCAACCACAAATCTTCAGGGATATGGATCCCATCAACTCCAGTCAAGCACATCTGCAGC ATCAAGATGGCATGATCCCTTACCTCTTCTCTCCTGTCTTTACAAAATTTACGCAGTCCC TGTATCAGCCTGAGCCACATTTCTGTTATATCCTGGGTCATTTTTACAGCAGCCTCCTGC CCAAGTGCTTCCTTCGCCTGGTGAGACCATCTAATAAGAGAGATAAGTGATCCAGCCATC AGGTCTAAAGATCTCACAGATTGATCAACATTCCCAACATGAGAATCAGCAAACTGCGCC GCCACATTCAAACAGAGAACATAATTAGCAGGCAAGAGGTGGGCCCCATCTGCCATGATG AACACTAGTGTATCAAAACCTGTTTCAGATGCTTCGGGATGCCGAGCAGTAAAAGAAAGC AGAGATATGATTGTCCGCCAGCCTATATGAGATCGTATCTGCATAGCATTTGCTTTGACA AGGTGCATAACCTCCCGGGTTATCTGTTCAAGAAATGCATCAGCAACCCGAGCATCAAGC TTTAAGATAAGTTGCAGAGACTTGAGAAGCTCATCTGTGAGATTTTCCTTGTACGGAAGT AACCTTTGGCATATGCGAAGCAGACCAAACACAGCCTTCTCTATCAAAGTAGATGGCATT GTTGTTAAATGGACAACACTTGCTATATGGTCATAGACGACCTGCCAAAGAAGCATTATT CTGTCACGGTTATTTATTGTGATAGCAATAAGCAACTCTAGACAAAATACTGCAGTCTCT TCGTCTTCCAGAGAATTGTTTCTTTTGCGAGGCTTGCCTGCAGCCAACACAACGGCCCGA ACAAGCTGTAACAGGGACTCAGCTTGCAAAAATTTACTCTCGGCAAAGATGCTATCAACG TGACAGCTCTGAATTGTCTGAAGAGTCTGCTGACGTGCGGCAAGCTGTTGTTCATTTGGC TGTGGTGCAGGTTCTTCGTCAAGATATAATAGTTGGCTAAACACCCCCATTAAGCCAGAT GATTTTCTTGATGGAGTCGATGAAGGAAAACGAGATGGTGATGGAAAAAGTGCAGTAGGT CTCCTAGGGTCTGCATCACCAGTAGACTCCAAGTCATCAGCAGCATCACTAAATAGACGT GTGGGGAGAAGGCCCAATTTGTGCAAACACAAAATGCAGTCTAGGATGTTCTTCCAACCA GAGCGAATGTGATCTCCATATTCGTTCGCTAATGTAAAGACTGCTAATGTGGCCAATCTA GCTTTACCATCTTCCGCAAATGCAACAGTAAATTCATCAACATAAGATGGAAGCAAAAGG GTTGTGAACTTGCAAAGAGATACTACTAAATCATTTAACACATCATCGAAGCTATAGGCA GCTGCAATTCTGGCAATGGCAAGGAATCCACTGATACATGTTTCCCAAACATCCTCTTGC TCCACATTATCAAAAACCACAGATATGGAAGCAATTGCAGGACCAGACAACATAGCAAAC ATATCATAATCAAGATATGGACCAGGATCACAGATAATATATGGGGAAGTTTGCCTTGAT TTATGAACTAGACCAATCCAATGGCTTGGTGCCATCATTGGAATACCAGCACCTCGATCT GGGGTAATTCGGATCTCATCCTCACAAATGGAGCGGTAAAGCTCGGACAAAAATTCCCGA GGGAGGTCATTTCCTCCGTTTATCCTCCGGTTGTTCCGGATGAAATCTTCCTCCGTCATC TTCTTTTTTACCTGGGCATTGTGTTGATCTGTGTTGAGCATAATAATTGAATATGACAAC AATAGTGCAGCATCTTTGTCAGCCAGAATATTTTGCGACTGCTCGTAATATCGCTCAGCA AATGCCTCAAGCACCCTCTGTATTTTCTGAGACTCTCCAGGCAATCTGAAGGTTTCTAAA AAGATTCGCAAGGCTATGTCTAAGTTCATGCCCCGAAAATCAAATGTTCCTGCAAATTCG TGAAGCACTTCAATATAGAAGTCTTCATGACTTCCTAGGAAATCCCCAATAAGATTCTTA TCTAAGCCAGTCGTATACCTGAAAAAGCATGCTACACTTTTTGGGTCACGTTTCTCAGGT AACAAATGCACTCCTTGGAGAAAATCCATACCCTTTTTTGGATCTCGGTTAAAGTGATCA ACTCCAATCAACAATTTCCTCTTTATGACCTTCATCTTACGAAGATATGGAACCCAATGA TTAGGATCACTGTAGTCCTTGCATATCTCTGTCCAAAACGATCTATATTCACCCAGATCT ATTGAAGCTTGATCAGAAACAAATGAATCCTGGCTAATTCTCTCGGCCATTCCCTCCATC ATGGCAATTAGACCATCTAAGGCGAGCGTATTTAAAGCTGATAGTGGGATGTTGACCGGA AAGGAACTCTTGGATAACAGGTTTGCAAGGTCTTCAAATACATTGCTGCAAGATATGTCA CAATCAAAATTTGCATACATCTCAGGCATGAACATGGGCTGTCTGCAGAAGTCAACAAGA GTTTCTATGGCAACCTCTTGTTGTTGATAATAAGTTCCATACTTGCTTTGGGCAATCCTC AATAACACACCAGAGAAGAAAGTTCCAAGCTGTAGCTTTAACTTACTACGCATATGATGA TACAAATTTAGAACAATGCTACAAACTGTTGAAAGAATTAAAGGACTCATAGACAAGCCA AAACGCATCAGATTGTGGAACAAGTCTTTCTGTATCAGAGCCAATAACTCAGGATGATTT CCAGATGAAGCACCACTTACTTCTATGGCTGAATTAATTAACCCCAGTGCAAACAAGGGA ACATCTTCATCATATGCTATAGGGTTGGATCTAGAACCAATTTCAATGGACTCCATCACA TTCAGAAGAGAACACAGGAAATGAAATATCTCCACCATGCAGGGGACCCCATATGGATCC ATCATAGGGTTTTCTCTATTACTAGCAATCTCCTCCTTTTGAGTTTTTTCATCCGTTGTT CCATCCCTCTTGTCTGATGCATTGGAAGGAACTGCAGCTGGTGCTGACTTACCAGTGGAT TCTGCACTAACACAACCATTGTCATGTTGTTTTTCGCCTGCCTGCACAAAAGTAAGTGAC GATAAACAGGAGATACTGGCCTCCACTTTTAGTGAGTTAAGGGGTCAAAGCTATGCAATA TAAAAATGTGTCTAGTGTTTCTTCCATTTTGTGCATACTAAATTATGCTTCAATTAAAGG CTAAAATAAATAGATATAAATAGCAAAGAAATAACTCTTCGGGATCTCTTTAGTCCTGTA TCAAAACAACAAAATAGGAGAAAAAAGAAATTATTGCAAATCACTAAATGCATGTATCCT TGAGGGGGGGAATTTCTCTGTTCAGGTCTAGAAATGAAAATAATATCTCTCACTTTGGTT GGACAACTAGGTGGGTAATGACTCCTTGCAGGAGTTAATTTACTTTGGTAGTTAACAACT AATCTTCTTTGGTTGATAGCAGTCGTAATGGTATTTGGAGCATAAAGATTTCTAGAATTT CAATGACTGGGAAGATTTTTTTTTTTAATTTAAGCCATCACAATCACAGCTTAAAGCTAA AAGGCGTGAGGGGTTTGGCTTGACCCCTACCATGTCTCTCCAACATTAGTTACACAAAAA CAGAGGGGGGTGATTAGACTTGCTTAATATTTCAATTTCCTGAACGTTTATCAGCAACTA TCCAGAACATCTGAGTTTTTACAGTGTGTTTTTTGTCATCATTTATCAAAGAAGGAACAT AAATTATCAAGAATACCAAGAAAGGTGAAAGAGTATAATTAAGTGTGAAACTCGTAGATT GGTAGACATTAGATAAGGGGAATGATGCCTAATTAATTCCGGGTTCCAATTTTGAGATGT CATAGAATGATCATTCTGAAATAATTCGGATATTTATTCAGTAATAACTAGTTTAGGACA TTTTTTTAGATAAATAAGTAAATTGAATATGACTATAGGGTGCATTAGTTGTTGTACATT CCTATCATCTATAAATCCAATCCCCATCAAGCTAACAATCCTTGGCAGGCTAACTACTTC ATGACAACAATAATGGACTCTGAACTAACCATTAAAGGAGTAAAAATACACATGGTCAGT CAAAAACTGAAATTCTAAAATTACAAGAGACAAGTACTGTAATTCAAGGACTTCTTGAAC AGTTATCTGGTCAAACTGAAGCAATTACATCAGAAAGTTCAGATTTAGACAAGATTATGG CAGAAATGTTGAGTACTTTGGCCTATCACCAAACTCATCTATGAGATGAGGATAAGCCAC ATGCAAACTCCAACAAATTATGAATGAGAGCAAAAGTTAACAAGGTTTGAATAAGGGTCA CCATAGGCTCAACCCAAAAGGCCAATTTTCAATTCTAATATTTATTTTTTAATTTCAACT GAACATTTAACAAGTCATTTCTGGCCAAGAATCACTAGCACATGCAGCTATGGTCTCATT CAAAAGAAACATAAAAAAAATCATAAAAGCAAATGTAACAATATAAATCGAGAGTCCCAA TTACCTCTGAGTCAGCACACAATCTGCTTTGCTGATCAAATTCATGCGCTTTGCTGATAA TGTTAGGCAGGTGAGCGAAAATGTGTCTCACCAATTCATGCATTGTGTGTCTTGCTATTC TCTGCAGCAGTTCACTTTTGGCACTAGCTTGATGAACAAGCCGAAAGCAAGTGTTTACAA TGTTGCACACGTGATGATTACTTAAATTTTCTGATGCCTTACTTTTCATGCAAGCCAAAA GAACCTGAAGTATCTTCATCAGTACCACTTCCTCAGAGGCAGGATCAGTCACTTCAAAGC GGCAACTTGTCACGGTCTCAACTATCTGATATAAAGCTTTCTCCACATTCATGATAGATG AATCAATTATTTCAAGGGTTAAGAATTTGTAAACAGAAGACAGTGCAACACCGGTTATTG GTGCACCAGTTTCATCAGATTGAATCACATCCAAGAAAGGCTGAAGATATAGGAGTGGAT CAACTCTGTTCCAGTGATGTTTCCATGAGAAGACATTTTTCCGTAATTCCTTGAAAGAAT GTATGAGAGGATGCTCTAGCTGATCATCAGCAGCAGCATAATGGAACCCCCACCTTACAT TTCTCCTCATAACGGCCAAAACAGCACCAATTTCTGAATTTACCATACATGCTAAGGCAC CTTTGGAAGGCTTTACAGTGCAATCATTGGGTTCTGAAAATGGAGTATTGACTTCACTCT GCTGATTGAGGCACCCCATCTTGATTAAACTTTTAATTTAGTTCACTTCAATTGTAAAAG AATCAAAAGGCTACAGAACGAATCAAGCAGCATCTTGCTAAATCATTTCCTGAGCATCAA CAAATTGGTTTAGTATAAGACAGTCAACCCTTATAAGTAGATAAAGGCAAGTGAAACAGT TAGTGAGATACCAAAAATCAACTAGCTACATTTCATTCACAGTGGCAAACGACTGAGATA TCGTTAAAAGATTAAAAGGCTAAGAGTTATTAGAAGAAGAGTGTAATTATGAACTGCCTG TTTAAGGGCAAAATGCACAACCAAGTATAGCTAGTAGATGAAGCGCCTAATTCCTTCAAA AGAAAGAGATCAGCAAACTGAGTGAGATGACTAGAACCATTTGCTTTTGAAGGAATATCT CTGTAAATTATCTTTTGCTTTTGCCAATAAAAAAGAAAGAGATAGGGGCAGTAGTTAACA TTTTTTTGTTTTAAAACGCTACTAAATGGTTTTTCAGTAATTTGGTAACGTTGGTAAGTG AAAAAACTTACAATTTCCTGAATTATTGATAGTTCTTCTCCACCTTGAATATTTTATTAG AATTCAACTCTACTCCAAGTACGCTTCTAGGCATCCAAATGTCGAAGTCTCTGCCGCTTT CAAATGTTTAAATCACTCTTCTCTCTCTCTTAAATGCTCATCTTTCTTCCTGATTAAAAA AAATATTTCTTTAACGCAACAACGGAAAAAAAAGAAGTAAAACGGAGTACAACCACGACT ACAATATTGTATTCATTTACTAGATCATTCTGTCAAGATGTAAAAAAAGCTTTGTCCTCC CATAGATCTTTGCATTCTTTGAAATATTAAGATGAAGCTTTGCCTTTCAGCATTTTGCAA TCAATACAGAACTTCACCTAAATAGATCAATGAGAACCCCTAATACATCTTAAATGAGCA CCATTTGAACAAAATGAATATAGAATTTGTATAACTGACTGGCACCCACGGGTGTGAGCT AGTGGCCAATCAAGTGTGTTGAACGCCGTGAGGTACTACGTCCAAATCCCTGCCTAGACA AAACATTAAGTGATTTCTCCCATTTGTTCTAGACTTCATGGATAGACTCACCATGTACCT GATGTTGATGGGAGGTTTCCCGTGAAAAAAAAAAGATTGTATAACTGAATGCAACTAGAT TGTGATTGAGATATAATTAATTTGTACAATTTAGTTACCATCACAAGAACCCCAATCTCC TGAAACAAATAATCTCATCCCAAAAGCATAAACAACAGGGAAAAAAAATGACTCAAAATT CAGAACAACCACATTTCGACTCACCATGAAACCAACCCAGGGGTTTAGTTTACGGCATAT AAAAGATCACAAAGAAATGATCTTTACACAACCAATAAAATTCAAATCGCCTTTGAGATT TTCAAACGCACATTATTATATAAATTGTCTCACGATGTCACATCACTTGTTATTGCGCGA GAAAATTCAGAAACAAAACGAAAATTATAGCAAGAAATTCAAAATGCCGGATCTAAATCA ATCATCAGAGACATATAACAGAAATCAAAAATATATCTATATAGCTGAAGATCAGTATGG AGCATGGATTTCAACTTTTATGATTATATACATATGAGTGATTCATAGGATCCAGAAGAA AGTGAAATTTACCTTATACACAATATTGAAAGCTGCTCGTAATAGGGTCATTGCAGTTGA TATTTTTTTTTGGTTTTTTTGCAGTTGATTTTGGAGGGGTCCTCCTTGTCGATCTTTAGA CAACGGGTTAGAAATCAATATTTTTTTGTTTTCATTATTATTCACTCTTTTTGTATTTAC GTTTTCTATGTTTAAATGATTATAATTAAATTATTCATTTATTGTTATTGGGTTATTACG TTAATGGATATGTAAGTTATCGGTTAATGGATTCGTAAGTTATGGGTTTATATTTCAATT TTATGATTGTTAAAGCGATAATCTAATAAGATTATAAAAATTATTGTTTTACCTTAATAG TATGAGGAAAAATTACGTGGATATGCAAATCTATACTTGTTAATTAGTTAACGTATAGCT ATAGTTTGAATTAATAAGGGTCGCAAGTTAATTTTAGTTGTAATTACGTCGCTTATACAT ATATACATACAGTTATATGACACATTTATGGATACAATTAGCATCTCTCCACTCTCGGTC CTCTATCGCTCGCCTTCTCTCCTCCATCTCCAATTTCGCTCGCGAAATATACAAATACAT ATGTATTAACAATAACATATATACAATTATCTTATACGTATACAATTCACTCTCTCCACT CTCTGCCCTCTCTAGCTCGCCTCTTTCCTTCCTCTCCCAATCTCGCTGTCAGATTTATAA ATGCTGATGTATATCAGTTATATATATATAATTATTTGATAGATATATATATACAATTCG ACAGATATATGTATACAATTCGCCTCTCTCGATTCTTTGTCTCCTCTCATTCGTCTTTCG CCACCATCTCCCAATCTTGCTCGCCTCTCTTCTCTCTCTCCTAATCTTGCTTGCTACTCT GTTCCCTCTAACATGTAGCTACAAATCGTAATTAGCAAACTATAGTTATAAAGCATAATT AAATTATTTTTGAGTGGCTATATGCGAAAATAACATTTTACCAACCCTGTCATCTAATTT TTCATATCACTTTTGATTGTAGGCAACACAAACTAGCCGCTCTATTGTGAATTTTCTCTC TTTTCGACAAACTAGTATTATCTTCTCTCTATTAGATTTGATTGTGACAAAAGACATATA ATTAATGTCGTTTCTGTAATTTATTATATGTTTTTTTGTGTGAAGAAATTCGAACAACTG CATCGCAAACAAAAGTGATAAAAGTAAAAATTTGTGTTACACTTATTGATTACACCGAAT GTTGAACCTTTGTGAATCAAAAACCGATAATAAATATCTTATTAATTTGATTATTAATTT AGTTTATTCACAATTGAAAACTAATGTTGGAGGGTGGCTAGAGTGCCCTCGTTGACATCT TCTTTTAGTTGATGATGAAGCAATCAGCAACACCACATGGCATCCCATAACAAAAGGGGA ACTTCGAAATGAATCTAAGTAAACAAAAACAGCAGAACAACACAACACATTTGCAAAAAA ATACGGATAGTCTATTTTATTGCCACTCAGTATATAGTTGTGTAGATTGTGATCAATGTT GAAAAGTAACTATGAGCTAAAACTTTTAAACGCCAAGTAAAAAATAAAGCAAATAAGTGC ATCTTTTATAAAAAGGAATTTTCAAGAAAGACAAGTAGATAGTTTTGAACATTTGATCTC TTTTTCCAGTTTGTGAACATTTTAAGTTTAATAGTTTTGACTTCTGACATCAAACAATTT ACCTATAAAGTAATCAGAATCAAGTTCAAAGTCACTCGTTACTAAGATCATTTGTCTAAT TTTAATATGGGAAAAATTCACTAAATATGTATCGAACTGATCGACAAGTGGACTTATTCT AGTGACCAAGTCAGGCCACAGCCTCTGATTTTTGTACTATAAATTAACTCTTTTTCTCTA AATAAAAGGAAAGCTTAAAAGAGAAAGCAACTCTTTTGCTGGGTCAAACCATATATTAAA TAACAGTATATGCCTTTTGTTTCTTATATTTTAGTAGTAATAATGTATATACTAAAATAG TGTCCTCCATATGTTGCCATAACAAAGCCAAAGCAATAAAACAAAATGCATCTTAACAAA CAGGAAAAGCACCTTTTACCTCTAACAATTTGCCATTTGACAGGATATTCCTTCTCCCAT TCATATAAAAATATGAAATTTTAACATCCCAACTTACTTGTGTATAAAAACTACAAACTA TCCATTCTTGTTTATCGCACACGATGCCTAATATCCATCTTTTACGATTAGAACTATCTA ATCTCATTCGCTCTCTCAGGGAGAGGGCAATTATAACAAATTAAGCACATGGGTAGGAAG AGAAAAGCTGAAGGACTCATGAAAATTCAACGACCGCGGAAGAAATTTGTTGGAGTTAGA CAGAGGCCATCAGGCAGATGGGTTGCTGAAATAAAAGACACCATACAGAAAATAAGAGTA TGGCTTGGGACTTTTGACACTGCTGAAGAAGCAGCAAGGGCTTATGATGAAGCGGCTTGT TTGCTTCGTGGACCAAATACTCGCACGAATTTCTGGACTTCTTCTTCTCCATCTTCCAAT TCAGCTCTGCCTCAGAAAATCACTAAACTTCTTCTCAGCAGACTCAGAGAACAAAACAAA TCTGCTGCTGCTGCTGCTGCTGATTCATCCAGTTCTACTACCTCTCTGGCTGAAATTGAT CATCAGCAGCAGAAGCAACAAGAAAAAATCGGAAACAGAGTAGTTGATTTTTCAGATTCG TTGTATACTGATTATCTCAATTACCCTGAAGATAATGTAACTGAAAACAACGTGATTGCT CCAATTACAAGAGAATTAACAAGCATAGTTCAAAATCAGGAAATTAATTTTCAGCCTGTG AATAACTATGAGATTATAGAGATAGGAGAGGCAATTAATATTGATGTTGAAGATATAGAG TCAGATATTGACTTCCAATTTCGTTTTTCGCCATTTGATTTAGCTGAAGAGCTATCAATG GATTTTGGGGAAGAAACATCAATTGTAAGTGAGGCAATGAGGAGGATGAATTACGAGAGG AAGTTTTCAGCTTCACTCTATGCTTTCAATGGGATCACGGAATGTTTAAAGTTGAAGATG AAATCTGGAGGCGTAACGCGATCTGATCAATTATCCAGGATTCAAAATGCATGCAAAAGG AACCTAGTCAAGGAGAGGGAAAACGAAGAACGCAACGCTGGCAATGACTGAGAAGAAGGA TGAAAAAAAATTGTTAAACAGTGAATTCTCCCTCTCGAGCTCTATTGATCCCCCAGCAAT ATGCTTCGTTAGTTTAAATTATTGACAGAATCATTTGTACAAGTTAAAATTTGTGTCAAT TTGTTGTATGTTTCCCAAATGGAAAAAAGGAAATGTTGGGACTTGTTTTTATTCAGACAA ACATTTCAAATTTGACACAAGAAAATCTTCGTTGGACTCCAAATGATCGTCGATAAGGGG AGAAGAGGGAATGGGTCACAGACAGACATCGCGCTCATCTTGCAGTTCAATCTGTAAGTA GATACTGTAGGTAACTGAAATTCCATAAACGTTAAAAAAGAGAGTGAGCTAGATCTCCTA GCGAATCAAAAGAAAAAAAGAGTTGCTAGGCACCTCTGACCAAGCAGGGTGGAATTTGTT AACAAGACAAAATGCAGTAACTGAGCTGGTATACCAATTATATACAAGCATGGGCTTTTT CCAACTTAGCTCCTTATTTCGGAGACTTTAAAGTACTCGAAGCTGAGCAAGAAAAGCAGC ACAGAGATCCAGGAAGAGGAATTGTGGACCCTGAAGTCTCTGAAGGTCAAGCAAGTACTT CTCCTCCCTGGTTTTGTAAAGCTGCGCCAAAAGGAACACAAACATCAAATAAAATTTCAG AACCATACAAGCTGTGCAAGACTCAGAAAACCAGCAGATCCAAACAATAGTGTTCCTATC CGGGCCAATTTGTGTGCACCTCGGCTAATTCCAACAGGTACTTACTACCTCTTACCAACA CAAATATCAGGTTACTTTGCCTACCAAGGTTTTGGGCAGAAGTGATCAAATCACCAAAGA AGTAAGACTTTGTCCTCTTCAGATAATACAAGGACCAATTCACATGCATTCAAATGTTCA AACCAACCTAAAAAGCACTTTTCTGAGTCACCAGTGAGGCAGTGACAACCCCCCCTCAAA TTCTAATAATAGAGGTAAATCTAACAAAAAGACCAGCAACTTGGATTTACAGTATCATAA AATTCGACATGGTGAGATTTAGTCACAAGTAATTTTCCAAAGATTTGCATCTAAAACACA TAGGCAAGCACAAAGAACCGAGCTACTTTCTTAGAAAGAATACAGGGATACAAGTAAGAC TTCCACCAATTATGTGCAACATACTTCATTACTGCTAGTGCAGACTACTTTCTCACCCAA TTCTTTGTTAATGTCATTAAGATTGACCGTGTTACTAAAGCTTTTCTTATTTTCATGATA TACAAGTGCCCTCTAAATTCTATCTTAAGGCCAAAGCAACATTCATGTACTCCTGTATGA AGAAGTTAGACAGAAACTAGATGTATGATCCATGAAATTTTTCATACCTGAACTTCAAAC TTGACCACATTTGTTAACTTTGTGGCCCCATCATTCTCAATGATGGATGAATCATCTCCA AAGAACTGATTCCCATGCATGGAATTAACACCCATGCCTTCATGATGACCAGGTAAGCTA GGAACCCATCGACATTTCATGTTATACTGACCAATCTTTTTCCAACATACATTCAGTTCT TGCAGAGCTTTCAAAACTTCAGTCATTATTTCACGTGGATGCGCTCGAGACTGTAGCAAA AAAAGGCGTTTATTATGTATAGCATACTGTTGAAAAGAATTTAGAAGCAAATTATCTAGA AAATTTCTCAAGAGAACCCATCAAATTAACAAAGGTTGTACATGCATGAGCCTATACTTA TTATAGATGGAATTGGCAAGATGTTTTCAAAGTTAATCAGATTGAATATAAAATAGGATC ACGGAAGTTTTCAAAGCTTATTAGTACTTCAATTTCCATAATAAATAAAAAAAAGGTCTC ATACTTGGCCCTTCCCTCCAGTCACATGTTAACATGAATATCCAGCCCCCAGGGCTTCAA TATAGGGGGGTAAGAGAAGGTAGAGGAGCAGGGTCATATGACTCCAATGATTAGTAAACA AAAAATATAAGAGAGAGCAAAGTTAGTTATTTGCATGAGGCAGCAAACCAACCTGGAGGC CAAGAGCCCATTTTCTTTCAATGGGGAACTGTCTTGCACCAGCTTGCTGATAATCCATTA TTCCTGGGAAACGTTGACCAACAGGGGAAGCAGCGGTTTCATTAGAATTGATCCGGTTGT AACCATATTCCTGCAAGGGCATTTTTATACATCCAATTAAACACATATAACAGCAAAAAA ATCAACCACAACTACATACGCAAGCTTAATGTTGATGAACTCAGTGACTGTCATAAAGAT GTAACATATTTATGGACAAGAAACTCATTAAATATTGGCAAACTAATTGGCTCCTTCTCA CGAAAGCAGATGGAAAGAAACTGCAGCTTTATTCAATAAAAACAAGCAAAGACGCACCAT GGACTCCTGAAATTCAGCTCCAAGATAGCCAGTGGAAACACGATGGCGATTGTCCAGGAG CAGATAGTATGCAACAGTGCCCTGAAATACAACTAAAATTGAGGGAAAAGGGCAATCAAG GAAAAAATAGATAGCTGATAACGAAAATTTACCTCATTTTGAACTCTATTGCGAAGAGAC TCAGTAAGGTTGTTCCTGTCAAATCCCATCTTAACCACCTCTTGAAGAATCTCTTCATCG ATCTGCAATCAGATATTTTCAAGGATATTTTGACTAGATGAGAATTCTTCTGGTTTAAGA AACCATGTTAAGAGCTGTAAGGTCATACAAAAAGCTTAACATATGAAATCACCACAAAGA AAGTCCCAACAACCATACAAGTCAAATTGTAGTAAATGTGATAATAGAAGCATTTAGAAA AATAAATAAATAAATCAAAGAAGATGCGGTGATGCACCAAGACATCCCAAGCATATCAAG GAATATAGAAAATTCATAAATACAATTCTTTTGGCCAACTATTGTATTCATGCCAGCTTA CAGGCACCTCACTGGGCTCCTACTACCTTCCCCCCTGCACATACCTGATTACTCTGAGCA CCAGGATGATGTTGTAGAAGCCCTAATAGCACAATCGTCAAGGTCTCGAGCTAAGGAGTT GCAAGTCAAGATTGTAGGGTTTCAATTGGAAATCAAGAAGATGGTTAGCATGGAAGAAAA GCCCAAGAACGAGTCCAAGAATGATGAGAAGAATGGACTAAGTGCTACGCATATTTTATG GTTCAAGTCCAAGCCCAAAAGGAAGATGATTGAGGCCCACATGCGGCTGAAATTTCTGCC TAAAAGAATGAGCTTAAAAAACTCACCCAGAAGGGAGAAAAGAGTCGCATACAAGTGGCT TGGGAAGGGCCCACGTGTTCTGGTCAAAATTGAAAACTTTTCCTTATTTCTTTGGGGAAG AATTATAAAATTCTTATATGCTTTCCTAGCTAAAAGTTTCCTGGTTAGATTTTAGTTATT ATTTCCATAAAAGTAGATTCTAATCCAATTCTATTTGGATAGTTTTCCCCAATATATAGG GGTAGATTTTATTATTTTTGTGTAGACAACTTTATTGTTAATTGAGAGTTTATCTACTTT ACACCTGTGTATGGCTATTGGGGATTACAACCTTTTAAGAACAAATCTTTAAGAGGTAAT TAACTTGATATCTTTGGCTCTTATTAGTAAATTAAAGAAGGTAATTATTGATCTAAGTTC TTGAATTGACTCTATCAGTATCATAAATTAGCTCTAATCTGCTAATTTCTGAACACTAAG ATCAATTAGGATTCTTAGGACTACTTTTGAACTAGGGAATTTTATTCTCTAATTTCTTGT CATTAATCTTTGTATTTTTGCTTTCGCATTGTTTTCTAGTTTATTCAAGTAAAACCCGAT TCTTATCACTACTCACTAGGGCTTAAACATAAGGAACGAAATAACAAGTGTTTTTTGTCT CTATGGGATTAGGAGACCCTGATCTACAAGGTTTGCACCCACTTTATTGACCCTAGTCCA CATCCTTGGACCTTGGAAGAATTTCCCAAATATAATAAGCAGCTGAACTATCTGCTTATA