C03HBa0030O03.1 TATGAACAACAACTTCAAGGGGCCAATGCCTGATTGGAACAAACTTTTTGCCCTCAAGTC ATTGTACTTGTCCAATAATAACTTCTCTGGTCAGATCCCCGATGATGCCTTCAAGGGTAT GATTTATCTCAAGAAACTTTATTTGGCCAACAACCAATTCACAGGTAACATTCCCACCTC CCTCGCTACCTCCTGCCCCAGGCTCTTCGACTTGACCCTCCAAAACAACAAATTCACTGG CTCTATACCTGATTTCCGCGGTGGTGTTCTCAAACTCCTCAATGTATCCAACAACCAACT CGACGGTCCAATCCCTCCTTCTCTTTCATTAATGGATCCAACAGCATTCGCAGGTACCTA ATTAAATATTTTAATTGCATTGCATTACATATCGATCATTTAATCATTGCGTACATATAC ACAGGCAACAAAGGCATGTGTGGGAAGCCTTTGGAATCAGTTTGCAACTCCCCAATTCCA GAAGCAAATACTACTACTCCGCCTAACACTCTCAACTCTACCATCAACACCACCCAATCT GGTGATATAGATAACAAGTCGCCCTCTCTCCTGAGTAGAGTGATGTTGATCGTTGCAGTT TGTTTGGTGGTCTTATGTCTCGTGATTGTCTTAATTCTTATCATTCTCCGCCGCCGCAGC CAAAATAATCCACAACTCACCAGCCGGGCTGCAGTTGAGTCAAGTAATATTGATGGGGAT CAAAACATGACCGTTTCATCATTAGCAGCCCTTCCTGATACGACCATGAGTGGCAATCCA ACTTATAATGCAAGACACGATGACAATAACAAGGCATCAGCAGAGGCACCAGGCGCAACA GTGGTGGGTAAGTTATCCTTCGTTAGAGATGACCGCACAAGATTTGATCTACAGGACTTG CTAAGAGCATCCGCGGAGGTGCTTGGCAGTGGGAACCTGGGGTCCTCTTACAAGGCACTA CTTATGGATGGCCAAGCCGTCGTGGTGAAGAGGTTTAAGCAAATGAACCATGTCGCTAAA GAAGACTTCCACGAGCACATGAGGAGGTTGGGCAGACTAAGCCACCCAAACTTACTCCCC CTTGTCGCCTATTATTATAGGAAAGAAGAGAAGCTGCTTGTTTATGACTATGCCTCCAAT GGTAGCTTGGCCAGTCACCTCCATGGTATGTATATGTATATGTATATGTATATGTATAAT GATTAGTGTTTAAATTAAATTATTAATTACTCGGCTATGTGTAGGCAATCACTCTAGGCT GGACTGGTCAAGCCGCTTGAAAATCATAAAAGGAGTTGCAAAGGCGTTGGCCTACCTTCA CAACGAGCTGCCAAGCCTAGCACTTCCGCACGGTCACCTCAAGTCATCAAATGTACTTCT GGACAAATATTCTAATCCATTGTTGATGGATTACACATTGGCGCCCCTGGTGAATCTTTC CCAAGTCCAACATCTTTTAGTGGCTTACAAAGCCCCTGAGTATGCACAACAAGGCCGCAT CACAAGGAAGACTGATGTTTGGAGCCTTGGGATTCTAATACTAGAGACCCTCACCGGTAA ATTCCCAACAAACTATCTTGCTCTCAGCACTGGCTATGGCACCGAACTGGCTACCTGGAT TGACACCATCATTAAAGATAATGAATCGGCTTTTGACAAAGAGATGGACCAGCTCACGCA TCAAGGACAGATCCAAAAGCTCTTCAACATTGGAGTGGCTTGCTGTCAAGAAGATTTGGA TACAAGGTGGGATCTCAAGGAAGCTATTGAAAGTATACAAGCCTTAAATGACAAGGACGA TCAAGTTGATGATGGAGTTTAATTTTAACATCGATCAAATACATGTATACACTCAACACC ATTAGTTAATTCCCCTCTCTATATTTATATGTGCATTACACATAATCTCATGTTTGTACA CATTTTCTACTTATCTAAATGACTCAAGGTGTAAATAGACATGCATGCCAACCGATCGGT CATAAGTATATATGTACTTTGTTTAGCTCTAAAATTTTCTGGTTTAAACTTTAATGGGTT ATGCGGTCGTTTAGAAATATTTATTAGTGGCGACCCTTGACTATCACGGCAAAAGACGCC TTTGGCGAAACATATTATGTAGTTCTTCTTATACTTGCTACTCAATTCTTACAAAAAGAA AAAGTGACCGATATGCGAGGAAAAATAACTGGGTGACTAACGAACAAGTGGCCCCATTTT TGCTTGTGCCGGAACGACCCACATAAAGCTGGAGCATTGGGTTGAGTTGGGCACTTTAGT AGACGAATTTTTATTCAAATTAAGTCGTTATGTAAAACAATTTATTAAAGTAATACGTTT TTTTTAAAACTTTACAAAATTAGTATAAACGTATTTCACAGTAATGTTTTAGGGTATATT