TTTATCTGGTGGTGGTTTTCGCAGAATGGACCTGGAGTAAAACTGTAAAACTAACAAAAC TAGATTGTGACTTCATCACAAACTAAGGGTGAAGAAGGTCAGAACTACTAAAACGTTTAT TTTTTATTCAAAGGACCCAAAATGGATCCTGATTTATTAGATAAACATGTGATATTTACG GAAGTGGGTTAGAGAGCTAATAAGGTTGGATGAGTGAACAAGGATATCGTGATCAACACA TTGAAGAGAATATCTAGCGCAACAAGATATGGTTGTGACAGCAAGACAAATCACAAATCT GACCCTTCTTTAAGATGCACAATTGTGTGTTTGCCATAAGGGGAAACTACTGATCAACTT TTTTAATGTCTTTATTCTAATTTGTTTTTTCGATGTCTTTTTACCAAAAAGGAAGATTTA TGAGGCTCTGATGACAGGAACTTCCACAGCAATCATAAACTTTCCCCATTGTTCAGGTAC CTCCAACATTTCCTAAATTATACAAACTGCTCAAGATATATGAGCAATTCTGATCATTCT TTTTCACTCTTTTACCTGGGCGCAGGGGAGGGTGACAGAAAGATTTTGATAGGTTAAATA AATAGAATCTACCATTTAAGGCAATCAAAGATGCAAAAGAAGATAGAGAATTGCCTAGAG TGATTCCATCGCATTACAATCAAGAAATAAGCTGTGTTTGATCATAAGAATACTGCTTTA GTGCCGTTTATATGGGATAACAAATAAGTAAAAGCTGGGGAAAATTTCTATCCTGCCATG TATAACTTGTTGCATGTGAAACATTAAGGCAGAAAAACACTAATCATTAATAGTCAAATG TACATTCAATCTAACCTTCTTTGCTTGTTGGGTTGTATCTGGTGGAGGCACGGCCAAATA GCGTGGCAAATGAGCTTGGAACCAAGGGTGCAGGCGAATCTCAGGAATAGTCATTCGCTT CATTGGGTCGACTATAAGCATCCTCGGAATCAAATCCCTCGCACCAGCTGATAAATGGCT GGGCAGAGTATATATTCCACCCTAAAGACAAATTGATATAAAGTTAAGCAATTGTCTGCG ATCAACCCCAATGGATTCAATAAATGTATCAACTAATCTCTCCCTTTTTTGGGGAACAGA CAGGGAGCATAAATTCATTCCAATGGAGAATCGTTTTCATTTTTCCTTTTCCATTTGACA TTTCACATCATGTCCACTTACCCAAAACAACAAAAAGGGTGAGATTGGGTCCCAGCAGAT CTAAACAATCTTTGTTTTTTTCCTGGACATGATACATTTGGAAGGGCAGAACTGGAAAAC AAAGAGTTGACCAGCATAGTAAAATGGGATAAATCAGTAACATACTCAAGTCTCATCAAC GAAAAGTGGAGCTACCCACACAACATCCGACTTATTATGTATGCAATAATGAAAGTTTGG ATATGGGGCCAAAAGTTGTAGTCCTTTATCCACCAAATAAAATTGAACGCCAACATGAAA CGGGGTCGGACTACAATCAGGTCGCAGATTTGGGAACACACAATTTCAAGCCACGGGGCA GCTAAATCAATATAGGATAAAATTGATAGAAGGATCAACATTAACATGCTGGATTTCAAG TAAACTAAAATATACCTTTATTTTCTTAAAAAGATTGGGTATGTTTTCATCGTCAAACGG AAGGGTGCCACAGAGAAGAGCATAAAGAATAACACCACAGCTCCATACATCTACCTCAGG GCCAGCATACAATTTACCTGATATAACCTACAGAGAGAGAGAAAGAATTTAATGGTTATC AAAAAAAAAAACCAATTGAGCATAAAAAGCACTTTTTAAAGGGAAAAAAGACTCAATACA TAGTTTACAGCCCAAGGTTGTAACCAAATCCATTTTATATGCCGCTTTAACCATGGGAAT AACTTTACACACCAAACATTTCCAGAAAGTATGCCTAAGGGGTGGCAAATCGGTTGTTTG GGCTAAGATGGGTTGAATCCACAAATGGGTCATTTGCTCAACCATGCCCATAGCCTACTT GGCTAAAATGAGTTGGGTCAAGATGAGCTAAATGACGGGTCATAGCCAGAGCGGATCTAT GATTTCTAGAACATGGGTGCACAACTTTAAAAGAAAAAGAGAAAAAAGAGAGTAGTAAGT AGGAATTGATCCCTAGACCTTGGGGTACAAAACTCAACATTGAACCAAATACACCATTCA AGTTTTTTGGAGTATGAGAGTCATCAGAGAATATTAGATCAATTCAAGAATATGTACAAA AAATATCTAATTTGCAGAGAGACCATGCGTTCACGCGCAACATAATTTGGGCCTACATTC GCCCCTCGCCACAGCCCAGCCCGCCCAACTTGATACAAGTTTTGTTCTTTCCTTTTAAAG ATATCAATAAACATTCTCAACCGAATATCCACAAACAGATCTCCATACCTATATACTTAT AGTAAAAAGTTAGTCCTAAATGGTTACAATTTAGAAATATTTGGAATTTTTCCTTGGTGA TGTTTGTAGTTTGAATTGAGCATTTAAATAAATGATTTGTTTGTGTCTGACATCAATTCT ATTGATGATATACATTTAAAATATATGTAGACTTTTAATTTGGGACAAAACTATAATTGG TCAAAATCCTATTTAATGCATATAACTTTTATTTTTTGAGAATGATTAATGCATATAACT TTTATGCATCTTGCATTTAATATTAATATGTAAAAATCATATGTATTTATTTTGGTTTCC CATTTGGTGCCCTACATTGGAGCCCAACTAAACTCCGATTTGTGCCCGAAAGTCCCACAT TGGGGATACAGTGCTCCCTAACAGCACTAACAAAGACGACTCCATACCCTAGAGGTCTTG GTTTCACCACAACCCTTGTTGGCGTAAAAATCATAATTGATTCCTGTTCAAATTGATATT CGTTAGAAGAAATAAAATAAATCTAAAATGGTTTAAGTTAGTAAAGATTTAATGTTGATT TTAAATTATTAAATATTAGAAAATAATTGAATGATAAACTTGTCCAACAAAAAAAATATG TTTTTTAAAGAGTAAAAGAAAGACATTATTTCTCTTTCTTTTACCAAAAACAAAATCACC CTATAGGGTAAGACCGTACCGAAATATAGAATTGCCTAAGAGCCTTTTGGATTGGCATAA AAAAAAAGTAGTTTTTAAGTCAAAAATAAAAAGTTGAAATAAAATGATTTTTAAGTCGAA AAATAAAAAGTAGGGGGAGACCTACTTTTGATTTTTGACTTATTTAAAGTCATTTTTAAC TTATTTAAGTCATTTTTAACCTTGTCAAACACTTCTTTATTTATTTTAAGTCATTTTTGA CTAATTGTAAGTTATTTTTTATATTTGCCAAAACACTTTTTGAAGTCTAAAACTGACTTA AAAGTAGGTTTGACCAACTTTTAAGCCAATCCAAACACCTTCTAAATAGGCAACTCCTTA AACTAATTTTTTTAACAAAAAGTGGAAAAAGATGCTCATTCATATCCCAGCAAATAAATA TATAAATTATAAGTCCGCCATTTAAAATATTGATGGTGATTATCATTAAATTCAATATGA AACATATATCTATTCCTGACATTTTAATCTTTATAGTTGTATAGACTTTGAATTAATAAA TTTATTCTAATATGACTTGACCAAAAACAAACATCTAATAATAAAGGGAAATATAACCCA AAAAAAAGATGATGAAAGTAAATAGGACTTCCTGTTAAGCCATTGAAAAGGTCAAAAAAC TTAAATAAATTTAAAAAAGTAATATCATCATTAATTATATGTTGCATAAAATCTCCACAT AGTGACATTCTTCTTTTATTTAATTGACTTAAAAGGTCAAAAAAAATAAAAGTCATAAAG ATAATCCAAATGATGACAACTTGACATTTATCTTGGATAATCATGAGTTTAACTCTAATT ATTGACATTGAAGTTTGAAAAATTATACCCTTCGGGATGGCCAAATGGTTTGGGCGGGAC TTCCATTTTGGGGGTCTCAAGTTCAAAACCGACAAAAGCAATAGGTTTGCCTTCTGGGTG GAGCTCGTCGCACCGGATTGCCTAGTGTGAATCACCGCTCATGTGTGGTTTGCGAGCTAT TGCATAAAAGCGGGGTCTTACCATGTGCACACCCAAAGGATAGCAACTATCGGTTTCCTT TGTCTTCAAAAAAAAATGAAAAATGATGGGTTGAGTTTGGGCTTAGCTTCCTTCATGGGT TAAAATGAGTAGAACCCAAACGTAACTCATTTGTATGTAGCCCATGCCCAAACCATTCAA AACATGTGCGGGCCAAATGGGTTTGGGCCTAATATGACACCCCTATGTCTAATACACACC ATTTTTATGTTTCATCACTTTCCTTTGATAAGTGTATTTCACACACCAATCACAACCCAA AACATTTCACAATATAGAAAAAGAAAAATACTTCAGAAATTGTAAAAAGATCAAAAATTA ATCAAATATTATTCTTCCACATTCTTCTTCTTCTTCTTCCTCACTTTGAAATAGACAAAT CTATTTAAACGAAACTAATCTGGGAACCATTTGGATTGTTTCTTCTCCTCCTCTTGGCCA TTAAATTATATTGTTATTACCAATTTCAAGAAAATTTTCCCACTCCAATGATTCCCATTA TCAAGGGGTGTGTAAAAGGGATTTGAGTACACAGCATTTTTGGGTGGGTGGGGGAGGGGG GTTAGACTATGTATTGAGCATGTAAAAAAATACTGACAAGTCAAAATGCAGCATACATTC TAAGTATTGTGATGAATCACAACTCTTTTTTCAATCAGTTAGGCAGAACCACAAAAAGTA ATTGCTGTTAACTCGAATCAGAAGCTTCAGTACCTCTGGGGCAGCATAGTTTGGGCTTCC GCAACTTGTCTTCAGAAAATGACCATCGCGCATGATATTGCTCAAACCAAAATCTGCGAT CTTCACATTCCATTTGGAGTCCAGAAGGAGGTTTTCAGGCTTAAGGTCTCTATGAACCAC CATGTTTCTATGGCAGTACTCCACACCAGAAATTATCTGTTTTTTAGAAGAATTAGAATA CCATAACTACTTTAAAAAAGTTAAACAGCATGAAAAAACTCATTCAAGGAAGTGGCACAT CCACCTGCTGAAAAAAGTTACGAGCTTCATCCTCCTGCAATCTGCCCTTCTCAACAATGT AATCAAATAACTCGCCAGATTTCACATACTCCATCACAACATATATATCTGATGGTGTCT CTATGACCTCATAAAGCCGTATAATATGAGGATGCATGAACAATCTCAATATTTTGATTT CTCTACGGACTGCAGAATTTCAGCAATATAAAACTCTTAACACAGTCCAGACATCCATAA ACAGGAAAAAAAATATACAATTGTAGCCTAGAACCAAGAGCAAGCAATGTCCAATCATTC AGAACAAAAATCATCCTCCATCAAGGTATATCCTACTGGGCACTAGTCTAATCAAACCAC AAACACCTAGAGATTTGAGAACAAAAATTTCATATATGGAGTTCAATGCAAATTTTGAGT GAAAAAGAATCAAAGATTATCGTTTAAATTAAAGTAGAAGAAAAATTCAACCACATTCAA ATCAATTGACAATCTAATCATCCATTTATATAGGTTCCAGGTCAGATAGAACAGAAAAAA ACAAATATTAAAAGGAACAAACAGGCCAAACATTAGGTTAAACATCAATCTTCATCTTGC AAGATTCAGTTTGTCCTTCTTCAAACCTCACCACTTCTTACCCTTTTTACCTTAAAAATT AGGGGTAAAAAGGAGAAACGATGTTCATATACTTTGGATAGTAAGGGAGAATGTGACTGC ACTCTCTAACTTCTATACCTTTCTCCTCCATGTCCATATTCCTGATTTTTCGACGATTAA GAATCTTGACAGCAACTTTGTGCCCTGTTAACGTATGTTCAGCTATTTTAACTTTGCCGA ACGATCCAATGCCAAGTGTTTTCCCGAGTTTATAGTTCCGTAAAAATGAGTCAACACTGC TGGTGCCCTGCACTGCTGTTCCGTCCATTTTCCTATCAACACAAGAAAATTAGAGGCAAA TTAGATTTAGAAAAGGCACAAAAAACACTCCAAAAGGTACCTCCGCCTGTAATAACACTC AAAAAGAAAAATTTGATAGCTAGATTTGTTTTAGAAAGGTAAAGTTATATTCTTCAGCGT TAAGAATACGCTGGCTACCTCCAACAAATTACTAGCTAGTACCATAATTAATTGCTAGAT GTGAGTAATAAATTTGAGATTATTTTCAAAATGGATTCTTCCTTGGAAGCGAAGATACTC CGAAAGCACAATGCTAAGTTGCTCGGATTCGGGTGCGGGTAATTGATACGGGTGCGGATC TGACAGTTAGATTCATCATCACATAAGTTTTAGGATTTGGGGTATGGATTCAAGTACGGG TACGGGTGCTGAGATATGCCAATAAATGTAGATTATGACATATAAAGAATATTTTTTGAT TAATTAAAGCTATTGAACTAGAAGTTTTCAGTCATAAATGTGGTCAAAGTACTCCCAAGG TAAATTAACCAAATCCAGTGCAGATCCCACACCTACGTTGCGTGTGTGACTAGGATTTTG AAGAATCCGAGCAATATAGGCACAATGCACAACTGCCTAACTCATCTACCAAAGTTGCAT ATACTAGTATCTGTAGGGAGCTTAATTGTCTCAAGTGACAAACGATAGTAAGCCATCATT TTTAGAACAACATATATACCTTTGCCGGTGCTTCGGGGTGCCAAAGATTGCATTTTTAGA ACAACATATATACCTTTCTCTTTCCATGATAACTGAAAGAGGAAGAATTTTGAAGGCCTA AAAGGTACATAAATAATGTCTTTTCAAATAAAACTAATCGTCAGTAATGTCTTATCTATA ATTGGATTGTAATCTCCCTATAGTAATTTCTTTTTGCCCATAAGTTGGAATATATTTCCA AAATTTACAATTCACCAACAGGTATCGATAGACACCCTCTTTAACACACTAGTAAGAATA ATACCAACATATACTTTAAACACAGACCCAAATGCTAATGAGGAGCCAAACCTAAGGCAT CATGATCTCACTACCTGTCACAAAGCTTCAATTACCCCACCCCCACCCCACCTATGCTAA AATTGGCACGTTTTATCACTCAAATTCTCAAAAAATCGACAGAGAAATTCTCAATAAACA GTACCCACACCCTAAAAAAAATGAAAAGGAGCTAACTTGATAAAGAAATTCACAACCCCA TAGTCAAATGTCGAATTAATCCCCAACCCCACCCCGTTTATAACCCTAAATGCCGAAAAA CAATCAAATCCCATAACCCCAAAACCAAATCTTGAAATTACCCAATTATCTAACCCCCCA ACCGGTCATATTCTTGAAAAAAACCCTAGCAAGAACAGATCTGATAAATATTGATAGAGA ATAAATTTTTTACCAATAAAAACGAAATCAAACATGCAAACCCACCTGGCAGAAGCTAAA CCCCAAGAAGCAGATTGAAGAAATTCAACAACAAAATATGAAAATTGGGAAAATCAAGCG ATTATCTTCAACATTTGGTGATGAAAGAGAGTATCAATGGCCTCCTGGAATACAGGGGGA AGAAGTTGAGGCCAGTCGTGGGGTGGAGGAGATTCGGGGGGTGGGGGTAAGGATGGCTGC AGAAGCACAAGAATGGAGTTCACTGATTTTTGATTCTGTTAATTTTTCCCCCCTGGTATT CACAGAAAAAAAAAAACTTCTTAAAAATACTAGAAACTAATTATTGATAATAATTAATTA ATTAAATTAAATTTGATTAAATTAATTAGATTCTATGTTATAGAATTAAACAATTTTTTT AAAAAAGATTCTATGTTTTATTATTTATAACCTAAAATAAATTATGATTACAATTCTAAA AATTGTTGTCTTGACAGAATCAAACCTTTGATGTTTTCCTTCCACAGAATCTGCTACAGC TAACCAGTAGTGTACCTTTTTGGGCCAAAGTGGTCCATAAAAAAAAAATGTGATGTGATG TGTTCAATTTTAATTTTTTTTTTGAAAAAAAATAGCAATTAAAGAAGAGCTTACATGTGC TACTTTAGAAAGTTAAATTCATTATTTTCATTTAGCAACCTTTGAGTTTTGTATCTATAA TTATTATTATGTATATACTATAATACATATTTATTTATTTTATCACATGAAAAATTATAG TTGTTATTTTTTGAGTGCGCTACAAATTTTTATTTTATGCGATGATTGGCAGACCACACA AGAGAAATACTGAACTCTAGACAAGCTCAATTCGACGAGTTCAATGGATACTACATATTT TAATTTTTGACATTTAATATTTTGATTCTATTTTTAAGAATATAAATTTAATCTTGATTT TTGATTTTTTGATTGTTTATATTGTCGATCAATTTGATTTGAATTTTTTATGTAAGAACT TTGTACAATAAAGTTATAGTTGATTTACTCCTAAGTTGAAAATTAAAAAAGAAATACATC ATTCTCATAATAAATTTGCCAAAGAAAACTTCCTCATCTTTAATGTAATCAAAATAATAC AGTTAGCAATAATTGGGTCACTCAACAATGTAAAAGAACACATCCAATAAAAATATTTAA TGAGATGAAAAAGTATTTAATTAGAATTTACAACAATATAAATTTATACAATAAATGTTA AATTTGAAGTAGCAATTTTATCTGTGATTTTTCTTTTCATGTTGGAAGATCATGTTTAAT TCTCACATATGTCCATCCTTAGTTATTTTTTAAAATGTACAAGTTCTCTCAAACATGCAA GGATTATGCTAAAAAAATTTATTCACACTCTTATCCGAAGAAGTTCGTAAATAAATCAGC AAATGTCTCACTGTTAACATTAAATTAATTATATATTCATATATTTTCAAGATAACTTGA TGCAATTACATATATTAGTGTCAAGATGTGATCATCTTTTAAGGAAAAAAAACAATCAAT TGAATGGTCTTTTCAAAATATTCATGAGATCAAAGGTATGTGCACTATCGTAAAAATACT TAATTGATATCACGAAAATTGCATAGATTATTAGATTTATTATATTGCATGCATGTGTTG TGATGGTCTTAATTTATTTCTATTCAGTTCAAAAATACTTCACTTTTTAGATTTATATCA TTGCTTATTAGTTCAAATTAAAAGTTACTAATATTAAAGTACAAGCTAAATTCCTTCAGT TTGCGCCTAGTTATTCTTGTTCTTTTATCTTTGCATTCGTAGGAGATTTTTAATATTAAT CTTTTTTATTATGCAAATAATTAATAAATAACATTGTAACTCTCTATAATTAATTTATAC AACATTTCTAATTCGTAAATATATATAGAGTGAGAGAATTAAGTTATTTTTCATAAATAA TTCACATTTATTCAAATTAATAAAATTTTGTAGTTTATAACTTTGATAATGAAAAGATAT TTACTTTTCAAAAGATTTGAAGTTACTCGTCTTTTATGACTTTTTATAACTAAAGAAAAA TAAATGTTTTATTATATTAATTATATTAGGCTTCTTACTTCTTTTTTAATAGATGAAAAT GTCGATAATATGCTTATCTAGAAGCATAATTCTTTTAACTTAAGAGACATCAATTCTCTC ATCATCTCAAATAACTATTTTTATCTTACGGGGAATCATTTTTACAAACTTCAAACTTTT AGCTAGAGTTAGAAACTAAAAAGGTTTGTCAAAAATTCGAAAAGAATATATTAATTTTTT TAATCAAAAAGGTGAAATCGCTTTTGACGGAGCAATTTTCTTCTAATAAAATTTACGTGT TAATTCTTTTTAAAAAATACAAAAATCATTGTCATAAAAAAAAATCTTTTTTCCTTAGAA CGCTGCTACGGCAGCAATTTGTCAAAAAAAGGGGAAAATACCCAAGTACCCCCTCAATCT ATGTCCGAAATTCCAGAGACACACTTATACTATACTAAGGTCCTATTACCCCCCTGAACT TATTTTATATGTAATTTTATACCCCTTTTTAGCCTACGTGGCACTAGTTCGAAAAAAAAA TCAACCATCGTTGGGCCCACAAGATAGTGCCACGTAAGCTAAAAAGGGGTAAAAAGTTAT TAATAAAATAAGTTCAGGTAGGAAATAGGACCTTAGTATAGTATAAGTGTGTCTTTGAGA TTTCGGGCATAGGATGAGGGGGTACTTGGGCATTATCCCAAAAAAAAATTAACAAACGTT GAGTAGGCAAACCAAATGTTGGAGCAAAATGCCTGTTTCTTAATAACTTTTGCACTCAGA GCGATATTAAAAAAAAATCACGGTATTGTTTTGTCAGAAAAAAATTGCTCCGTCATGAGC AATTTTGCTCTTTTGATTTTTTTTTTTTTAAATTGATATGCCCTTTCAGAATTTTTGACA TTTTTTTTTACCCTTTCGACTCTTGACTCCTTTTAGCTAGGGCCTGACAGTGCACATATT TTGTTGTAATTATGGAATCTTGGGAGTGATCGGCTTAATTTGCATTTTTATCGGATCAAA ATTGCTTTCAATGTAATTACTTGTTTGACAGTATATTTATAAAAAATTATTTATTGTTTA ATAATTCATGTCTAATATTGATTTTATAGTACTTTTTCGTAATATGTATTACTTAATTCC AACATAACTTATGACTTTACAATTATTTGTTTTCTTGTCATATGGGAATCGTTTCAATGC AATTGCTTGTATGACGACGTATTTATAAAAAGTGCTTGTATGATAACCTGCTTATAAAAA GGTGTTGTTTACTGTTTGATCATTCATGTCTAGTATTATTATCTAACACGCATAACTTAG TTCCAATATAACGTGTAAAAAAACATAATAATTTCAATATCAAAACCCACACATTATATT ATAATAAACATAAATTTAATTCATACAAAACTTATGCTACGTAACTTAATTTCAATATTA ATTTGTGCCTTTTTCATTTTTCTTTGTTGAGCTTTAATTTTACATAAGAACATTTTTTTT ACTTCCACCTTTCATCTCAATTCTTTAAGTCAATGATATTCACAAAACTTCCATTTTTTC CCCTTTTGTTTCCTCTTATTTGTAGTTTTGATGTAATCGTGAGTTACATTTAAGTAATTG TTCAAAGCACATGCTTTCGTCGGAGCTCATATAGACACAATAACGTTCAATATAAATTTT ACTAGCTAGATTAAAATTTTGACCAACTCTGTTTTTTTTTATAATCGTCCTATATAAATG GTGTATAAAGATGGTATCAACAGTGTGTATACATTAGATACTAGTTACACACTTATTATA CACAAAACATATAATAATGATACATTTTTTTTTATACAAATAGTCAAACACTATGGAAAT ACATTGTCTATATAACAATGATGCCATTTTTATATGCATGATACATTTTCTATACAAGAA TAATATAATTTATAAACATTTGCTGAAATTAGTTGGAAAAGAGGGGAAAATTATGCGAAA TGGCAACCATTTAGATTATGGTTTTGTTCTTTTTTAATATGTAGCTGTTATTTCTCGCTT TTTTTGCTATTCGGTTCCTAATTATATGAATCTAGAATTTGTATAATTCAGTTCCAAATT GTATAAATCCACAATTTGTATAATCCGTTTCCTGATTGTATAATTTTAGAATTTGTATAT TCTTACCCTAGCTATTTATATAAAATTTATGAAAAATTCATAATAAATTACTTTATTTGT ATATTGACAAGTGAAAACTACAAGAGAAATATACTGACCACAACTTCCGTTTCTATACAT TTGCCCTGGTTGTATATTTGTAAGTGAAATATACAAACCACGACCTCCATAGCAAATAAA ACTATAGTTAATGAGCGCAATTATCGAAACTATAGTTATAGAACCTTATTAAACGTATTA TCATTGTTATTTATTAAAAAAAAGGCTATGAAATAAAATTTATCAAAGGCAAAAAATTAT TTTTTAAGCAAAATGACCATAAATGTCTTTGTGCATAAGAAAGTCACATGTCAGCAAGAT GTGTGGTCAGAAACAGATTTTAAGCAGCCCAGCCCACAGGCCCATATTGTAGTTTTGTAT ATGGATCTCTAGTAATGGGCTAACAAAGCCCATTATCCAATATTCCTAATTCGAAGCTTA ATCCAAGGCTTATACACATGTAATTGTCCAATGAGACGAATCTTATCGTTTTGTACTCAT TCTGTTCAACAATATTTGTTCACTATTGATTTTGCGCATTTTTTTAAGAAAATATAGATA GAGTGATAATTTCATCATATCAACCTTTGAATATAATAAACACAATATCTTGAAAATGTA ATAGGAAAATGACTATAATTAGTGATAAAGATAAATTAGAAACTAAGTATAAAATTATCC ATTAACTTTATAAAGTAGATAAGTATTATCGAACATTTCAAAATAGTACAATGGACAACT ATTATTAGACGGATGAAGCAATAGATTACTTAGGGAAAGATAACACAAAGTATTTATTAT TTTATGGTACCTAATAATTACACAATCTCACATGACATCTTGCCATTTCAGTATAAAAAT TATTGCCAATAGGTTTCGTTAATTTTGATATATTCAGTTTCATCGAGTTGACAAATGACT TTCTTTTAATTTAGATTTTTAGTATTTGATTTTTGCATTTATCGTAAAGAGATATTTCAA AAATATTTATGTATAATTTAGATAAATATTATATCTGAGTGGGGCTGTAGGGGTATGAGC TAGCTGAGGGGTAGAGATCGGTAGTCAAGGCAGACTAACCTGACCAAAGTGGTGTCAAAA GTAGGGGTGGGCGTTTATTTTTTCGATCGGTTTAATTAAATTTTGATTTGATATTTGATT TTTAAAAAGTGTGCATCACAGTTTATATTAAATTAGATCGGTTTAATTCGATTTTTTCTA CTTCGATTCGGTTTAGTTTGATAATTTTAAATTGATTTTTTGGTGTGAAATAAAAATAAA GATGAAATATGATAAAGTGTTAAGAGTTTTATCACGTGTTTGATAAAAATCAAGAAGGTA GGTGATTTTTAGGAAAACATTTTACTGTTGTCATTTAAAAATTGAAAATTTAAAAGGGTC ATGTAAATATTTTGAGTCAAAATTCAAAAATGCATAAGTATTATTAATTAAGCAATATAA TTTAAATATTTTTAAATTAATTAAATAAAACTTCGGTTCTTCGGTGCACCGTAATTTCCA TCAGCGTGATTCCTTAAGAGGAAAACATTTTACCGTTGTCATTTAAAAATTAAAAATTTT AAAAGGGTCATGTAAATATTTTGAGTCAAAATTCAAAAATGCATAAGTATTATTAATTAA GCAATATCATTTAAATATTTTTAAATTAATTAAATAAAACTTTTCGATGCACCATAATTT CGAAACTCTTACACCGTACTCCAAACCGAAGTTTCAAAAAAAAAATTCACACCGAATCGA AACACCGAAAAATTGACACAGAAAATCGAATTTTTCAGTTCGACTCGATTTTTTAATTTT TCGATATTTATGCACCCCGTGTCAAGTAACACCCTTTCTTCCTAAAATTATGTTAGATAC ATAGAGATCAATTTTTAGTTTAATAAATATATAAACACAAATATTAATAACTCTTGGTAC AAAATTAAATATTTAATTTAATGACTAAAATATTACAAAAGTTCTATGAAATTGTGTACT CTAATCCTACTATCCTCATATTCATCAATGATGAGGAAGAAGACAATCATGAGCATTATT AATTATGAAAAATATTTTATTAGGTAAAGGAACTTATTTTCCTAAATAAAAATTTTAATT TCCAAAAATAATAATAACAATAATAATAATAATAATAATATTTTGATCAAGAATATTGCA AAACCTTGTAAATTTCTAGATTCATAAATTTGACAATTATGAAACTATCGATCGGTCGAG TGCAATATATAAATATTCTTTAATCAGGTTAAAAAATTTATTTATCTAAAAAAATATTTT TCTTTAAAATTTCTGACTAATCAAATATGAAAAAATTGATTAGAGTAATTTGTTTTGGAT AGTATACATGCATGCAAAGATCCAAATTATGTAGTGAAGTAATTGTTGTTCAAATAATCA CCGTTGAATATGTTGGAATACGAGTTTAGATATAATCATTTTTTAAAAACTATGTTCTTG GATCTTGTCCAATGCAATTATAAACTTAATCTTTTTTTAATTATGTCCTTTCACGCTAAG AAATTAACGATCAAGAGGAGCAGATTCAACGATATACACGGTATTGCTGAATATCGTATC AAATCAAAATTTTATTGATTATTTATTGAATTATCAAATCGAAAATTTAAAAATTTGATA TTTGATATCAACTTTTAATTACCAATTAACGAATTATTGGACTTTAAATTTGAGAAATTC AAACCGAATATCGAACCCCCCGCTCCTACATCCAACAAGTTTTTTTAATTAAGGGTAAAA ACTAGAAAAATTATCTTCTGATATAGAATTTTTTAAACACCGTACAAAATAGATATACGA CGAAAGAAGTATTATTTTTCAATAAAAAAAATATTCAGTGATTATTTACATAAATATTTT TATTGAATTAATAAAGGAAAAAATAATAGTATATTTTGAGAGAAGAATTAGGATGTTTTA TTAACACTGAAAAAAAATTATTATGGTTAAGTCCATCCGTTTTATTTTATACATCATCCT TTTTTATAAATATATAAATCACAATACTTATTATTTTATAAAATTTATATATAAATTACT ATATTTTACCTTAATAAAATAATTAATTAGTCTTATCATTTATCAATAAAATTGACTTAA AAGAAAATATTATGAGTATTATAATTATAATTAATTAAAAGCCCAGAGAATATAACAGGT TATCCATCCACATGATGAGCCTGTGTTGCTTCGATAATTCCCAAATATTCCAAATCCTAC TTTATTCAAAACCTATTGGTGTATATTTGTGTTACGTATTTGATTTATAGTTTATTCTAT TTAGAGTTAGATCTATTAGAAATAATTTAAAGACGATAAAATTAAGTTCGTTTATTTTGA ATTAGAGTTAAATGATCAAAATTATGTTTAAACTATTTTAATTGAATTTCATATTTGAAC TATGTGTATTGCGAGTGTGAGCTATTTACCTGAGCTATCACCTAATTATTAGCTAAACAC ATTAGATATTGACTAGATTGGATGTTGTAGGCTTAGGTTGGTGGGTTCGGACAAAGCCAA TAACGTTTTGGTATATTCACTACAACAAAAATAATTTTTAGCGGCATTAGATATTGACAC TAATAAAGAGTGTTAAAGTCTTACCGACATTAGTTAAGTGTCATTAGAACCAATATCGCT AAAGGCTTTAGGGACACACAGAAAGAGTAACAATTGCCGCTAAAAATACACATTAAGCGG CAATAAGAATTAAACGTCATTAATGATCGTTTTTGTTGTAGTGATTCTATATTTGTACTA AAAAATGAAATAATATATGCTCCCTCTGTCTCAATTTATATGATACCTTACATGTTTTGA GAGTCAAACAATTTAAGTTTGATCAGAAATTTGCGCATGAAATCTTCATTTTTTTAAAAT GAAATTTATATATTTGTAAACTATGTAAAAAGTAATATGAGTCACAATAATTGATAATTC AAAATGTTTAAAAGATCTATAAAAAAATTTATGGTCAATAATAGAGACTTGTTTGACTCT TAAGATCAGAAATGTGACATATAAAATGAGACGGAGAAAGTATGTACATTAACTTGTGAA ATCCTATAACAAAATCGATTAATAGCTTAATGATAAGGAAGGAATCATAGACTATCAACA AATCTAAATTCAAATCCTTTAAAAGAAAACTTAGAATGTATCTCTAAACTTTTAATTTTG GCTCTGCCTCTTATTTGCAGGTGCACTATTTTTCCATGAAGAAGTCGAAGATATTAATTC CATCGTAATAGAGACAAGACCACAACTAACAAAATGGAGGAAAAGTTTATGAATGTCAGA ATAAATTAATTTAAACACTTATAATTTTAACTTTAGTTTATTTAAATTTGCCGGTGAAAT TATTTTTTCCAAATGAAGTGTATTTTGCTATTTATTAGGTGATAATTTAGATAGAAAATT CGTAATATCAATACATAATTCAATTATCAAACTAAAAAATCTGATATAACTTAAGTATAT TAATGATCCTTTTTTTAACTCCTCAAACTATGTACATACTTATGAGAGAGAATAAAAAAA CGTAATTAAAATTGTCTCAATTATATTTCTTATGTTAAATGACTTTTTCTTACGCCGTTG AGGCAATTTGACTACAAATTATACAATTTAGTAATTTTTATGATACTTAGATAAAGTTAA ATGAAATTCTTATCATATAAAAATATTTTAATAATTTTGATTATTAAACTAAATTAAAAT TAAATGACAAGTTGAATGATGTATTATTTCAAATACAGTCTAGTGATTTTTCTGGCACCT AAATAAAGTTGAGTAACTTTTTTATAAAAAAAAATTAAGTAACCATTCATGAAATTATGC ATATTTTTGTATTTAATTTATAAGGAGACACAATTTAATGTTATATATCTTTTTGTTTAC TTAATTGGTTTGTTAAATGCTTTAAATTCTCTGAAGTTTAATTTCATGATCTCATAATTA ATATTTATTTTTGTTCGATCAATCTGATGATCACAGGTTGTTGAGTCTGATTAATATATA TAACTGTTTACGCATTTAACCTCCGCAGTGAGGTTGCCATGGGGATTATGGGGGGCGGGA GCCCCCGTTCGAAAGAGGGGTTCGGGGCAGCGCCATGACTTAAATTTTAGGATTACTATT TATTCTCTGTAACAAAAAATACTCTGATTTATTAATATATATATACCCCATCGCCGTGAA AGTTTATCACGGGTGTTACCACGAAATATTGGTTTCTCTCTTTCTCTCTCTAGATCTCTC ATCTCTTTCTCGTGAAATTTCTTGTGTTCTTCATTCATCAAGTATGTGGCGTGGATTCGA TCTTAACACACATTTCATAATAAAACTTGAAACCGTGTATATACATTAACTTTATGCACA TTCAAGGTTCAAACTTTATAAGCTTTTTATCTTTAATAAAATAACAAATAAATTTAAATT AGACTAATTAATTTTTTTTTTTTAAAATATAATATAAATTACAAGCAAAGTGTTATGATG GAGTTGAAATTAGTAATTCTTCAACCTTATCAACAATTTCATGTATGAGTCCCTAAAGTA CGTAATCGTCTTTTTTAAGTAGTGTTTTACCTTATAATACGAGACTTTCCATTTAGGCTC CATTATAAATAATCGAAAAAAATAGAATTCGATTAATCGCATGAGTTTAGAGGCGAAACT GAATAGGAATTCGTGCTTTTTCATAGATTTTATATTTGTGTTAGAAAATTAAATAAATAT ATTTATATTAATACGTAAACCTCAAACAATATTATTTTAAAATTCCTAACTCCTAACTTT AGCTTCGCATATCTTGGCATCTGCACCATGAGGTTTCTGTATAGATTTGAGTGGTTTATA TAATTTTGGTCCAATAATGTTAATTCGTTTGGAATAAAAATATAATTATATATATATATA TATATATATATATATATATATATATATATATAAAATTTAAAATTTATTTATTTGACTTTG GGCTGCCTTGAATTTAGGGTGTAACATGCATGGCTATTTATTTTTTGGCTGAATGAGAAA TGAATTTAGCTTTTAGAATGTACATGTGCTCACAAAGTCAATGTAAATGGCAAAATCAAT AAAAGTGTACCCTTAGTCAATATATCGAATTTAAGACACTTTATTAATTAAAATTAAGAT ATTTATTGATTAAAATTTAAGACACTTTATTAATTCAAATTATGTAAAATTAAGATATTT ATATTAAATAAATTAAATTTGAATTCAGGATGAATTCATTAATGCCGAATTTTTTTTGAA TTTGTCTAATTTTTTTTTTATTACATGCAATAAAGGGGCGAAACAAATTTGAATTTAGAA CGGAGTGAATTCATTAATTCCATCAATAAGGATTGCGATAAAATGGTAAGTACTCCATCC TTAATTAAGAGGCTTTGGGTTCGAATTCTTTTTGACTCTAATTTTTTTTAAAAATATATA CATAATAATTAAATTGTATATGATATTTATTCAATAATTTCATTTATTTTCGATAATGAT TTTAAATAGTAGATTTTTCATCTATTTCCATCATCGATTGTAATTATGTACATCATTTAA TGAATGACAAATACAGAATCAGATGATATTACTCTAATCCAATGAATGCTTGGTAGTCCA ACATTAATTTGCCATAATCAACTTGGAAGTGCTAGAAAATTACCAATATATTTTTTTATA TTTTAAAATAAATTAATTTCTTTTTCAAGTATTAGTTAAAACGTATTAAAATTTAAAAGA TAAAAATATTTTAAAAATAATATAACATAGATAAAATATCATTCTGGCCAAATTTTTTTT GCCAAAACAATTATTCCAATTAACTTCAATTACTTTCTTCGTCCATTTGTTTGTTTGTAC TATTTTAATTGGAGTACTAAAAAGAAAAGAAAAAAAAACACTTAAAATTTTGCAAATTCT CAAATAAAATATGTAGTATATATGAAAATATTTTTTAAGTTGTTAATAATATATCATATA AAAGATTTAAATTATCAAAAATATTTTTAAAATATTTTCTTTAATATAGAATAAAAAATA ATTAAATAAATAAATTACAACAGAGAGTAATTCGTTTCGTCATAGGAACGAACTCTGGAC CGAAAGAATGTCAGGTGACGTTAGGAAAACCAATTGTTTGGTGTAAGGTAGAGATATATT AATTTCTCCATAAGTAATATTATATTTATATTAATTAATTTAGAAGATAAATTATTTATA TGTAAATTAATATGATATTTGATATATAATTTATATATATATATCTATATATATATATAT ATATATATATATATATTACAAAAGCTTATATATTATTTTATAAAAAGTAGGATAACTAAT ACGTTGGTGTACTTGGGTAAATTCAATTTTGTGGTTATTTTTTTTATGACAATAGAAAAT CGCAATGGCTATTCTTTGGGTGCACACAGTGTAAAATTTCTGTGTCTATGTAATAGCTCG CAAACCACATAGGAGAGATAACTCGCACTAGGCAAGTTCGGTGCAACGAGCTCGTCCTAG AAGGCATACCTCTTGCTTGACAAGGGGTTTCGAATTTGAGACCTCAAATATGAAAGTTCT AGGTCCAAATCACTGATCTACCCCGAAGGATCAAATTTGTAGATATTATTACAATAAATA AAGTTTTTTTTTCTTCCTTTTTTTGAACAATAAAGATAACTTTTGTTTAGCTGACTCGAT GCTATTTGATATTCACGTAAGAGTTCGAAATTTTTTAAATTTACACCGAATAGGGTGTTA TTCAAGACGAAGATTTTTCTATCAATTTTTTTTTTCACATTCAAATTCAAAATCTATAAT TAAGAAAAAAAATAATCTCACCAACTAGACCATATCTTTAACGATAACGATAAAAGATAA TTGATACTCTACGGAGTATATATATATATATTTTTTTAAAAAAATAAAGAAATTAATTAC GTTAATAATACCTCGACAGTGTTTGGTGGGGCAGAGAAATGGACGGAGGGTTGTAATAAT GATTTTGTTTTTGAAGACAACCAGACGCACCTTTTTTTTTAAATTTAAAATACTATAAAT ATCAATAAACAAACACTCGCACGCACTCTCAGAAATTACGTCAAATTACCATCTTATCCT TCTTCTTCTTCTTCCTCTCAATTCTCTCTGTTTTTCTTTTTTTTTTCAGAAAAAAATTTC CACAGAAACAAATCCAAAAGAGCTTGGATCCGACCCGTTTGGACCCATTTGCTCTTTCTA GTTTCTTCTCCTTTCTCTCTCTCTGTTTCTTGAAATTTTTTTCATTTTTTTTTCACAGAG AGGGAGACCTACATTCATTTATTATTATTATTGTTAATGGTGTTCTCTTCATTCAAAAAA ACAAAAAGGTATGAACTTTTTCATGTATATATATTGATGGTGGGTATCTACCAGAATTTA CAACTGATGTCCCATTTTTTGTGTTGCGGGGTATGACTTGTTTGAGATCGAGACGTAGTT GGTGCTTTGTTATTAATTATTTACCTTAAAGTTGGGGGTTGGAATTAATTTTTTTTGAAA TTTTGGTAACATATTCATCCCATGTATTTCTTAATTCTTGACCTATTGATTAGTAGCTTG TTGTATTGTGATTTTTTTTTTTGCTGTTTTCGTTCTTGATATTTTATAGCTGCATTTGAG TTTGAGAGTTTTTTTGAAAAACAACTTTTTCTGTATCACAAAATATTAATAAAGATTTGC GTACATTTTATACTTCTCGAGATGTATTGTTGTTGTTCTCATCATCATTCTTTATATTTT GTCTTTTTCCGCTTTTTAAAGCAATTGCTTTGTTAATTTTTTTTTCTTTTTTTTTCTTTT TATAGTTTCTAACAACTTTGGTGTTGTTATTCTTTTGTTTGTTTGTTTTGTGTTATGATG TTAATGTGGACCTATTTTTTGCTTCATTCTCTCTTATGCATAATCTGACAATTGTTTTGT CTGATTCAGTCTCTGAAAGTGAATACAAGGTCATCTTCAATTCCATCCTTTTTCATCATT AACAATTTTAATATACAGGACAAGGAAAATATAAAAATAAAAAATGAGAGAAAAAGCAGT TTATTACATTTATATCGAACACCTTTTTAGTTATGTCTCTAAATTATCTACTTTTTCTTA TGTGTAGCACATGAAATTATTATAGTTTGTTTCATTAGTTTCTTTGCATTTAGCCATCTT TGTGTTCTTTTTTGCTTCTTTTTTTTGGTCAGTAATATTCTTGTATTACATCTGTTTTTT GAGGTTCACTGCTTTTAAAAGCCTGTTAAAAACAGCTTTTGTCTCATTTTTTTGAGTTTT ATTCTAAAGCATATATAAGATTTTGAAAACTGCTAAATCAAGATTCATTTGTAGATTTTA CTATTAGTTTCAGATGTTAAGTACTTCTTTAAGGTAAGCCTTTTGTACTCCAGTAATCGC AAATGCAGATAATGTATTGAATCAAATTTCAAACTCATTTACTAGTCATATCTTTGTAGT TCATGTGATTGTGACTTTAAGCCCCAATTGCATCATAGGAATTCGAAAAAAAGGGTTCTT TCGTATACTTATAGTAACTATTGTCACTTCTTTTTTGATTTTGATAGTTTCTGCGGTTCC AATTTCTGGGAGCATTATGTTGAGTCACTCCAAGAGTAGAATCAGCAGCTCACCTCACGT TTTAGGAACCGAGGAATCACACGTAGACGGACCTGAGCATTCTCCTGCTCTACGGTCTTG ACGTAGACGCTGTTATGTTTTCTGTATTGTCGTTTTTCCTTTCAATTATTACTTTGATTT GCTTCTTCACTTGAGACGAGGGTCTTTCAAAAACAGTTTCTCTACCTCCATAGGAAAAGG TCTGCATACGCTACACCCTCCCAGACCCTACTTTGTGAGATTTCACTGAATATGTTATTA TAAGGAATTGTATATTCAGAGATTTCAAGTTTCTCTTGTTCATGTTCCAGGTATACATAA TTTCGTGAGTCCAATCGAAATTTACATCTTTGCATGGTGTTCATCAGCAATTAGCAGACA GATTTGTGAGCTGAGTAGTAATAATGGGTGGTTGCGTATCAACTCCAGCAACCACAATCA GGGCAAGGAAGAAACACCATCGTCGCCACAGAAAATACCATAGAAAGAATTCAAACTCAG GTATAATAGGAACCAGGAAAAGAAACAGCGATGCGCGGGTGACAGACATTGCTGTTAGTG AGTTTGTTCATACAACTACAACAACTTGCAGAACATCTGAGGTCTCCAACTCCACATTTC ATCTTACTCAATTGCAGTGGCAGCATAATCAAATAGATGGCAACGGTAAACTCTTCTCTT TTTTTTTTCTATTTTGAACCTTATATTATCATATGCCTATGCTCAATGCTTAATGGACTC TTCAAAAGTGTATTTTTGGAGAATTTGACACAGGTTTGACAACTCTTTTGGAGAGTCCGA GCAGCATAGGTTTAAAGAATAAAGATATAATAATCCTGCTACATGTTTTGTATCATGACG CTTTCTATACCTTTTATTGTGGTTATGTTAGTTCTGGTGCCTTTTCTGTTCACAAGAAGG AACAAATATGCATTCTAACATCTTAGCAAACGGAGTTTTGTGTGCTTAGGCTATCGATAA TGAAATTTTTTTGAACTGTAAGCTTGAAAAGTTTAAGAGATTTACATTTTTACAGTTGTT TGCCAAGAAGAAGCATGGTTCGACTCGCACAGCATTTTTGAATCCGACTCAGATGATGAC TTTAGTAGTGTTCATGGAGGTAATGATCATCAGTTTCTTTGTTGTTGTGCTTACAATTGA TGACTTTGTCTATCTATGGATTAAGAAGGCCATCATTCTTGAACAAAGTTATGATATTTT CATTCTATTCCTTCTAGATAGTTTCCCCAACATTTCAAATGGACAAGTAGTTCAGTATGA AACTTCATCATGCTTTATGGATAGCAAACATAAGTACAAAGAATATCATGAGAAATATCT CAAGATAGATGGCTTGAGCAAAGATGGAGTTCAGGATCCAAGTGGAACTGCAGTTGTAAC TGCTCAGGAGTATGAACGTCCATCCATGGGGAAGGGTGAAGATTTTGGCACAAAAAAGAA GAAGAACTTGGATCGTGCGTATGCAAGTTTTAAAAATGTTAAAAAGGAGATACTTCAGAT GCAGGAGAAAACTCAGGAAACTGTTTTCAAGTCTGTTTTACCGAAGCTGGTAAATACCTT GAGTTTCAATGACAAAATCATAAATGGACAAAACTCAGCTCCACATTCTCAAGTAAAGAA GTCGACTATTATAAGGCTTTCTATGAAGAGGACATCTGTTGATGGGGAAGAAAATGAATT TTGTGAGTACCTCGCCTCATTTCTATACTTCATTTTCAGCATAAATGGAGTCCAATAAGA GAATCACATTTTTATTCTCATTATTTTCGAATCTAACTACTAGCAAAATCTTGCTGAGAT CATGATGCACCTTCAAGTTTAGATTTTTCCCGGTCTAGAGATGGAAGGTTGAAAAGCTAC GGTGATGATTAGTTAATAATACATTAACATAGTGGTATTCTTGTAGGTTCTTCAAGAAAG TTTCTTCGCCGCCCCAGGGCTGGGCTTTTAATTCCCTGTTGCACAGAAGAAAAGTCTATC GCAGGAAGTTGGTCAAAGATCGAGCCTTCAAACTTTAAGCTCCGTGGTGATAGTTATTTC AAGTACGCTCTCAACCTTCATTTTTTTTACCAATCAATTACAGTTGTAGGACTTCTATAA TGGATTTTAAACCTGTTTCTTTACAATTTTTCCGTTTAATCTGCAGAGATAAGAGGAAAG CCCCTGCTACAAATGTGTCACCTTATACTCCAATTGGGGTAGACTTATTTGTTTGCCCAA GAAAGATCAATCATATAGCACAACACATTGAGCTTCCTTCTATAAAAGGAGATGGAAGAA TACCACCTTTACTAATTATTAACATTCAGGTATTAGAGCAGTCTCTCCCAACTAAACGAA GTAGATTTTATTTGACATAACATTCTATTCTAACCGATATGGTTCTTCTTTGACAGCTGC CAACTTATCCTGCTCCGATGTTCGTTGGTGATGCTGATGGAGAAGGCTTGAGCCTTGTAG TATATTTCAAACTTACTGAAACTTTTGAGGAGGACATCTCTCCCCAGTTTCAGGACACCA TCAAGGTACTTATGTCAACTTTATGAAGCAAAATCAACGGATTTTCTACTCCTTTCGTTT TTCATTTTTCCCTTCCTCTTTACTTGTAATTTAAGGAAGGTATTAACGAGGGGAGAGGCA GAAAGTAGAGTATGCTAGTTCTGTGTTCCATTTTGGACAGTGGTTAGCTGAAAGGTTAGG CTAGGGAGGTCGTTAACTTCACCATCTTGCAATTTAAATGATTGACAATTACTTCCTTCA TAGCTGGCGATAGAGTCCTTTGCTGATATGGTTATTCTGATCTGCCTTGCTTCCCGATTT ATGTTTCCTTTATACGTGCTACTCGTTTAAATGATAGAGATTCATCGAGGATGACATGGA AAAGGTGAAAGGTTTTGCAAAAGAATCAACTGTTCCTTTCAGAGAGAGGTTGAAGATTAT GGTTGGGTTGGTTAATCCAGATGAGATTGTTACAAGTTCAACTGAAAGGAAGCTTTTGAA TGCTTACAATGAAAAGCCTGTGCTTTCCCGCCCTCAACACAATTTTTATCAGGTGGATCT TTGATACCCTGACTTTAGTTTGTTTGTCAGTTTATCAACAGTGTGGTTCTTTTTTAACAC CACAAAATTCTCAATGTGCATGGTCTCTGCTTATTATAGGGCCCGAATTACCTAGAAGTT GATCTTGACATTCATCGCTTCAGCTACATAGCAAGAAAGGGGCTCGATGCTTTTAGAGAA CGTTTACGACATGGAATACTTGATTTTGGTCTAACAATTCAGGTTTGTCATTTCTTTTCA GAAAACACATACGATGCTAGTAGTTTTGAGGATGGTCGGCTTAATTTCTTCAGGCTTTAT TAATGGTGTATGTTCATTGTGTAATCACTAAATTCTACAGGCACAGAAGCCAGAGGAGCT GCCAGAGAAAGTGCTTGGTTGTGTTAGATTGAACAAGATTGATTTTGTTGATCATGGCCA AATACCCACCCTTGTGAGAGTTGAGGAAGATTCTTGTTCAGAATAATACATCTAAAACCT ACAGCGACATGTTACATAGGGGAGTAGATGTTAGCGTATCTTGAGCTCTGTATATAGCTC ATTTGTTGTTAAGAAAAACAACACCTCACATTTAGTATTATATTTGCACCAATTGTTACT AACTCACTAAGTTATAGTGGACGCTCGTGGTACTCCGAACCAACTGACTTAGCATACTTG ATCTGCTTCAACCATTTGCGTTGGATAAGACGCAAGGGGAGTAAACCGCTCGTAACTCAA AAAGTTTTCCATTCCTGAAGTGCTAGCTTGACACTTCTAGTTAGAGGTGAAAGGAATCTC AACTATTCCGCCACACTTTGATGTGATAAAGAATCAAAATGTTTGGTGGAGAAGGATATC TTATTTGTATTTATGAGATTATTTCTGAATTAGAGCATTATGCTTGTAATTTTGATCTTT TAGGTTGTAATGGTTTATATTGGAGAAGCTTTTGAGCTTCCATGTAATGGTAGCACTTGA ACCAAATAATAACATTTAATTTGGTATTCCCTTTTTTAGTGGGGAACTTGTAAATTCAGC TTTTTCCTTCGAGTGGAACTACTTGAATCACCAAATGAAACTTATATAATTTCTTTTTAG ATATATTCTTATTTAAAAACGGACTAAAAAGAAGAATAAAATCGAAATGAAAGGAGTATT ATGGATAGTTAAAACTTTAATACCAAATCAAGAAAGATAGAATGAAATGACAAAAGAAAG AAGGCTAAGGAAACAAGAAGTCATACTGGCAGTCTGTGGCTAGAATCACAACACATCACT CATAAAAGTGCACTAGATTTCTTCAGATTAAACCTTAGCCAATTCTAACTTATAAGAACC AAACAATTTCTTGATAACTTTTGGCCTGTCTGCTTATGTGTAAAGCCATATCCATTGGCC CATACTTCTAGGAATTTAACTCTGCCAACAGTGAAAAGGTATCCTCTTGTACTGGATTAG CTCAAAAACTTCATGTGGTCTACATGTAACCACATTCTCCATATATAACACAATGAATTC TCTCTTTATACATCAATACCTTTTTGCTATATCCACTTAACCAATATATACACACTGATC AATTTCTTTTTATAGCAAGAATCTCTCTAAATCTGCAATTGCAGTACTATTTGGCTAATT AAGGCAAGACATTCTCTATTCAATATGGAAGCTTGCTTTGTCACTTCAAAGCCCCTCTCA GAGAAACTCTTCCCTTTGTTAGGATCAAGAGTTTCTTATTCTACAAGGAGGAGGTCATTT GTTAGTCAATTTCATCAGCCAAAAAAAGTTGGCAATCCTTTTTCAGTGACATGTAAGTGC CCTGTTTCTTGTTTCCTTACTTTTGTTTCTCAAAGGTATTTTCGTCGGAGGCTCGTATGA GTCAGTCCAGTAGTGATCAGGATCAAATCTCAATTACCTCCTAAGTTAAGTTAGTTGCAC CGAATCTTCACTTTTGATGCCGCATCGTATCAGATTTTCCAAAATATGCTACTTTTGGAG AATCCAACACACATCCATTGACATTTTTAAGAGTGTGAGCAACTATTAATCTCATGATCA CTAATGTAAAAGCGGAGTGAGGATTTTCATTAAGCGTATCAAAATATAAACCACACACCC GAAAAGCTAAAGTGTTTCAACATCTAATATAGTTAGTGTAGTTTCCTATCAAGGAGTTTC AATCGAACCCCTCGGTCCTATCTATCTCCGCCAATGGTATCTATCAACACGATTCAAAGT ACGAGAGTCAAACCATCTAATTTTCATTAAGAACTTGATCCTAAAATGTTCAAGTTCTTA AAATAATAGAATTTACGTATTTAAGTAAAAGAACTACTAATCACAAATCCATAATTATTA CGAATTTAAATGCTTATATATGAAACATTTTGAATCACATAAATTTTGGCACATACTGTA AAATGAAACAGATTTTCAGGTAATTTTCAAATTAAGCTATAAAAGATGATCAGATAAACA TATATTAAGAAAATTTTGATACTTGTAGGTTGCCAGGCAAGTTCACCATTGCCATCACCT TCACCTCAAGATGAAGAAAGGCCTTTCACTGAAACAGACTGGCGATCATTTCGAGCACGC TTAGTCGCCGGCGAACGAGCTTCCCGGTCAGAAGATCGCTCCTCCGTCGTCAATCCCGAC ACCGTCGACGATCTTCCTCCGCCTCCGGCCGTCACAATCGGCTCGAAATGGGCCCACACC ATTCACGAACCGGAAAAAGGTTGTATACTCATCGCTACCGAAAAGCTGGATGGCGTTCAC ATATTTGAACGGACTGTAGTTCTGTTGTTGTCAATGGGCCCAATAGGCCCAATGGGCTTA ATTTTAAACAGGCCTTCACTCATGTCCATTAAGGAAATGAAACCGTCGGTACTTGACATG TCGGGGACATTTGCTAATAGGCCATTGTTTTTTGGTGGGCCTTTAGAAGATGAGCTTTTC TTAGTAAGCCCAAATGAAGATGGGCTTGGAAAAAGTGGTGTTTTTGATGAAGTAATGAGA GGTTTGTACTATGGTACAAAAGAAAGTGTGGGATGTGCTTCTGAAATGGTGAAAAGGGAT GTTGTTGGGGTTGATAATTTTAGGTTTTTTGATGGGTATTGTGCATGGGAAAAAGATCAA TTGAAGGATGAGATTAGAGCTGGTTATTGGACTGTAGCTGCTTGTAGCCCAAGTGTAATT GGGCTTTCTGATGTGGGAAGTGTTGGGCTTTGGGATGAAGTTCTTGGGCTTATGACTCCA AAGAAAGTTTGGTGATGTGAATTTTTGAGTTTAGATTTGTGTTGTTGAAAGTAGAAGGCC CAAATTATTGTAAATTATTATGCATTGTTTTTTTTAACCAATTAAAAAGATAATGATATT ATTGTCTAAGTTGCACGGACTCTTCAATTTTGATGCTATACCTGCTTCTAATCGTATAAT TCATGTATTAGCTATGCATATCTTAGTATTATATAGAATGTATAGATTGATTGAAAAAAA TATATGGACTCTTCAATTTTGATGTTATACATGCTTCTAATCCTTTAATTCATGTATTAT CTATACAAATTTTAGTATCTGATAATGCACCCTTAATTAATGAGCCCTTATAAGGGGGTT ACTTGAAACACGAATTAAATTATTTTGAGATTATAATTTCTGAACATCAGGAAGATAAGA TGGTACAAATACCATTTACCAAACGTAATATATATTTTATTCCAAATTTAATCTAGGGAC TAAACGAGCCCTAACAACTTGACTAACTTTAGTACTAATCACTATTATTGAAGTAATTAA CTCTATAAGCTAACTATAATCCCAATACATGGAAATTACCATATTAAGTAACAAAATCTC ATATCCATGCCTAGTGTTATAGTACTCTTCACAAGAATGAGTCAAAGCATCACATCTTAT TATTAATAGTACTAACATTAATTTTTTAAATAACAATTGGTTATATTTTTTTACTATATT TGAAATAATATTCATATTTGGAGGTGTTGCTATTTTAAAAGTGTGCTAAAAAACAAACTA TATGTTGTTTTTCAAGACAGAAATACAACTTTTAAAATTAAATTTTGATTTTCACTGTCA AATGTTAAAACATGATTTATTGCAGAAGAGATAACTTAATTGCAGTGAAAAAGAAAATTA ACAAACCACATCCCCAGTTTATGCTAAAAACATGGAACATATAATCAGAGGTCTGTGAAT GAAGAACTTTGATAAAAAAAAATAATAATAATCTGAGCTTGTCTATAATTACTCTTGATC ATACAAAAAAGTACCAATATGTATAACCTACACAGTTCATTAACAAGGGACTTAAAATTT TCTATAATCTACTGTCTAAAATGACAAGATATTGAGAAAACAACAAGGGCGATGGCGATC AAACTGACTAGGTAAAAAAATAATGAAATGAAGCCAAAAGAATCATCTCAACCTCTAATG GAGCCAAATGTATAGCCAAAAGTGAGCGCCACATCCTAGCTTTTCTTCTCGTTATGTCCC GATTTTGTATCACTGATGGTAACAGTGAGAGCCAAATGTATACTACATCCATCTAAAGTG CAGATATAATGTGTACTTTTGTCACATCAACAAGCTAGGCAACGAATTTTTATTTTACAA ATGGGAAGAACGAATCTCATATCCATGCTAGTATCACAGGTACTCTTCATAGAAGTGAGT CAAAGTAGCACACATCCCATACCTGAATATATATCCCAGCCAATTCTGTCAAGTATCAGA ATCTCCTTCTCGATTCGATTTTAAGTTCCCTAGCAAATATTCAGCAAAGCCTATGCCATT TGAATTTCTATCCTGCGTATTGTCCTTGCAGCATAACACGTACACTACTCCAATATGTGA CAGTTCTTAATGAAATCATTGGTGCTGTTAACATACTTGGTCCAAAAAGGCCGGAGATGC TCAAATCCTATTTCAAGCCAAGGCTTCGATTGACCATTGTAATGAATGACAGCAGCCTTC TTCACATTCTCAACATTGGTATTATTCTGATAGCCCAAGCCAAGCATGTGCCACGACGGG TCAATAGGATGAACATGACCTTTGAATGCAATCAAAGCAGGAGGGAGTGTTCCAAGTTTC CACATTGTTAAGTTAGACTTCAGATTCTACAATGATCAAAAAGCTTCAGAATGCCAACCA AAAGCTTATTTCCGTTCACCATATTGAGAAAACACTGAAGACTCGATTGCATGATTTCAA GTTGAATTGCAATTATAAGTAGATAAAATTATTCAAATGTTTTCAGAACTGAAATAATAG ATAAATCCTTGAGTGGCATAATACAACACAATTTAGTCGCACAACATCTAATCTACACCA ATCCCATTGGGAAATAATAGGTAAAGCAAAGATTCCATGCCACGGTAATACCTTGTTTAT AGAAGAAAGGACCCAAAAGTAGACAATACAGACCTCTAGAACCTTCAAATTTCTTAATCA CAATATCTGTAAAGTGTCAAACAGAAAACCAAGATCACA GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 449 488 match_part 0.981 1591 1698 match_part 0.969 3159 3190 match_part 0.980 3271 3321 match_part 1.000 4600 4661 match_part 0.973 4754 5015 match_part 0.978 6322 6507 match_2 match_part 1.000 9419 9536 match_part 1.000 10147 10283 match_part 0.953 11460 11840 match_3 match_part 1.000 9500 9536 match_part 1.000 10147 10283 match_part 0.968 11460 11835 match_4 match_part 1.000 9501 9536 match_part 1.000 10147 10283 match_part 0.966 11460 11838 match_5 match_part 1.000 9501 9536 match_part 1.000 10147 10283 match_part 0.973 11460 11752 match_6 match_part 1.000 9501 9536 match_part 1.000 10147 10283 match_part 1.000 11460 11618 match_7 match_part 0.981 13048 13099 match_part 0.979 14123 14266 match_part 0.986 14358 14426 match_part 1.000 14567 14673 match_part 0.997 15266 15664 match_8 match_part 1.000 13049 13099 match_part 0.979 14123 14266 match_part 0.986 14358 14426 match_part 1.000 14567 14673 match_part 0.996 15266 15730 match_9 match_part 0.959 13051 13099 match_part 0.979 14123 14266 match_part 0.986 14358 14426 match_part 1.000 14567 14673 match_part 0.995 15266 15648 match_10 match_part 0.959 13051 13099 match_part 0.979 14123 14266 match_part 0.986 14358 14426 match_part 1.000 14567 14673 match_part 0.976 15266 15646 match_11 match_part 1.000 13063 13099 match_part 0.979 14123 14266 match_part 0.986 14358 14426 match_part 1.000 14567 14673 match_part 1.000 15266 15491 match_12 match_part 0.973 14118 14266 match_part 1.000 14358 14426 match_part 0.963 14567 14673 match_part 0.950 15266 15588 match_13 match_part 0.986 14123 14266 match_part 0.986 14358 14426 match_part 1.000 14567 14673 match_part 0.997 15266 15849 match_14 match_part 0.979 14123 14266 match_part 1.000 14358 14426 match_part 0.963 14567 14673 match_part 0.957 15266 15521 match_15 match_part 0.979 14123 14266 match_part 1.000 14358 14426 match_part 0.963 14567 14673 match_part 0.963 15266 15483 match_16 match_part 0.972 14123 14266 match_part 1.000 14358 14426 match_part 0.963 14567 14673 match_part 0.981 15266 15373 match_17 match_part 0.979 14123 14266 match_part 1.000 14358 14426 match_part 0.963 14567 14673 match_part 0.988 15266 15345 match_18 match_part 0.922 14138 14266 match_part 0.986 14358 14426 match_part 1.000 14567 14673 match_part 1.000 15266 15298 match_19 match_part 0.946 14138 14266 match_part 0.975 14358 14397 match_20 match_part 0.989 15578 15941 match_21 match_part 0.979 28535 28727 match_part 1.000 29768 29919 match_part 1.000 30000 30057 match_part 0.998 30163 30572 match_22 match_part 1.000 29768 29919 match_part 1.000 30000 30057 match_part 0.998 30163 30694 match_23 match_part 1.000 31616 31680 match_part 0.958 31767 32199 match_24 match_part 1.000 33243 33298 match_part 1.000 33675 33719 match_part 1.000 34697 34802 match_part 1.000 36199 36325 match_part 1.000 37021 37136 match_part 1.000 37488 37564 match_part 1.000 37842 37976 match_part 1.000 40837 40905 match_25 match_part 1.000 33244 33298 match_part 1.000 33675 33719 match_part 1.000 34697 34802 match_part 1.000 36199 36265 match_26 match_part 0.970 33687 33719 match_part 1.000 34697 34802 match_part 1.000 36199 36325 match_part 1.000 37021 37034 match_part 1.000 37537 37564 match_part 0.993 37842 37976 match_part 1.000 40837 40905 match_part 0.989 41710 42079 match_27 match_part 1.000 41710 42274 match_28 match_part 0.997 43842 44577 match_29 match_part 0.998 43843 44389 match_30 match_part 0.914 44389 44948 match_31 match_part 0.954 114985 115268 match_part 0.948 116871 116967 match_32 match_part 0.942 114991 115268 match_part 0.969 116871 116967 match_33 match_part 0.903 117011 117578 match_34 match_part 1.000 118594 118622 match_part 1.000 118727 118889 match_part 1.000 118977 119105 match_part 0.995 119438 119632 match_part 0.991 119740 119855 match_35 match_part 0.977 121172 121432 match_part 0.990 122129 122653 match_36 match_part 0.977 121175 121432 match_part 0.997 122129 122439 match_37 match_part 0.979 121192 121432 match_part 0.997 122129 122768 match_38 match_part 0.976 121225 121432 match_part 0.995 122129 122685 match_39 match_part 0.976 121226 121432 match_part 0.993 122129 122415 match_40 match_part 0.976 121227 121432 match_part 0.996 122129 122409 match_41 match_part 0.931 121361 121432 match_part 0.997 122129 122832 match_42 match_part 1.000 121377 121432 match_part 0.934 122129 122599 match_43 match_part 0.996 122160 122415 match_44 match_part 0.998 122353 123009 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_45 match_part 0.991 17406 17082 match_part 0.958 16682 16160 match_46 match_part 0.995 23757 23545 match_part 1.000 22729 22513 match_part 1.000 22095 21997 match_part 1.000 21888 21854 match_part 1.000 21769 21694 match_part 1.000 20893 20798 match_part 0.989 20721 20635 match_part 0.989 20095 20002 match_part 1.000 19855 19738 match_part 1.000 19588 19072 match_part 1.000 17322 17082 match_part 0.989 16682 16211 match_47 match_part 0.903 17421 17082 match_part 0.926 16682 16358 match_48 match_part 0.903 17421 17082 match_part 0.943 16682 16422 match_49 match_part 1.000 19355 19072 match_part 1.000 17322 17082 match_part 0.948 16682 16471 match_50 match_part 1.000 19527 19072 match_part 1.000 17322 17082 match_part 0.973 16682 16533 match_51 match_part 0.997 17405 17082 match_part 0.973 16682 16533 match_52 match_part 0.966 19507 19072 match_part 0.895 17322 17094 match_53 match_part 1.000 19544 19072 match_part 1.000 17322 17173 match_54 match_part 0.971 19553 19072 match_part 0.935 17322 17246 match_55 match_part 0.971 19553 19072 match_part 0.969 17322 17291 match_56 match_part 1.000 19172 19072 match_part 0.998 17913 17507 match_57 match_part 0.979 19557 19072 match_part 0.986 17913 17560 match_58 match_part 0.957 20024 20002 match_part 0.983 19855 19738 match_part 0.971 19588 19072 match_part 1.000 17913 17834 match_59 match_part 0.994 18258 17919 match_60 match_part 0.944 18956 18743 match_61 match_part 0.996 20503 20002 match_part 1.000 19855 19738 match_part 0.962 19588 19510 match_62 match_part 0.951 20608 19939 match_63 match_part 0.996 20503 20267 match_64 match_part 0.986 23753 23545 match_part 0.991 22729 22513 match_part 1.000 22095 21997 match_part 0.971 21888 21854 match_part 1.000 21769 21694 match_part 1.000 20893 20798 match_part 0.955 20721 20700 match_65 match_part 1.000 23753 23545 match_part 1.000 22729 22513 match_part 1.000 22095 21997 match_part 1.000 21888 21854 match_part 1.000 21769 21694 match_part 0.917 20893 20798 match_part 0.846 20721 20709 match_66 match_part 1.000 23619 23545 match_part 1.000 22729 22513 match_part 1.000 22095 21997 match_part 1.000 21888 21854 match_part 1.000 21769 21694 match_part 1.000 20893 20806 match_67 match_part 0.983 23664 23545 match_part 0.991 22729 22513 match_part 0.990 22095 21997 match_part 1.000 21888 21854 match_part 1.000 21769 21694 match_68 match_part 0.990 23750 23545 match_part 0.991 22729 22513 match_part 0.990 22095 21997 match_part 1.000 21888 21868 match_69 match_part 0.933 23739 23545 match_part 0.972 22729 22513 match_part 0.989 22095 22006 match_70 match_part 0.996 50013 49565 match_71 match_part 0.979 72356 72022 match_part 0.905 71944 71617 match_72 match_part 0.964 72984 72424 match_73 match_part 0.992 72997 72476 match_74 match_part 0.973 72982 72536 match_75 match_part 0.995 72921 72720 match_76 match_part 0.913 79409 79088 match_77 match_part 0.911 79409 79105 match_78 match_part 0.970 81152 80379 match_79 match_part 0.998 86015 85449 match_80 match_part 0.750 103073 103046 match_part 1.000 101132 100939 match_part 1.000 100389 100205 match_part 1.000 100116 99934 match_part 1.000 96807 96676 match_part 1.000 96081 95896 match_part 1.000 93662 93573 match_part 1.000 93501 93418 match_part 1.000 93190 93053 match_part 1.000 92630 92388 match_part 1.000 91641 91175 match_81 match_part 0.988 92630 92388 match_part 0.983 91641 91298 match_82 match_part 0.933 102779 102586 match_part 0.964 101132 100939 match_part 0.962 100389 100205 match_part 0.995 100116 99934 match_part 0.992 96807 96676 match_part 0.952 96081 95896 match_part 1.000 93662 93573 match_part 0.976 93501 93418 match_part 0.993 93190 93053 match_part 0.979 92630 92388 match_part 0.915 91641 91347 match_83 match_part 1.000 96723 96676 match_part 1.000 96081 95896 match_part 1.000 93662 93573 match_part 1.000 93501 93418 match_part 1.000 93190 93053 match_part 0.996 92630 92396 match_84 match_part 0.989 93662 93573 match_part 0.988 93501 93418 match_part 0.978 93190 93053 match_part 0.977 92630 92498 match_85 match_part 1.000 100015 99934 match_part 0.992 96807 96676 match_part 0.957 96081 95896 match_part 1.000 93662 93573 match_part 0.976 93501 93418 match_part 0.986 93190 93053 match_86 match_part 1.000 102646 102586 match_part 1.000 101132 100939 match_part 1.000 100389 100205 match_part 1.000 100116 99934 match_part 1.000 96807 96676 match_part 0.992 96081 95962 match_87 match_part 0.998 122374 121955 match_part 0.571 117465 117431 match_part 0.852 115735 115709 match_88 match_part 0.977 122336 121986 match_89 match_part 0.944 124649 123848 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 449 488 exon 1591 1698 exon 3159 3190 exon 3271 3321 exon 4600 4661 exon 4754 5015 exon 6322 6507 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 9419 9536 exon 10147 10283 exon 11460 11840 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 13048 13099 exon 14123 14266 exon 14358 14426 exon 14567 14673 exon 15266 15941 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 14118 14266 exon 14358 14426 exon 14567 14673 exon 15266 15941 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 23757 23545 exon 22729 22513 exon 22095 21997 exon 21888 21854 exon 21769 21694 exon 20893 20798 exon 20721 20635 exon 20095 20002 exon 19855 19738 exon 19588 19072 exon 17322 17082 exon 16682 16211 gene_6 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 20503 20002 exon 19855 19738 exon 19588 19072 exon 17322 17082 exon 16682 16471 gene_7 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 20503 20002 exon 19855 19738 exon 19588 19072 exon 17913 17507 gene_8 gene GT_PGL_4_AGS_4 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 17421 17082 exon 16682 16160 gene_9 gene GT_PGL_4_AGS_5 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 20608 19939 gene_10 gene GT_PGL_4_AGS_6 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 18258 17919 gene_11 gene GT_PGL_4_AGS_7 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 18956 18743 gene_12 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 28535 28727 exon 29768 29919 exon 30000 30057 exon 30163 30694 gene_13 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 31616 31680 exon 31767 32199 gene_14 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 33244 33298 exon 33675 33719 exon 34697 34802 exon 36199 36325 exon 37021 37034 exon 37537 37564 exon 37842 37976 exon 40837 40905 exon 41710 42274 gene_15 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 33243 33298 exon 33675 33719 exon 34697 34802 exon 36199 36325 exon 37021 37136 exon 37488 37564 exon 37842 37976 exon 40837 40905 gene_16 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 43842 44948 gene_17 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 50013 49565 gene_18 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 72356 72022 exon 71944 71617 gene_19 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 72997 72424 gene_20 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 79409 79088 gene_21 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 81152 80379 gene_22 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 86015 85449 gene_23 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 102779 102586 exon 101132 100939 exon 100389 100205 exon 100116 99934 exon 96807 96676 exon 96081 95896 exon 93662 93573 exon 93501 93418 exon 93190 93053 exon 92630 92388 exon 91641 91298 gene_24 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 103073 103046 exon 101132 100939 exon 100389 100205 exon 100116 99934 exon 96807 96676 exon 96081 95896 exon 93662 93573 exon 93501 93418 exon 93190 93053 exon 92630 92388 exon 91641 91175 gene_25 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 114985 115268 exon 116871 116967 gene_26 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 122374 121955 exon 117465 117431 exon 115735 115709 gene_27 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 117011 117578 gene_28 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 118594 118622 exon 118727 118889 exon 118977 119105 exon 119438 119632 exon 119740 119855 gene_29 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 121172 121432 exon 122129 123009 gene_30 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 124649 123848 RepeatMasker tomato repeats master Copia00039 264 508 1 Copia00039 264 508 1 nucleotide_motif 1061 10582 10829 Copia00172 5206 5352 1 Copia00172 5206 5352 1 nucleotide_motif 528 13588 13735 TS2 607 655 1 TS2 607 655 1 nucleotide_motif 281 21150 21199 Gypsy00071 3923 4014 1 Gypsy00071 3923 4014 1 nucleotide_motif 346 32379 32470 Unknown00043 11047 11243 1 Unknown00043 11047 11243 1 nucleotide_motif 587 33893 34092 Unknown00043 11172 11284 1 Unknown00043 11172 11284 1 nucleotide_motif 284 34098 34207 Copia00105 4003 4066 1 Copia00105 4003 4066 1 nucleotide_motif 241 42242 42301 Unknown00046 1859 2061 1 Unknown00046 1859 2061 1 nucleotide_motif 625 46108 46298 ALIEN1_CA 2 184 1 ALIEN1_CA 2 184 1 nucleotide_motif 361 50765 50949 Unknown00019 431 700 1 Unknown00019 431 700 1 nucleotide_motif 369 55108 55369 Unknown00019 48 699 1 Unknown00019 48 699 1 nucleotide_motif 4624 78940 79610 Copia00172 286 520 1 Copia00172 286 520 1 nucleotide_motif 1070 99027 99256 Unknown00034 3697 4026 1 Unknown00034 3697 4026 1 nucleotide_motif 2326 105024 105349 MuDR1_HV 1239 1307 1 MuDR1_HV 1239 1307 1 nucleotide_motif 247 114129 114196 Copia00172 5237 5334 1 Copia00172 5237 5334 1 nucleotide_motif 312 117296 117386 RepeatMasker tomato repeats master Copia00039 250 465 -1 Copia00039 250 465 -1 nucleotide_motif 865 11014 10828 Unknown00046 1869 2061 -1 Unknown00046 1869 2061 -1 nucleotide_motif 690 11330 11141 Gypsy00080 7292 7943 -1 Gypsy00080 7292 7943 -1 nucleotide_motif 4180 36081 35432 Copia00151 9457 9658 -1 Copia00151 9457 9658 -1 nucleotide_motif 482 40219 40014 Copia00143 79 212 -1 Copia00143 79 212 -1 nucleotide_motif 519 40348 40217 Gypsy00136 4783 6365 -1 Gypsy00136 4783 6365 -1 nucleotide_motif 984 41502 41319 SINE_SO 15 93 -1 SINE_SO 15 93 -1 nucleotide_motif 361 43668 43591 Unknown00025 247 438 -1 Unknown00025 247 438 -1 nucleotide_motif 382 45535 45327 Gypsy00203 5740 5777 -1 Gypsy00203 5740 5777 -1 nucleotide_motif 226 51290 51254 Gypsy00202 2254 2338 -1 Gypsy00202 2254 2338 -1 nucleotide_motif 295 51800 51716 SONATA2 1 159 -1 SONATA2 1 159 -1 nucleotide_motif 834 51955 51799 Gypsy00073 1003 1096 -1 Gypsy00073 1003 1096 -1 nucleotide_motif 291 55163 55070 SINE_SO 7 50 -1 SINE_SO 7 50 -1 nucleotide_motif 225 56326 56283 TLP2 48 306 -1 TLP2 48 306 -1 nucleotide_motif 1258 57961 57712 Copia00151 8219 8371 -1 Copia00151 8219 8371 -1 nucleotide_motif 470 67311 67173 Gypsy00163 8045 8093 -1 Gypsy00163 8045 8093 -1 nucleotide_motif 259 75922 75872 Gypsy00163 7807 7867 -1 Gypsy00163 7807 7867 -1 nucleotide_motif 463 75975 75915 Copia00172 323 435 -1 Copia00172 323 435 -1 nucleotide_motif 625 76107 75997 Copia00151 8227 8382 -1 Copia00151 8227 8382 -1 nucleotide_motif 709 88771 88611 Copia00175 2334 2541 -1 Copia00175 2334 2541 -1 nucleotide_motif 732 107592 107384 Unknown00046 513 629 -1 Unknown00046 513 629 -1 nucleotide_motif 371 110784 110665 Gypsy00074 8153 8366 -1 Gypsy00074 8153 8366 -1 nucleotide_motif 1303 112208 112004 STOWAWAY50_OS 39 122 -1 STOWAWAY50_OS 39 122 -1 nucleotide_motif 242 112863 112780 GYCUME1_LTR 340 443 -1 GYCUME1_LTR 340 443 -1 nucleotide_motif 225 114234 114126 Copia00172 286 517 -1 Copia00172 286 517 -1 nucleotide_motif 1258 114511 114279 Copia00172 5188 5271 -1 Copia00172 5188 5271 -1 nucleotide_motif 330 117376 117294 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1790 104985 106076 match_2 match 12830 24058 match_3 match 2222 110021 111183 match_4 match 2206 48985 50175 match_5 match 2401 59037 60337 match_6 match 2337 24090 25430 match_7 match 2648 103550 104951 match_8 match 2670 116127 117545 match_9 match 2448 52730 54162 match_10 match 3085 8811 10600 match_11 match 3610 6849 8708 match_12 match 3354 60406 62376 match_13 match 3796 25706 27746 match_14 match 5212 95443 98218 match_15 match 5273 44884 47675 match_16 match 5999 99580 102845 match_17 match 6516 32471 35913 match_18 match 7347 35974 39679 match_19 match 7662 28421 32351 match_20 match 6986 62441 66432 match_21 match 8849 39726 44327 match_22 match 9057 73541 78259 match_23 match 669 6793 match_24 match 66913 73461 match_25 match 88576 95398 match_26 match 78771 87920 match_27 match 1790 104985 106076 match_28 match 2222 110021 111183 match_29 match 2648 103550 104951 match_30 match 5212 95443 98218 match_31 match 5999 99580 102845 match_32 match 88576 95398 match_33 match 80202 87920 match_34 match 116127 125139 match_35 match 3249 76341 78246 match_36 match 2294 80428 83782 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 1149.5 49 125139 clone_end_1 clone_end 1068 49 595 clone_start_1 clone_start 1501 16850 17663 clone_2 clone 1004.5 17770 59682 clone_end_2 clone_end 950 17770 18248 clone_end_3 clone_end 1179 19877 20475 clone_3 clone 836.5 29826 118298 clone_end_4 clone_end 965 29826 30343 clone_end_5 clone_end 1267 36699 37345 clone_end_6 clone_end 480 37033 37278 clone_4 clone 1385.5 40883 124785 clone_end_7 clone_end 1338 40883 41565 clone_5 clone 1468.5 42280 69980 clone_start_2 clone_start 1534 42280 43077 clone_start_3 clone_start 743 42567 42956 clone_start_4 clone_start 757 55673 56174 clone_start_5 clone_start 975 55676 56291 clone_6 clone 1261 74047 125114 clone_start_6 clone_start 1291 74047 74704 clone_end_8 clone_end 1358 83184 83875 clone_end_9 clone_end 829 85964 86405 clone_start_7 clone_start 1154 93794 94387 clone_end_10 clone_end 957 118517 119023 clone_end_11 clone_end 1120 121909 122473 clone_start_8 clone_start 1265 123692 124377 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_9 clone_start 1231 125139 124508 clone_start_10 clone_start 1059 59682 59128 clone_end_12 clone_end 1413 18934 18215 clone_end_13 clone_end 426 21973 21759 clone_start_11 clone_start 708 118298 117922 clone_end_14 clone_end 1068 36580 36042 clone_start_12 clone_start 1433 124785 124043 clone_end_15 clone_end 1403 69980 69233 clone_end_16 clone_end 410 49888 49666 clone_end_17 clone_end 632 60756 60406 clone_start_13 clone_start 959 62325 61838 clone_start_14 clone_start 954 62376 61896 clone_end_18 clone_end 507 69820 69549 clone_end_19 clone_end 1231 125114 124462 clone_end_20 clone_end 1021 79496 78939 clone_end_21 clone_end 644 79609 79240 clone_start_15 clone_start 1310 85718 84998 clone_end_22 clone_end 1326 121216 120540 clone_end_23 clone_end 1271 124784 124140 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 9419 9536 match_part 1.000 10147 10283 match_part 0.953 11460 11840 match_2 match_part 1.000 9500 9536 match_part 1.000 10147 10283 match_part 0.968 11460 11835 match_3 match_part 1.000 9501 9536 match_part 1.000 10147 10283 match_part 0.966 11460 11838 match_4 match_part 1.000 9501 9536 match_part 1.000 10147 10283 match_part 0.973 11460 11752 match_5 match_part 1.000 9501 9536 match_part 1.000 10147 10283 match_part 1.000 11460 11618 match_6 match_part 0.981 13048 13099 match_part 0.979 14123 14266 match_part 0.986 14358 14426 match_part 1.000 14567 14673 match_part 0.997 15266 15664 match_7 match_part 1.000 13049 13099 match_part 0.979 14123 14266 match_part 0.986 14358 14426 match_part 1.000 14567 14673 match_part 0.996 15266 15730 match_8 match_part 0.959 13051 13099 match_part 0.979 14123 14266 match_part 0.986 14358 14426 match_part 1.000 14567 14673 match_part 0.995 15266 15648 match_9 match_part 0.959 13051 13099 match_part 0.979 14123 14266 match_part 0.986 14358 14426 match_part 1.000 14567 14673 match_part 0.976 15266 15646 match_10 match_part 1.000 13063 13099 match_part 0.979 14123 14266 match_part 0.986 14358 14426 match_part 1.000 14567 14673 match_part 1.000 15266 15491 match_11 match_part 0.986 14123 14266 match_part 0.986 14358 14426 match_part 1.000 14567 14673 match_part 0.997 15266 15849 match_12 match_part 0.922 14138 14266 match_part 0.986 14358 14426 match_part 1.000 14567 14673 match_part 1.000 15266 15298 match_13 match_part 0.946 14138 14266 match_part 0.975 14358 14397 match_14 match_part 0.989 15578 15941 match_15 match_part 0.979 28535 28727 match_part 1.000 29768 29919 match_part 1.000 30000 30057 match_part 0.998 30163 30572 match_16 match_part 1.000 29768 29919 match_part 1.000 30000 30057 match_part 0.998 30163 30694 match_17 match_part 1.000 31616 31680 match_part 0.958 31767 32199 match_18 match_part 1.000 33243 33298 match_part 1.000 33675 33719 match_part 1.000 34697 34802 match_part 1.000 36199 36325 match_part 1.000 37021 37136 match_part 1.000 37488 37564 match_part 1.000 37842 37976 match_part 1.000 40837 40905 match_19 match_part 1.000 33244 33298 match_part 1.000 33675 33719 match_part 1.000 34697 34802 match_part 1.000 36199 36265 match_20 match_part 0.970 33687 33719 match_part 1.000 34697 34802 match_part 1.000 36199 36325 match_part 1.000 37021 37034 match_part 1.000 37537 37564 match_part 0.993 37842 37976 match_part 1.000 40837 40905 match_part 0.989 41710 42079 match_21 match_part 1.000 41710 42274 match_22 match_part 0.997 43842 44577 match_23 match_part 0.998 43843 44389 match_24 match_part 0.954 114985 115268 match_part 0.948 116871 116967 match_25 match_part 0.942 114991 115268 match_part 0.969 116871 116967 match_26 match_part 1.000 118594 118622 match_part 1.000 118727 118889 match_part 1.000 118977 119105 match_part 0.995 119438 119632 match_part 0.991 119740 119855 match_27 match_part 0.977 121172 121432 match_part 0.990 122129 122653 match_28 match_part 0.977 121175 121432 match_part 0.997 122129 122439 match_29 match_part 0.979 121192 121432 match_part 0.997 122129 122768 match_30 match_part 0.976 121225 121432 match_part 0.995 122129 122685 match_31 match_part 0.976 121226 121432 match_part 0.993 122129 122415 match_32 match_part 0.976 121227 121432 match_part 0.996 122129 122409 match_33 match_part 0.931 121361 121432 match_part 0.997 122129 122832 match_34 match_part 0.996 122160 122415 match_35 match_part 0.998 122353 123009 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_36 match_part 0.991 17406 17082 match_part 0.958 16682 16160 match_37 match_part 0.995 23757 23545 match_part 1.000 22729 22513 match_part 1.000 22095 21997 match_part 1.000 21888 21854 match_part 1.000 21769 21694 match_part 1.000 20893 20798 match_part 0.989 20721 20635 match_part 0.989 20095 20002 match_part 1.000 19855 19738 match_part 1.000 19588 19072 match_part 1.000 17322 17082 match_part 0.989 16682 16211 match_38 match_part 1.000 19355 19072 match_part 1.000 17322 17082 match_part 0.948 16682 16471 match_39 match_part 1.000 19527 19072 match_part 1.000 17322 17082 match_part 0.973 16682 16533 match_40 match_part 0.997 17405 17082 match_part 0.973 16682 16533 match_41 match_part 1.000 19544 19072 match_part 1.000 17322 17173 match_42 match_part 1.000 19172 19072 match_part 0.998 17913 17507 match_43 match_part 0.979 19557 19072 match_part 0.986 17913 17560 match_44 match_part 0.994 18258 17919 match_45 match_part 0.996 20503 20002 match_part 1.000 19855 19738 match_part 0.962 19588 19510 match_46 match_part 0.996 20503 20267 match_47 match_part 0.986 23753 23545 match_part 0.991 22729 22513 match_part 1.000 22095 21997 match_part 0.971 21888 21854 match_part 1.000 21769 21694 match_part 1.000 20893 20798 match_part 0.955 20721 20700 match_48 match_part 1.000 23753 23545 match_part 1.000 22729 22513 match_part 1.000 22095 21997 match_part 1.000 21888 21854 match_part 1.000 21769 21694 match_part 0.917 20893 20798 match_part 0.846 20721 20709 match_49 match_part 1.000 23619 23545 match_part 1.000 22729 22513 match_part 1.000 22095 21997 match_part 1.000 21888 21854 match_part 1.000 21769 21694 match_part 1.000 20893 20806 match_50 match_part 0.983 23664 23545 match_part 0.991 22729 22513 match_part 0.990 22095 21997 match_part 1.000 21888 21854 match_part 1.000 21769 21694 match_51 match_part 0.990 23750 23545 match_part 0.991 22729 22513 match_part 0.990 22095 21997 match_part 1.000 21888 21868 match_52 match_part 0.996 50013 49565 match_53 match_part 0.979 72356 72022 match_part 0.905 71944 71617 match_54 match_part 0.964 72984 72424 match_55 match_part 0.992 72997 72476 match_56 match_part 0.973 72982 72536 match_57 match_part 0.995 72921 72720 match_58 match_part 0.913 79409 79088 match_59 match_part 0.911 79409 79105 match_60 match_part 0.998 86015 85449 match_61 match_part 0.750 103073 103046 match_part 1.000 101132 100939 match_part 1.000 100389 100205 match_part 1.000 100116 99934 match_part 1.000 96807 96676 match_part 1.000 96081 95896 match_part 1.000 93662 93573 match_part 1.000 93501 93418 match_part 1.000 93190 93053 match_part 1.000 92630 92388 match_part 1.000 91641 91175 match_62 match_part 0.988 92630 92388 match_part 0.983 91641 91298 match_63 match_part 1.000 96723 96676 match_part 1.000 96081 95896 match_part 1.000 93662 93573 match_part 1.000 93501 93418 match_part 1.000 93190 93053 match_part 0.996 92630 92396 match_64 match_part 1.000 102646 102586 match_part 1.000 101132 100939 match_part 1.000 100389 100205 match_part 1.000 100116 99934 match_part 1.000 96807 96676 match_part 0.992 96081 95962 match_65 match_part 0.998 122374 121955 match_part 0.571 117465 117431 match_part 0.852 115735 115709 match_66 match_part 0.977 122336 121986 match_67 match_part 0.944 124649 123848 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 9419 9536 exon 10147 10283 exon 11460 11840 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 13048 13099 exon 14123 14266 exon 14358 14426 exon 14567 14673 exon 15266 15941 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 23757 23545 exon 22729 22513 exon 22095 21997 exon 21888 21854 exon 21769 21694 exon 20893 20798 exon 20721 20635 exon 20095 20002 exon 19855 19738 exon 19588 19072 exon 17322 17082 exon 16682 16211 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 20503 20002 exon 19855 19738 exon 19588 19072 exon 17322 17082 exon 16682 16471 gene_5 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 20503 20002 exon 19855 19738 exon 19588 19072 exon 17913 17507 gene_6 gene GT_PGL_3_AGS_4 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 17406 17082 exon 16682 16160 gene_7 gene GT_PGL_3_AGS_5 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 18258 17919 gene_8 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 28535 28727 exon 29768 29919 exon 30000 30057 exon 30163 30694 gene_9 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 31616 31680 exon 31767 32199 gene_10 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 33244 33298 exon 33675 33719 exon 34697 34802 exon 36199 36325 exon 37021 37034 exon 37537 37564 exon 37842 37976 exon 40837 40905 exon 41710 42274 gene_11 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 33243 33298 exon 33675 33719 exon 34697 34802 exon 36199 36325 exon 37021 37136 exon 37488 37564 exon 37842 37976 exon 40837 40905 gene_12 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 43842 44577 gene_13 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 50013 49565 gene_14 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 72356 72022 exon 71944 71617 gene_15 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 72997 72424 gene_16 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 79409 79088 gene_17 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 86015 85449 gene_18 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 103073 103046 exon 101132 100939 exon 100389 100205 exon 100116 99934 exon 96807 96676 exon 96081 95896 exon 93662 93573 exon 93501 93418 exon 93190 93053 exon 92630 92388 exon 91641 91175 gene_19 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 102646 102586 exon 101132 100939 exon 100389 100205 exon 100116 99934 exon 96807 96676 exon 96081 95896 exon 93662 93573 exon 93501 93418 exon 93190 93053 exon 92630 92388 exon 91641 91298 gene_20 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 114985 115268 exon 116871 116967 gene_21 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 122374 121955 exon 117465 117431 exon 115735 115709 gene_22 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 118594 118622 exon 118727 118889 exon 118977 119105 exon 119438 119632 exon 119740 119855 gene_23 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 121172 121432 exon 122129 123009 gene_24 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 124649 123848 AUGUSTUS_tom_cdna de novo gene_1 gene 0.67 2708 8116 transcript_1 transcript 0.67 2708 8116 start_codon_1 start_codon 2708 2710 intron_1 intron 0.77 2729 3158 intron_2 intron 0.98 3191 3270 intron_3 intron 0.95 3322 4599 intron_4 intron 0.99 4662 4753 intron_5 intron 1 5016 6321 intron_6 intron 0.93 6588 6662 intron_7 intron 0.99 6758 7945 CDS_1 CDS 0.77 2708 2728 CDS_2 CDS 0.95 3159 3190 CDS_3 CDS 0.98 3271 3321 CDS_4 CDS 0.99 4600 4661 CDS_5 CDS 0.99 4754 5015 CDS_6 CDS 0.93 6322 6587 CDS_7 CDS 0.92 6663 6757 CDS_8 CDS 1 7946 8116 stop_codon_1 stop_codon 8114 8116 gene_2 gene 1 9494 11744 transcript_2 transcript 1 9494 11744 start_codon_2 start_codon 9494 9496 intron_8 intron 1 9537 10146 intron_9 intron 1 10284 11459 CDS_9 CDS 1 9494 9536 CDS_10 CDS 1 10147 10283 CDS_11 CDS 1 11460 11744 stop_codon_2 stop_codon 11742 11744 gene_3 gene 0.99 14239 15712 transcript_3 transcript 0.99 14239 15712 start_codon_3 start_codon 14239 14241 intron_10 intron 1 14267 14357 intron_11 intron 1 14427 14566 intron_12 intron 1 14674 15265 CDS_12 CDS 0.99 14239 14266 CDS_13 CDS 1 14358 14426 CDS_14 CDS 1 14567 14673 CDS_15 CDS 1 15266 15712 stop_codon_3 stop_codon 15710 15712 gene_4 gene 0.26 29774 41982 transcript_4 transcript 0.26 29774 41982 start_codon_4 start_codon 29774 29776 intron_13 intron 1 29920 29999 intron_14 intron 1 30058 30162 intron_15 intron 0.99 31681 31766 intron_16 intron 0.28 31799 32757 intron_17 intron 0.89 32868 33200 intron_18 intron 1 33299 33674 intron_19 intron 1 33720 34696 intron_20 intron 1 34803 36198 intron_21 intron 1 36326 37020 intron_22 intron 1 37137 37487 intron_23 intron 1 37565 37841 intron_24 intron 1 37977 40836 intron_25 intron 1 40906 41709 CDS_16 CDS 0.99 29774 29919 CDS_17 CDS 1 30000 30057 CDS_18 CDS 0.99 30163 31680 CDS_19 CDS 0.48 31767 31798 CDS_20 CDS 0.26 32758 32867 CDS_21 CDS 0.95 33201 33298 CDS_22 CDS 1 33675 33719 CDS_23 CDS 1 34697 34802 CDS_24 CDS 1 36199 36325 CDS_25 CDS 1 37021 37136 CDS_26 CDS 1 37488 37564 CDS_27 CDS 1 37842 37976 CDS_28 CDS 1 40837 40905 CDS_29 CDS 1 41710 41982 stop_codon_4 stop_codon 41980 41982 gene_5 gene 0.53 43183 44745 transcript_5 transcript 0.53 43183 44745 start_codon_5 start_codon 43183 43185 intron_26 intron 1 43400 43795 CDS_30 CDS 0.53 43183 43399 CDS_31 CDS 1 43796 44745 stop_codon_5 stop_codon 44743 44745 gene_6 gene 0.87 90109 91011 transcript_6 transcript 0.87 90109 91011 start_codon_6 start_codon 90109 90111 CDS_32 CDS 0.87 90109 91011 stop_codon_6 stop_codon 91009 91011 gene_7 gene 0.43 117653 120106 transcript_7 transcript 0.43 117653 120106 start_codon_7 start_codon 117653 117655 intron_27 intron 1 118263 118486 intron_28 intron 1 118623 118726 intron_29 intron 1 118890 118976 intron_30 intron 1 119106 119437 intron_31 intron 1 119633 119739 intron_32 intron 0.98 119863 119980 CDS_33 CDS 0.43 117653 118262 CDS_34 CDS 1 118487 118622 CDS_35 CDS 1 118727 118889 CDS_36 CDS 1 118977 119105 CDS_37 CDS 1 119438 119632 CDS_38 CDS 1 119740 119862 CDS_39 CDS 0.98 119981 120106 stop_codon_7 stop_codon 120104 120106 gene_8 gene 1 121285 122895 transcript_8 transcript 1 121285 122895 start_codon_8 start_codon 121285 121287 intron_33 intron 1 121433 122128 CDS_40 CDS 1 121285 121432 CDS_41 CDS 1 122129 122895 stop_codon_8 stop_codon 122893 122895 AUGUSTUS_tom_cdna de novo gene_9 gene 1.12 25060 16555 transcript_9 transcript 0.66 25060 16555 stop_codon_9 stop_codon 16557 16555 intron_34 intron 1 17081 16683 intron_35 intron 1 19071 17323 intron_36 intron 1 19737 19589 intron_37 intron 1 20001 19856 intron_38 intron 1 20634 20096 intron_39 intron 1 20797 20722 intron_40 intron 1 21693 20894 intron_41 intron 1 21853 21770 intron_42 intron 1 21996 21889 intron_43 intron 1 22512 22096 intron_44 intron 1 23544 22730 intron_45 intron 0.66 25042 23805 CDS_42 CDS 1 16682 16555 CDS_43 CDS 1 17322 17082 CDS_44 CDS 1 19588 19072 CDS_45 CDS 1 19855 19738 CDS_46 CDS 1 20095 20002 CDS_47 CDS 1 20721 20635 CDS_48 CDS 1 20893 20798 CDS_49 CDS 1 21769 21694 CDS_50 CDS 1 21888 21854 CDS_51 CDS 1 22095 21997 CDS_52 CDS 1 22729 22513 CDS_53 CDS 1 23804 23545 CDS_54 CDS 0.66 25060 25043 start_codon_9 start_codon 25060 25058 transcript_10 transcript 0.46 25060 16555 stop_codon_10 stop_codon 16557 16555 intron_46 intron 1 17081 16683 intron_47 intron 0.71 17799 17323 intron_48 intron 1 19071 17914 intron_49 intron 1 19737 19589 intron_50 intron 1 20001 19856 intron_51 intron 1 20634 20096 intron_52 intron 1 20797 20722 intron_53 intron 1 21693 20894 intron_54 intron 1 21853 21770 intron_55 intron 1 21996 21889 intron_56 intron 1 22512 22096 intron_57 intron 1 23544 22730 intron_58 intron 0.69 25042 23805 CDS_55 CDS 1 16682 16555 CDS_56 CDS 0.92 17322 17082 CDS_57 CDS 0.71 17913 17800 CDS_58 CDS 1 19588 19072 CDS_59 CDS 1 19855 19738 CDS_60 CDS 1 20095 20002 CDS_61 CDS 1 20721 20635 CDS_62 CDS 1 20893 20798 CDS_63 CDS 1 21769 21694 CDS_64 CDS 1 21888 21854 CDS_65 CDS 1 22095 21997 CDS_66 CDS 1 22729 22513 CDS_67 CDS 1 23804 23545 CDS_68 CDS 0.69 25060 25043 start_codon_10 start_codon 25060 25058 gene_10 gene 1 50010 49687 transcript_11 transcript 1 50010 49687 stop_codon_11 stop_codon 49689 49687 CDS_69 CDS 1 50010 49687 start_codon_11 start_codon 50010 50008 gene_11 gene 0.26 71122 68068 transcript_12 transcript 0.26 71122 68068 stop_codon_12 stop_codon 68070 68068 intron_59 intron 0.66 68307 68198 intron_60 intron 0.74 68926 68403 intron_61 intron 0.99 69254 69026 intron_62 intron 1 69761 69375 intron_63 intron 0.95 69944 69855 intron_64 intron 0.48 70178 69991 CDS_70 CDS 0.64 68197 68068 CDS_71 CDS 0.68 68402 68308 CDS_72 CDS 0.86 69025 68927 CDS_73 CDS 0.99 69374 69255 CDS_74 CDS 1 69854 69762 CDS_75 CDS 0.48 69990 69945 CDS_76 CDS 0.97 71122 70179 start_codon_12 start_codon 71122 71120 gene_12 gene 1 72951 71873 transcript_13 transcript 1 72951 71873 stop_codon_13 stop_codon 71875 71873 intron_65 intron 1 72021 71945 CDS_77 CDS 1 71944 71873 CDS_78 CDS 1 72951 72022 start_codon_13 start_codon 72951 72949 gene_13 gene 0.4 78115 73977 transcript_14 transcript 0.4 78115 73977 stop_codon_14 stop_codon 73979 73977 intron_66 intron 0.92 74946 74093 intron_67 intron 1 75088 75031 intron_68 intron 0.95 75318 75141 intron_69 intron 0.7 78007 75403 CDS_79 CDS 0.55 74092 73977 CDS_80 CDS 0.95 75030 74947 CDS_81 CDS 1 75140 75089 CDS_82 CDS 0.79 75402 75319 CDS_83 CDS 0.82 78115 78008 start_codon_14 start_codon 78115 78113 gene_14 gene 0.71 86119 80310 transcript_15 transcript 0.71 86119 80310 stop_codon_15 stop_codon 80312 80310 intron_70 intron 0.81 85384 83922 CDS_84 CDS 0.74 83921 80310 CDS_85 CDS 1 86119 85385 start_codon_15 start_codon 86119 86117 gene_15 gene 0.59 104799 91528 transcript_16 transcript 0.59 104799 91528 stop_codon_16 stop_codon 91530 91528 intron_71 intron 1 92387 91642 intron_72 intron 1 93052 92631 intron_73 intron 1 93417 93191 intron_74 intron 1 93572 93502 intron_75 intron 1 95895 93663 intron_76 intron 1 96675 96082 intron_77 intron 1 99933 96808 intron_78 intron 1 100204 100117 intron_79 intron 1 100938 100390 intron_80 intron 0.61 102585 101133 intron_81 intron 0.59 104789 102596 CDS_86 CDS 1 91641 91528 CDS_87 CDS 1 92630 92388 CDS_88 CDS 1 93190 93053 CDS_89 CDS 1 93501 93418 CDS_90 CDS 1 93662 93573 CDS_91 CDS 1 96081 95896 CDS_92 CDS 1 96807 96676 CDS_93 CDS 1 100116 99934 CDS_94 CDS 1 100389 100205 CDS_95 CDS 0.64 101132 100939 CDS_96 CDS 0.61 102595 102586 CDS_97 CDS 0.59 104799 104790 start_codon_16 start_codon 104799 104797 gene_16 gene 1 124745 124485 transcript_17 transcript 1 124745 124485 stop_codon_17 stop_codon 124487 124485 CDS_98 CDS 1 124745 124485 start_codon_17 start_codon 124745 124743 tRNAscan-SE unknown database tRNA_1 tRNA 81.83 23872 23945 tRNAscan-SE unknown database tRNA_2 tRNA 66.31 73612 73540 tRNA_3 tRNA 47.49 25059 24988 AUGUSTUS_ab_initio de novo gene_1 gene 0.45 2708 8116 transcript_1 transcript 0.45 2708 8116 start_codon_1 start_codon 2708 2710 intron_1 intron 0.65 2729 3158 intron_2 intron 1 3191 3270 intron_3 intron 0.74 3322 4599 intron_4 intron 1 4662 4753 intron_5 intron 0.98 5016 6321 intron_6 intron 0.99 6588 6662 intron_7 intron 0.93 6758 7945 CDS_1 CDS 0.64 2708 2728 CDS_2 CDS 1 3159 3190 CDS_3 CDS 1 3271 3321 CDS_4 CDS 1 4600 4661 CDS_5 CDS 0.98 4754 5015 CDS_6 CDS 0.98 6322 6587 CDS_7 CDS 0.94 6663 6757 CDS_8 CDS 0.99 7946 8116 stop_codon_1 stop_codon 8114 8116 gene_2 gene 0.14 11514 15712 transcript_2 transcript 0.14 11514 15712 start_codon_2 start_codon 11514 11516 intron_8 intron 0.16 11698 14122 intron_9 intron 1 14267 14357 intron_10 intron 1 14427 14566 intron_11 intron 1 14674 15265 CDS_9 CDS 0.15 11514 11697 CDS_10 CDS 0.74 14123 14266 CDS_11 CDS 1 14358 14426 CDS_12 CDS 1 14567 14673 CDS_13 CDS 1 15266 15712 stop_codon_2 stop_codon 15710 15712 gene_3 gene 0.25 29774 38445 transcript_3 transcript 0.25 29774 38445 start_codon_3 start_codon 29774 29776 intron_12 intron 0.97 29920 29999 intron_13 intron 0.9 30040 30162 intron_14 intron 0.98 31667 31766 intron_15 intron 0.64 31799 32602 intron_16 intron 0.97 32868 33200 intron_17 intron 1 33299 33674 intron_18 intron 0.75 33720 33809 intron_19 intron 0.75 33867 34696 intron_20 intron 0.99 34803 36198 intron_21 intron 0.91 36326 37020 intron_22 intron 0.99 37137 37487 intron_23 intron 1 37565 37841 intron_24 intron 0.99 37977 38134 intron_25 intron 0.83 38169 38236 CDS_14 CDS 0.97 29774 29919 CDS_15 CDS 0.9 30000 30039 CDS_16 CDS 1 30163 31666 CDS_17 CDS 0.97 31767 31798 CDS_18 CDS 0.63 32603 32867 CDS_19 CDS 0.99 33201 33298 CDS_20 CDS 1 33675 33719 CDS_21 CDS 0.75 33810 33866 CDS_22 CDS 1 34697 34802 CDS_23 CDS 0.99 36199 36325 CDS_24 CDS 0.92 37021 37136 CDS_25 CDS 1 37488 37564 CDS_26 CDS 1 37842 37976 CDS_27 CDS 0.99 38135 38168 CDS_28 CDS 0.76 38237 38445 stop_codon_3 stop_codon 38443 38445 gene_4 gene 0.15 39069 41982 transcript_4 transcript 0.15 39069 41982 start_codon_4 start_codon 39069 39071 intron_26 intron 0.69 39129 40836 intron_27 intron 0.76 40906 41709 CDS_29 CDS 0.54 39069 39128 CDS_30 CDS 0.76 40837 40905 CDS_31 CDS 0.46 41710 41982 stop_codon_4 stop_codon 41980 41982 gene_5 gene 0.3 42919 44745 transcript_5 transcript 0.3 42919 44745 start_codon_5 start_codon 42919 42921 intron_28 intron 0.91 43400 43795 CDS_32 CDS 0.32 42919 43399 CDS_33 CDS 0.91 43796 44745 stop_codon_5 stop_codon 44743 44745 gene_6 gene 0.93 90109 91011 transcript_6 transcript 0.93 90109 91011 start_codon_6 start_codon 90109 90111 CDS_34 CDS 0.93 90109 91011 stop_codon_6 stop_codon 91009 91011 gene_7 gene 0.07 116964 120106 transcript_7 transcript 0.07 116964 120106 start_codon_7 start_codon 116964 116966 intron_29 intron 0.4 117114 117595 intron_30 intron 1 118263 118486 intron_31 intron 0.44 118623 118726 intron_32 intron 1 118890 118976 intron_33 intron 0.97 119106 119437 intron_34 intron 1 119633 119739 intron_35 intron 0.96 119863 119980 CDS_35 CDS 0.4 116964 117113 CDS_36 CDS 0.68 117596 118262 CDS_37 CDS 0.44 118487 118622 CDS_38 CDS 0.88 118727 118889 CDS_39 CDS 1 118977 119105 CDS_40 CDS 0.99 119438 119632 CDS_41 CDS 1 119740 119862 CDS_42 CDS 0.74 119981 120106 stop_codon_7 stop_codon 120104 120106 gene_8 gene 0.8 121285 122895 transcript_8 transcript 0.8 121285 122895 start_codon_8 start_codon 121285 121287 intron_36 intron 0.81 121433 122128 CDS_43 CDS 0.8 121285 121432 CDS_44 CDS 1 122129 122895 stop_codon_8 stop_codon 122893 122895 AUGUSTUS_ab_initio de novo gene_9 gene 0.72 17295 16555 transcript_9 transcript 0.72 17295 16555 stop_codon_9 stop_codon 16557 16555 intron_37 intron 0.9 17081 16683 CDS_45 CDS 0.93 16682 16555 CDS_46 CDS 0.77 17295 17082 start_codon_9 start_codon 17295 17293 gene_10 gene 0.11 23618 17737 transcript_10 transcript 0.11 23618 17737 stop_codon_10 stop_codon 17739 17737 intron_38 intron 0.74 19071 17914 intron_39 intron 0.84 19737 19589 intron_40 intron 1 20001 19856 intron_41 intron 0.64 20634 20096 intron_42 intron 0.64 20797 20722 intron_43 intron 1 21693 20894 intron_44 intron 0.99 21853 21770 intron_45 intron 0.65 22512 22096 intron_46 intron 0.96 23544 22730 CDS_47 CDS 0.7 17913 17737 CDS_48 CDS 1 19588 19072 CDS_49 CDS 0.84 19855 19738 CDS_50 CDS 0.99 20095 20002 CDS_51 CDS 0.64 20721 20635 CDS_52 CDS 1 20893 20798 CDS_53 CDS 1 21769 21694 CDS_54 CDS 0.69 22095 21854 CDS_55 CDS 0.65 22729 22513 CDS_56 CDS 0.96 23618 23545 start_codon_10 start_codon 23618 23616 gene_11 gene 0.46 27658 27350 transcript_11 transcript 0.46 27658 27350 stop_codon_11 stop_codon 27352 27350 CDS_57 CDS 0.46 27658 27350 start_codon_11 start_codon 27658 27656 gene_12 gene 0.95 50010 49687 transcript_12 transcript 0.95 50010 49687 stop_codon_12 stop_codon 49689 49687 CDS_58 CDS 0.95 50010 49687 start_codon_12 start_codon 50010 50008 gene_13 gene 0.24 71122 68068 transcript_13 transcript 0.24 71122 68068 stop_codon_13 stop_codon 68070 68068 intron_47 intron 0.99 68307 68198 intron_48 intron 0.73 68508 68403 intron_49 intron 0.73 68926 68569 intron_50 intron 0.99 69254 69026 intron_51 intron 1 69761 69375 intron_52 intron 0.99 69944 69855 intron_53 intron 0.57 70178 69991 CDS_59 CDS 0.63 68197 68068 CDS_60 CDS 0.99 68402 68308 CDS_61 CDS 0.73 68568 68509 CDS_62 CDS 0.99 69025 68927 CDS_63 CDS 1 69374 69255 CDS_64 CDS 1 69854 69762 CDS_65 CDS 0.57 69990 69945 CDS_66 CDS 0.99 71122 70179 start_codon_13 start_codon 71122 71120 gene_14 gene 1 72951 71873 transcript_14 transcript 1 72951 71873 stop_codon_14 stop_codon 71875 71873 intron_54 intron 1 72021 71945 CDS_67 CDS 1 71944 71873 CDS_68 CDS 1 72951 72022 start_codon_14 start_codon 72951 72949 gene_15 gene 0.05 86119 73860 transcript_15 transcript 0.05 86119 73860 stop_codon_15 stop_codon 73862 73860 intron_55 intron 0.47 73987 73916 intron_56 intron 0.4 74779 74093 intron_57 intron 0.41 75348 74865 intron_58 intron 0.29 78044 75403 intron_59 intron 0.45 80326 78131 intron_60 intron 0.6 84929 83918 intron_61 intron 0.57 85384 85036 CDS_69 CDS 0.47 73915 73860 CDS_70 CDS 0.42 74092 73988 CDS_71 CDS 0.39 74864 74780 CDS_72 CDS 0.56 75402 75349 CDS_73 CDS 0.55 78130 78045 CDS_74 CDS 0.33 83917 80327 CDS_75 CDS 0.59 85035 84930 CDS_76 CDS 0.73 86119 85385 start_codon_15 start_codon 86119 86117 gene_16 gene 0.1 101128 91528 transcript_16 transcript 0.1 101128 91528 stop_codon_16 stop_codon 91530 91528 intron_62 intron 0.69 92387 91642 intron_63 intron 0.61 93052 92631 intron_64 intron 1 93417 93191 intron_65 intron 0.99 93572 93502 intron_66 intron 0.63 94004 93663 intron_67 intron 0.64 95895 94071 intron_68 intron 1 96675 96082 intron_69 intron 0.27 99933 96808 intron_70 intron 1 100204 100117 intron_71 intron 0.97 100938 100390 CDS_77 CDS 0.98 91641 91528 CDS_78 CDS 0.61 92630 92388 CDS_79 CDS 1 93190 93053 CDS_80 CDS 1 93501 93418 CDS_81 CDS 0.97 93662 93573 CDS_82 CDS 0.62 94070 94005 CDS_83 CDS 1 96081 95896 CDS_84 CDS 1 96807 96676 CDS_85 CDS 0.98 100116 99934 CDS_86 CDS 1 100389 100205 CDS_87 CDS 0.98 101128 100939 start_codon_16 start_codon 101128 101126 gene_17 gene 0.48 124745 124485 transcript_17 transcript 0.48 124745 124485 stop_codon_17 stop_codon 124487 124485 CDS_88 CDS 0.48 124745 124485 start_codon_17 start_codon 124745 124743 AUGUSTUS_tom_ugs de novo gene_1 gene 0.89 402 8116 transcript_1 transcript 0.89 402 8116 start_codon_1 start_codon 402 404 intron_1 intron 1 489 1590 intron_2 intron 1 1699 3158 intron_3 intron 1 3191 3270 intron_4 intron 1 3322 4599 intron_5 intron 1 4662 4753 intron_6 intron 0.98 5016 6321 intron_7 intron 0.96 6588 6662 intron_8 intron 0.97 6758 7945 CDS_1 CDS 0.96 402 488 CDS_2 CDS 1 1591 1698 CDS_3 CDS 1 3159 3190 CDS_4 CDS 1 3271 3321 CDS_5 CDS 1 4600 4661 CDS_6 CDS 0.99 4754 5015 CDS_7 CDS 0.96 6322 6587 CDS_8 CDS 0.95 6663 6757 CDS_9 CDS 1 7946 8116 stop_codon_1 stop_codon 8114 8116 gene_2 gene 1 9494 11744 transcript_2 transcript 1 9494 11744 start_codon_2 start_codon 9494 9496 intron_9 intron 1 9537 10146 intron_10 intron 1 10284 11459 CDS_10 CDS 1 9494 9536 CDS_11 CDS 1 10147 10283 CDS_12 CDS 1 11460 11744 stop_codon_2 stop_codon 11742 11744 gene_3 gene 0.38 14131 15712 transcript_3 transcript 0.38 14131 15712 start_codon_3 start_codon 14131 14133 intron_11 intron 1 14267 14357 intron_12 intron 1 14427 14566 intron_13 intron 1 14674 15265 CDS_13 CDS 0.38 14131 14266 CDS_14 CDS 1 14358 14426 CDS_15 CDS 1 14567 14673 CDS_16 CDS 1 15266 15712 stop_codon_3 stop_codon 15710 15712 gene_4 gene 0.19 29774 41982 transcript_4 transcript 0.19 29774 41982 start_codon_4 start_codon 29774 29776 intron_14 intron 1 29920 29999 intron_15 intron 1 30058 30162 intron_16 intron 1 31681 31766 intron_17 intron 0.25 31799 32757 intron_18 intron 0.84 32868 33200 intron_19 intron 1 33299 33674 intron_20 intron 1 33720 34696 intron_21 intron 1 34803 36198 intron_22 intron 1 36326 37020 intron_23 intron 1 37137 37487 intron_24 intron 1 37565 37841 intron_25 intron 1 37977 40836 intron_26 intron 1 40906 41709 CDS_17 CDS 0.97 29774 29919 CDS_18 CDS 1 30000 30057 CDS_19 CDS 1 30163 31680 CDS_20 CDS 0.4 31767 31798 CDS_21 CDS 0.24 32758 32867 CDS_22 CDS 0.94 33201 33298 CDS_23 CDS 1 33675 33719 CDS_24 CDS 1 34697 34802 CDS_25 CDS 1 36199 36325 CDS_26 CDS 1 37021 37136 CDS_27 CDS 1 37488 37564 CDS_28 CDS 1 37842 37976 CDS_29 CDS 1 40837 40905 CDS_30 CDS 0.81 41710 41982 stop_codon_4 stop_codon 41980 41982 gene_5 gene 0.32 43183 44745 transcript_5 transcript 0.32 43183 44745 start_codon_5 start_codon 43183 43185 intron_27 intron 0.81 43400 43795 CDS_31 CDS 0.41 43183 43399 CDS_32 CDS 0.81 43796 44745 stop_codon_5 stop_codon 44743 44745 gene_6 gene 0.89 90109 91011 transcript_6 transcript 0.89 90109 91011 start_codon_6 start_codon 90109 90111 CDS_33 CDS 0.89 90109 91011 stop_codon_6 stop_codon 91009 91011 gene_7 gene 0.53 117653 120106 transcript_7 transcript 0.53 117653 120106 start_codon_7 start_codon 117653 117655 intron_28 intron 1 118263 118486 intron_29 intron 1 118623 118726 intron_30 intron 1 118890 118976 intron_31 intron 1 119106 119437 intron_32 intron 1 119633 119739 intron_33 intron 1 119863 119980 CDS_34 CDS 0.53 117653 118262 CDS_35 CDS 1 118487 118622 CDS_36 CDS 1 118727 118889 CDS_37 CDS 1 118977 119105 CDS_38 CDS 1 119438 119632 CDS_39 CDS 1 119740 119862 CDS_40 CDS 1 119981 120106 stop_codon_7 stop_codon 120104 120106 AUGUSTUS_tom_ugs de novo gene_8 gene 1.51 23618 17737 transcript_8 transcript 1 23618 17737 stop_codon_8 stop_codon 17739 17737 intron_34 intron 1 19071 17914 intron_35 intron 1 19737 19589 intron_36 intron 1 20001 19856 intron_37 intron 1 20634 20096 intron_38 intron 1 20797 20722 intron_39 intron 1 21693 20894 intron_40 intron 1 21853 21770 intron_41 intron 1 21996 21889 intron_42 intron 1 22512 22096 intron_43 intron 1 23544 22730 CDS_41 CDS 1 17913 17737 CDS_42 CDS 1 19588 19072 CDS_43 CDS 1 19855 19738 CDS_44 CDS 1 20095 20002 CDS_45 CDS 1 20721 20635 CDS_46 CDS 1 20893 20798 CDS_47 CDS 1 21769 21694 CDS_48 CDS 1 21888 21854 CDS_49 CDS 1 22095 21997 CDS_50 CDS 1 22729 22513 CDS_51 CDS 1 23618 23545 start_codon_8 start_codon 23618 23616 transcript_9 transcript 0.51 23618 17737 stop_codon_9 stop_codon 17739 17737 intron_44 intron 1 19071 17914 intron_45 intron 1 19737 19589 intron_46 intron 1 20001 19856 intron_47 intron 0.87 20797 20096 intron_48 intron 1 21693 20894 intron_49 intron 1 21853 21770 intron_50 intron 0.67 22512 22096 intron_51 intron 0.94 23544 22730 CDS_52 CDS 1 17913 17737 CDS_53 CDS 1 19588 19072 CDS_54 CDS 1 19855 19738 CDS_55 CDS 0.98 20095 20002 CDS_56 CDS 0.99 20893 20798 CDS_57 CDS 1 21769 21694 CDS_58 CDS 0.94 22095 21854 CDS_59 CDS 0.68 22729 22513 CDS_60 CDS 0.95 23618 23545 start_codon_9 start_codon 23618 23616 gene_9 gene 0.99 50010 49687 transcript_10 transcript 0.99 50010 49687 stop_codon_10 stop_codon 49689 49687 CDS_61 CDS 0.99 50010 49687 start_codon_10 start_codon 50010 50008 gene_10 gene 0.24 71122 68068 transcript_11 transcript 0.24 71122 68068 stop_codon_11 stop_codon 68070 68068 intron_52 intron 0.71 68307 68198 intron_53 intron 0.74 68926 68403 intron_54 intron 0.99 69254 69026 intron_55 intron 0.99 69761 69375 intron_56 intron 0.94 69944 69855 intron_57 intron 0.49 70178 69991 CDS_62 CDS 0.69 68197 68068 CDS_63 CDS 0.71 68402 68308 CDS_64 CDS 0.88 69025 68927 CDS_65 CDS 0.99 69374 69255 CDS_66 CDS 1 69854 69762 CDS_67 CDS 0.48 69990 69945 CDS_68 CDS 0.98 71122 70179 start_codon_11 start_codon 71122 71120 gene_11 gene 1 72951 71873 transcript_12 transcript 1 72951 71873 stop_codon_12 stop_codon 71875 71873 intron_58 intron 1 72021 71945 CDS_69 CDS 1 71944 71873 CDS_70 CDS 1 72951 72022 start_codon_12 start_codon 72951 72949 gene_12 gene 0.68 86119 80310 transcript_13 transcript 0.68 86119 80310 stop_codon_13 stop_codon 80312 80310 intron_59 intron 0.89 85384 83922 CDS_71 CDS 0.71 83921 80310 CDS_72 CDS 1 86119 85385 start_codon_13 start_codon 86119 86117 gene_13 gene 0.63 104799 91528 transcript_14 transcript 0.63 104799 91528 stop_codon_14 stop_codon 91530 91528 intron_60 intron 1 92387 91642 intron_61 intron 1 93052 92631 intron_62 intron 1 93417 93191 intron_63 intron 1 93572 93502 intron_64 intron 1 95895 93663 intron_65 intron 1 96675 96082 intron_66 intron 1 99933 96808 intron_67 intron 1 100204 100117 intron_68 intron 1 100938 100390 intron_69 intron 0.67 102585 101133 intron_70 intron 0.63 104789 102596 CDS_73 CDS 1 91641 91528 CDS_74 CDS 1 92630 92388 CDS_75 CDS 1 93190 93053 CDS_76 CDS 1 93501 93418 CDS_77 CDS 1 93662 93573 CDS_78 CDS 1 96081 95896 CDS_79 CDS 1 96807 96676 CDS_80 CDS 1 100116 99934 CDS_81 CDS 1 100389 100205 CDS_82 CDS 0.69 101132 100939 CDS_83 CDS 0.67 102595 102586 CDS_84 CDS 0.63 104799 104790 start_codon_14 start_codon 104799 104797 gene_14 gene 1 124745 124485 transcript_15 transcript 1 124745 124485 stop_codon_15 stop_codon 124487 124485 CDS_85 CDS 1 124745 124485 start_codon_15 start_codon 124745 124743 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.983 9417 9536 match_part 1.000 10147 10283 match_part 0.967 11460 11851 match_2 match_part 0.981 13048 13099 match_part 0.979 14123 14266 match_part 0.986 14358 14426 match_part 1.000 14567 14673 match_part 0.993 15266 15944 match_3 match_part 0.995 28518 28727 match_part 1.000 29768 29919 match_part 1.000 30000 30057 match_part 0.998 30163 30827 match_4 match_part 0.999 30927 31680 match_part 0.958 31767 32199 match_5 match_part 1.000 33243 33298 match_part 1.000 33675 33719 match_part 1.000 34697 34802 match_part 1.000 36199 36325 match_part 1.000 37021 37136 match_part 1.000 37488 37564 match_part 1.000 37842 37976 match_part 1.000 40837 40905 match_part 0.966 41710 41768 match_6 match_part 0.941 33686 33719 match_part 1.000 34697 34802 match_part 1.000 36199 36325 match_part 1.000 37021 37034 match_part 1.000 37537 37564 match_part 0.978 37842 37976 match_part 1.000 40837 40905 match_part 0.998 41710 42273 match_7 match_part 0.952 43841 44981 match_8 match_part 0.951 114985 115268 match_part 0.948 116871 116967 match_9 match_part 0.968 118592 118622 match_part 1.000 118727 118889 match_part 1.000 118977 119105 match_part 0.995 119438 119632 match_part 0.991 119740 119855 match_10 match_part 0.978 121157 121432 match_part 0.998 122129 123007 match_11 match_part 0.950 123873 124649 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_12 match_part 0.995 23757 23545 match_part 1.000 22729 22513 match_part 1.000 22095 21997 match_part 1.000 21888 21854 match_part 1.000 21769 21694 match_part 1.000 20893 20798 match_part 0.989 20721 20635 match_part 0.989 20095 20002 match_part 1.000 19855 19738 match_part 1.000 19588 19072 match_part 1.000 17322 17082 match_part 0.989 16682 16211 match_13 match_part 0.981 19176 19072 match_part 0.998 17913 17446 match_14 match_part 0.979 19557 19072 match_part 0.986 17913 17560 match_15 match_part 0.995 18258 17834 match_16 match_part 0.996 20504 20002 match_part 1.000 19855 19738 match_part 0.962 19588 19510 match_17 match_part 0.998 50010 49565 match_18 match_part 0.966 72433 72022 match_part 0.910 71944 71622 match_19 match_part 0.964 72999 72393 match_20 match_part 1.000 80882 80393 match_21 match_part 0.998 86016 85449 match_22 match_part 1.000 102843 102586 match_part 1.000 101132 100939 match_part 1.000 100389 100205 match_part 1.000 100116 99934 match_part 1.000 96807 96676 match_part 1.000 96081 95896 match_part 1.000 93662 93573 match_part 1.000 93501 93418 match_part 1.000 93190 93053 match_part 1.000 92630 92388 match_part 1.000 91641 91178 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 9417 9536 exon 10147 10283 exon 11460 11851 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 13048 13099 exon 14123 14266 exon 14358 14426 exon 14567 14673 exon 15266 15944 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 20504 20002 exon 19855 19738 exon 19588 19072 exon 17913 17446 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 18258 17834 gene_5 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 23757 23545 exon 22729 22513 exon 22095 21997 exon 21888 21854 exon 21769 21694 exon 20893 20798 exon 20721 20635 exon 20095 20002 exon 19855 19738 exon 19588 19072 exon 17322 17082 exon 16682 16211 gene_6 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 28518 28727 exon 29768 29919 exon 30000 30057 exon 30163 30827 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 30927 31680 exon 31767 32199 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 33243 33298 exon 33675 33719 exon 34697 34802 exon 36199 36325 exon 37021 37136 exon 37488 37564 exon 37842 37976 exon 40837 40905 exon 41710 41768 gene_9 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 33686 33719 exon 34697 34802 exon 36199 36325 exon 37021 37034 exon 37537 37564 exon 37842 37976 exon 40837 40905 exon 41710 42273 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 43841 44981 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 50010 49565 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 72999 72022 exon 71944 71622 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 80882 80393 gene_14 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 86016 85449 gene_15 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 102843 102586 exon 101132 100939 exon 100389 100205 exon 100116 99934 exon 96807 96676 exon 96081 95896 exon 93662 93573 exon 93501 93418 exon 93190 93053 exon 92630 92388 exon 91641 91178 gene_16 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 114985 115268 exon 116871 116967 gene_17 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 118592 118622 exon 118727 118889 exon 118977 119105 exon 119438 119632 exon 119740 119855 gene_18 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 121157 121432 exon 122129 123007 gene_19 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 123873 124649 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.996 43841 44389 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0025N15.2 type gene exon 43841 44389 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 9494 11744 transcript_1 transcript 1 9494 11744 start_codon_1 start_codon 9494 9496 intron_1 intron 1 9537 10146 intron_2 intron 1 10284 11459 CDS_1 CDS 1 9494 9536 CDS_2 CDS 1 10147 10283 CDS_3 CDS 1 11460 11744 stop_codon_1 stop_codon 11742 11744 gene_2 gene 1 14239 15712 transcript_2 transcript 1 14239 15712 start_codon_2 start_codon 14239 14241 intron_3 intron 1 14267 14357 intron_4 intron 1 14427 14566 intron_5 intron 1 14674 15265 CDS_4 CDS 1 14239 14266 CDS_5 CDS 1 14358 14426 CDS_6 CDS 1 14567 14673 CDS_7 CDS 1 15266 15712 stop_codon_2 stop_codon 15710 15712 gene_3 gene 0.3 29774 41982 transcript_3 transcript 0.3 29774 41982 start_codon_3 start_codon 29774 29776 intron_6 intron 1 29920 29999 intron_7 intron 1 30058 30162 intron_8 intron 0.99 31681 31766 intron_9 intron 0.3 31799 32757 intron_10 intron 0.92 32868 33200 intron_11 intron 1 33299 33674 intron_12 intron 1 33720 34696 intron_13 intron 1 34803 36198 intron_14 intron 1 36326 37020 intron_15 intron 1 37137 37487 intron_16 intron 1 37565 37841 intron_17 intron 1 37977 40836 intron_18 intron 1 40906 41709 CDS_8 CDS 1 29774 29919 CDS_9 CDS 1 30000 30057 CDS_10 CDS 0.99 30163 31680 CDS_11 CDS 0.49 31767 31798 CDS_12 CDS 0.3 32758 32867 CDS_13 CDS 0.94 33201 33298 CDS_14 CDS 1 33675 33719 CDS_15 CDS 1 34697 34802 CDS_16 CDS 1 36199 36325 CDS_17 CDS 1 37021 37136 CDS_18 CDS 1 37488 37564 CDS_19 CDS 1 37842 37976 CDS_20 CDS 1 40837 40905 CDS_21 CDS 1 41710 41982 stop_codon_3 stop_codon 41980 41982 gene_4 gene 0.57 43183 44745 transcript_4 transcript 0.57 43183 44745 start_codon_4 start_codon 43183 43185 intron_19 intron 1 43400 43795 CDS_22 CDS 0.57 43183 43399 CDS_23 CDS 1 43796 44745 stop_codon_4 stop_codon 44743 44745 gene_5 gene 0.98 90109 91509 transcript_5 transcript 0.98 90109 91509 start_codon_5 start_codon 90109 90111 intron_20 intron 0.98 90805 91488 CDS_24 CDS 0.98 90109 90804 CDS_25 CDS 1 91489 91509 stop_codon_5 stop_codon 91507 91509 gene_6 gene 0.51 117653 120106 transcript_6 transcript 0.51 117653 120106 start_codon_6 start_codon 117653 117655 intron_21 intron 1 118263 118486 intron_22 intron 1 118623 118726 intron_23 intron 1 118890 118976 intron_24 intron 1 119106 119437 intron_25 intron 1 119633 119739 intron_26 intron 1 119863 119980 CDS_26 CDS 0.52 117653 118262 CDS_27 CDS 1 118487 118622 CDS_28 CDS 1 118727 118889 CDS_29 CDS 1 118977 119105 CDS_30 CDS 1 119438 119632 CDS_31 CDS 1 119740 119862 CDS_32 CDS 0.99 119981 120106 stop_codon_6 stop_codon 120104 120106 gene_7 gene 1 121285 122895 transcript_7 transcript 1 121285 122895 start_codon_7 start_codon 121285 121287 intron_27 intron 1 121433 122128 CDS_33 CDS 1 121285 121432 CDS_34 CDS 1 122129 122895 stop_codon_7 stop_codon 122893 122895 AUGUSTUS_tom_pot_cdna de novo gene_8 gene 1.31 25060 16555 transcript_8 transcript 0.75 25060 16555 stop_codon_8 stop_codon 16557 16555 intron_28 intron 1 17081 16683 intron_29 intron 1 19071 17323 intron_30 intron 1 19737 19589 intron_31 intron 1 20001 19856 intron_32 intron 1 20634 20096 intron_33 intron 1 20797 20722 intron_34 intron 1 21693 20894 intron_35 intron 1 21853 21770 intron_36 intron 1 21996 21889 intron_37 intron 1 22512 22096 intron_38 intron 1 23544 22730 intron_39 intron 0.75 25042 23805 CDS_35 CDS 1 16682 16555 CDS_36 CDS 1 17322 17082 CDS_37 CDS 1 19588 19072 CDS_38 CDS 1 19855 19738 CDS_39 CDS 1 20095 20002 CDS_40 CDS 1 20721 20635 CDS_41 CDS 1 20893 20798 CDS_42 CDS 1 21769 21694 CDS_43 CDS 1 21888 21854 CDS_44 CDS 1 22095 21997 CDS_45 CDS 1 22729 22513 CDS_46 CDS 1 23804 23545 CDS_47 CDS 0.75 25060 25043 start_codon_8 start_codon 25060 25058 transcript_9 transcript 0.56 25060 17264 stop_codon_9 stop_codon 17266 17264 intron_40 intron 0.86 17741 17323 intron_41 intron 1 19071 17914 intron_42 intron 1 19737 19589 intron_43 intron 1 20001 19856 intron_44 intron 1 20634 20096 intron_45 intron 1 20797 20722 intron_46 intron 1 21693 20894 intron_47 intron 1 21853 21770 intron_48 intron 1 21996 21889 intron_49 intron 1 22512 22096 intron_50 intron 1 23544 22730 intron_51 intron 0.62 25042 23805 CDS_48 CDS 0.91 17322 17264 CDS_49 CDS 0.86 17913 17742 CDS_50 CDS 1 19588 19072 CDS_51 CDS 1 19855 19738 CDS_52 CDS 1 20095 20002 CDS_53 CDS 1 20721 20635 CDS_54 CDS 1 20893 20798 CDS_55 CDS 1 21769 21694 CDS_56 CDS 1 21888 21854 CDS_57 CDS 1 22095 21997 CDS_58 CDS 1 22729 22513 CDS_59 CDS 1 23804 23545 CDS_60 CDS 0.62 25060 25043 start_codon_9 start_codon 25060 25058 gene_9 gene 0.07 90067 49687 transcript_10 transcript 0.07 90067 49687 stop_codon_10 stop_codon 49689 49687 intron_52 intron 0.51 68307 50054 intron_53 intron 0.78 68926 68403 intron_54 intron 0.98 69254 69026 intron_55 intron 0.99 69761 69375 intron_56 intron 0.96 69944 69855 intron_57 intron 0.53 70178 69991 intron_58 intron 0.93 72021 71063 intron_59 intron 0.66 74962 72982 intron_60 intron 1 75088 75031 intron_61 intron 0.98 75318 75141 intron_62 intron 0.86 78044 75403 intron_63 intron 0.96 80326 78131 intron_64 intron 0.92 85384 83922 intron_65 intron 0.88 89977 86099 CDS_61 CDS 0.56 50053 49687 CDS_62 CDS 0.9 68402 68308 CDS_63 CDS 0.95 69025 68927 CDS_64 CDS 0.99 69374 69255 CDS_65 CDS 1 69854 69762 CDS_66 CDS 0.52 69990 69945 CDS_67 CDS 0.92 71062 70179 CDS_68 CDS 0.87 72981 72022 CDS_69 CDS 0.76 75030 74963 CDS_70 CDS 1 75140 75089 CDS_71 CDS 0.84 75402 75319 CDS_72 CDS 0.98 78130 78045 CDS_73 CDS 0.91 83921 80327 CDS_74 CDS 0.94 86098 85385 CDS_75 CDS 0.9 90067 89978 start_codon_10 start_codon 90067 90065 gene_10 gene 0.44 113746 91528 transcript_11 transcript 0.44 113746 91528 stop_codon_11 stop_codon 91530 91528 intron_66 intron 1 92387 91642 intron_67 intron 1 93052 92631 intron_68 intron 1 93417 93191 intron_69 intron 1 93572 93502 intron_70 intron 1 95895 93663 intron_71 intron 1 96675 96082 intron_72 intron 1 99933 96808 intron_73 intron 1 100204 100117 intron_74 intron 1 100938 100390 intron_75 intron 0.9 102585 101133 intron_76 intron 0.44 113733 102596 CDS_76 CDS 1 91641 91528 CDS_77 CDS 1 92630 92388 CDS_78 CDS 1 93190 93053 CDS_79 CDS 1 93501 93418 CDS_80 CDS 1 93662 93573 CDS_81 CDS 1 96081 95896 CDS_82 CDS 1 96807 96676 CDS_83 CDS 1 100116 99934 CDS_84 CDS 1 100389 100205 CDS_85 CDS 1 101132 100939 CDS_86 CDS 0.9 102595 102586 CDS_87 CDS 0.45 113746 113734 start_codon_11 start_codon 113746 113744 gene_11 gene 1 124745 124485 transcript_12 transcript 1 124745 124485 stop_codon_12 stop_codon 124487 124485 CDS_88 CDS 1 124745 124485 start_codon_12 start_codon 124745 124743 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 147 43909 44685 match_2 match 151 43909 44712 match_3 match 125 43786 44727 match_4 match 135 43957 44727 match_5 match 152 43834 44622 match_6 match 161 43834 44724 match_7 match 107 44158 44712 match_8 match 116 43900 44727 match_9 match 125 43948 44724 match_10 match 129 44158 44727 match_11 match 116 44152 44724 match_12 match 88.6 118725 119144 match_13 match 42.7 118492 118623 match_14 match 57.0 119740 119862 match_15 match 85.9 119438 119638 match_16 match 124 118686 119147 match_17 match 108 119438 119632 match_18 match 73.6 119740 119862 match_19 match 62.0 119975 120076 match_20 match 148 43813 44664 match_21 match 145 43903 44664 match_22 match 142 43903 44553 match_23 match 155 43813 44664 match_24 match 155 43813 44664 match_25 match 159 43903 44643 match_26 match 157 43807 44721 match_27 match 133 44134 44727 match_28 match 105 44149 44709 match_29 match 179 122194 122874 match_30 match 199 6296 6757 match_31 match 160 4741 5019 match_32 match 39.3 4601 4660 match_33 match 110 44152 44667 match_34 match 99.0 118725 119150 match_35 match 45.1 118504 118623 match_36 match 42.0 119975 120064 match_37 match 84.7 119438 119629 match_38 match 62.0 119740 119862 match_39 match 123 44152 44739 match_40 match 145 43897 44664 match_41 match 138 44137 44760 match_42 match 135 44137 44760 match_43 match 110 44152 44712 match_44 match 121 44143 44736 match_45 match 113 44143 44736 match_46 match 131 43801 44736 match_47 match 147 43834 44724 match_48 match 139 43834 44724 match_49 match 141 43810 44733 match_50 match 130 43852 44739 match_51 match 136 43948 44724 match_52 match 128 43948 44724 match_53 match 122 44137 44727 match_54 match 121 43948 44724 match_55 match 125 44152 44742 match_56 match 125 44152 44742 match_57 match 129 44158 44727 match_58 match 153 44149 44724 match_59 match 150 43786 44724 match_60 match 136 44137 44712 match_61 match 141 44137 44727 match_62 match 141 44137 44727 match_63 match 140 44137 44712 match_64 match 140 44137 44712 match_65 match 139 44137 44712 match_66 match 139 43903 44739 match_67 match 155 44137 44739 match_68 match 149 43840 44736 match_69 match 150 43840 44736 match_70 match 281 43795 44739 match_71 match 160 42916 43401 match_72 match 170 43834 44739 match_73 match 148 43834 44661 match_74 match 148 43834 44661 match_75 match 155 43834 44727 match_76 match 202 6296 6757 match_77 match 165 4741 5019 match_78 match 39.3 4601 4660 match_79 match 157 44149 44727 match_80 match 115 44152 44727 match_81 match 120 44137 44727 match_82 match 111 43957 44727 match_83 match 115 43915 44727 match_84 match 126 43915 44727 match_85 match 155 43795 44685 match_86 match 140 118725 119147 match_87 match 58.5 118483 118623 match_88 match 101 119438 119632 match_89 match 61.2 119975 120088 match_90 match 73.2 119740 119862 match_91 match 319 122188 122883 match_92 match 319 122188 122883 match_93 match 139 44110 44739 match_94 match 155 44125 44739 match_95 match 151 43918 44739 match_96 match 135 44113 44712 match_97 match 135 44125 44739 match_98 match 141 44137 44739 match_99 match 147 44125 44739 match_100 match 124 44152 44712 match_101 match 124 44122 44727 match_102 match 142 44149 44727 match_103 match 138 44137 44739 match_104 match 137 44137 44739 match_105 match 148 43909 44754 match_106 match 136 43816 44727 match_107 match 106 43933 44727 match_108 match 116 43957 44727 match_109 match 153 44110 44727 match_110 match 137 43999 44727 match_111 match 144 44110 44727 match_112 match 143 43957 44727 match_113 match 129 44149 44727 match_114 match 137 44137 44739 match_115 match 141 44137 44727 match_116 match 119 44152 44703 match_117 match 106 44140 44727 match_118 match 151 44119 44712 match_119 match 139 44119 44733 match_120 match 167 44107 44739 match_121 match 145 44140 44739 match_122 match 150 44119 44733 match_123 match 128 44107 44697 match_124 match 118 44152 44757 match_125 match 116 44149 44709 match_126 match 118 44149 44727 match_127 match 121 44149 44727 match_128 match 120 44140 44712 match_129 match 151 44125 44727 match_130 match 152 44125 44727 match_131 match 138 11466 11729 match_132 match 141 118725 119168 match_133 match 56.2 118489 118623 match_134 match 72.4 119740 119862 match_135 match 107 119438 119632 match_136 match 60.5 119975 120088 match_137 match 156 43801 44736 match_138 match 148 43936 44724 match_139 match 118 44140 44712 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_140 match 72.4 100390 100202 match_141 match 79.3 100122 99928 match_142 match 72.4 100390 100202 match_143 match 79.3 100122 99928 match_144 match 72.4 100390 100202 match_145 match 79.3 100122 99928 match_146 match 261 83636 80760 match_147 match 307 86119 85439 match_148 match 1431 83765 80394 match_149 match 78.2 100122 99928 match_150 match 71.6 100390 100202 match_151 match 82.0 100122 99883 match_152 match 74.7 100390 100202 match_153 match 82.0 100122 99883 match_154 match 74.7 100390 100202 match_155 match 69.7 100390 100202 match_156 match 82.0 100122 99928 match_157 match 60.5 100122 99928 match_158 match 65.9 100390 100202 match_159 match 60.5 100122 99928 match_160 match 65.9 100390 100202 match_161 match 73.9 100122 99925 match_162 match 68.6 100390 100202 match_163 match 78.2 100390 100202 match_164 match 87.4 100122 99883 match_165 match 78.2 100390 100202 match_166 match 87.4 100122 99883 match_167 match 78.2 100390 100202 match_168 match 87.4 100122 99883 match_169 match 78.2 100390 100202 match_170 match 87.4 100122 99883 match_171 match 78.2 100390 100202 match_172 match 87.4 100122 99883 match_173 match 78.6 100122 99883 match_174 match 71.2 100390 100202 match_175 match 75.1 100122 99883 match_176 match 69.3 100390 100202 match_177 match 57.4 100390 100202 match_178 match 77.4 100122 99883 match_179 match 111 124766 124488 match_180 match 188 124766 124488 match_181 match 134 92669 92379 match_182 match 134 100122 99883 match_183 match 125 96081 95893 match_184 match 123 100390 100202 match_185 match 134 92669 92379 match_186 match 134 100122 99883 match_187 match 125 96081 95893 match_188 match 123 100390 100202 match_189 match 105 124766 124497 match_190 match 69.7 100390 100202 match_191 match 83.2 100122 99928 match_192 match 42.7 100336 100202 match_193 match 83.2 100122 99928 match_194 match 68.9 100122 99928 match_195 match 61.2 100384 100202 match_196 match 108 124766 124497 match_197 match 107 92669 92379 match_198 match 132 100122 99883 match_199 match 113 96081 95893 match_200 match 122 100390 100202 match_201 match 107 92669 92379 match_202 match 132 100122 99883 match_203 match 113 96081 95893 match_204 match 122 100390 100202 match_205 match 132 100122 99883 match_206 match 113 96081 95893 match_207 match 122 100390 100202 match_208 match 188 83729 81993 match_209 match 253 83636 80760 match_210 match 115 124766 124488 match_211 match 62.0 100384 100202 match_212 match 73.6 100122 99928 match_213 match 77.4 100122 99883 match_214 match 72.0 100390 100202 match_215 match 76.6 100390 100202 match_216 match 89.7 100119 99928 match_217 match 76.6 100390 100202 match_218 match 89.7 100119 99928 match_219 match 79.7 100122 99883 match_220 match 65.9 100390 100202 match_221 match 59.3 100122 99928 match_222 match 67.8 100390 100202 match_223 match 219 83729 81966 match_224 match 230 83498 80781 match_225 match 75.9 100122 99928 match_226 match 70.1 100390 100202 match_227 match 75.9 100122 99928 match_228 match 70.1 100390 100202 match_229 match 79.3 100122 99883 match_230 match 65.5 100399 100202 match_231 match 77.8 100119 99883 match_232 match 66.2 100390 100202 match_233 match 67.4 100390 100202 match_234 match 83.2 100122 99883 match_235 match 190 124766 124488 match_236 match 745 83825 80403 match_237 match 186 86035 85331 match_238 match 73.9 100390 100202 match_239 match 78.2 100122 99883 match_240 match 73.9 100390 100202 match_241 match 86.7 100122 99883 match_242 match 78.6 100122 99883 match_243 match 73.2 100390 100202 match_244 match 83.2 100122 99883 match_245 match 85.1 100390 100202 match_246 match 124 100122 99928 match_247 match 113 100390 100202 match_248 match 1315 83921 80340 match_249 match 319 86119 85367 match_250 match 77.8 100122 99883 match_251 match 74.3 100390 100202 match_252 match 72.0 100390 100202 match_253 match 75.9 100122 99928 match_254 match 106 124766 124494 match_255 match 139 124766 124494 match_256 match 38.9 100360 100202 match_257 match 89.0 100122 99916 match_258 match 59.7 100396 100202 match_259 match 87.8 100122 99928 match_260 match 77.0 100119 99883 match_261 match 65.5 100390 100202