TTATTTTTAAAAAAACTAACAGTATTAGGTTGATATACGTTACTGTAAGTAACGTTTCAC TTTTAAAACGTTATTTTCAGTAACGTTTTACTGTGAGTAACGTTTTAGGAGTAAAACGTT ACTGTGAGTAACGTATATCAATCTGACGCCATCAACTTTTAAAAAATAAAATATATTCTA AAACATTATTGTAGAATACGTTTATACTAATTTTGTAAAATTTTAAAAAAACATATTATT TTGATGAATGATTTTATATAATGGCTCAGTTAGATTAAAACCTATTATTAGACTGTACCG GCACGGGTCAAAGCGGCGTACCAGACGCGCTGAAACTATCAATAGCCGCTTAGTCTCGAG ATTATCGTTATCGTATCATTAAAAATAACCACAATCTTATTCCAATAAATATGGGATGAA CTTATCCTAAAAAAAAATTCAGAATTAATTATCCCTTCTGTCAAATGAGACAATAAGCTT TTAAAATCTAATTAAAATATTTTTCTTCATATTGTTAATGCCTATTTAGAAAGAAAAAAA ATCAAATTTATTAAATTATAAAGCAACTAATGTAAATGTAATTTTTGTGATGAATTGACT GTGAAAAGAGGAGATGGGTTTTATGGAGGTCCTGGTGGTGTTTGTGGTGTTTTCTGGTGT TGTTGTTACTAGTTCTTATGGTGGAGGCTGGTAGTCAGAAAACAATTGTAAGCGAGATGC TTTCGCCGGTGACTAATGACTATTCACATTTGCTGTTTCTCACAAAAGAATGTTAAAAAT AATATTTCATCCACTAGTGGCGTAGCCATATATTATCAAGGGTGTTCAATTTCGGGAAAA AAATAGCATACATATTAAATAACTTATTTTGAACATTCTTAGCATAACAATTTGTTATTT TTGGACACCCTTTAAAAAATTTCTAACTCCGCCATCATCATCCACACAAAATGAATTGGT TTTTTTATTCCCTTTTACAAATATCAATTTAAGTTATAATGTTAATTCATTAATAAAGTT TATGTTACATTCTGTTTTTAAAACTAAAATTAAAAACATTTCATAGCTGTTAATTTGAAA ATAATTAATAAGAGTTGCCAAAGTAATTTAGAAAAATTAAAAAACTATTTAAAAAGATAT TTTTTGGGAAAGAAAACCTTGAAATAAATAAACTAGAATCGAATAAGAGTTCAAACAATC CTCTATTAAAAGAATACTACAACCCCAACATTATTCATCTAATAATAATATAACTTGTTA GAGCTTGTAATTAATTTTGTGTACTATCATATATTCCATGACATCATCCATATGGTGAAC ATCTCCTCAAGGAGAAATTATATTATTATTGTCATGGTCAAAATATTATGAGGAATACAT GTTTCTTGTTTTAATTTTGTTGTACCATAGATATACAACCAATAACAAATTTATATTACC ACACAATAATATTATTTTGGTCATGGACACAATCTTTGCAGGCAAGAATTATTTCTTTCT TTTGCATTTTCGATACTTCACAATAAACATGTCATAATTACGTGTAAACGTACACGACCA TTGACCATTCTTGCCAAATAAATTTATTTATTTCTCTCAAACCTCCCGTAGAGATGAGTT GTGGCGTATATCTTTTTTTTTCTCAAACCTCTCATAGAGGTGAGTTGTGGTATATATCCA ACCCATAATGATTTTATCACATCTTGACTCATTCTCTTATAGAATGATCGAGCATTCACG ATAATCATCACCAGTCACATTCTCTTCAAAGTATGGACTAATCATTTACATGTACTTCAT AAATTTGCATTATAATTACATTGTCATGGTTTTAAAATTCAGCATATTTCCATGACACAC CTCAACATCACTTTGAAAAATCAAGTGTACCATCACTTTATCTTCTTGTCTTTTGATGGA GAATTTATAAACTCGTCAAATTATTGGGTCTACAACATTCACAAGTCCAATGACCTTTCA TACATTTTTATAATAAAAATTGCCTTCACATTTGGAAGGACTATTTGGAGAACTCGTAGT GTTCTTTCTTTTATAATTACCACAATAATAACTATTATTATTCAGTCCCTTCACGCCCTT TTTCATATTGTTAAGGGAAAATACCCAAGTACCCCCTCAACCTATGCCCGAAATCCCAGA GACACACTTATACTATATTAAGGTCCTATTACCCCCCTGAACTTATTTTATATGTAATTT TCTACCCCTTTTTAGCCTACGTGGAACTAGTTCGAAAAAAAGTCAATCATCGTTGGGCCC ACAAGATAGTGCCACGTAAGCTAAAAAGGGGTAAAAAATTATAAATAAAATAAGTTCAGG GGGGTAATAGGACCTTAGTATTGTATAAGTGTGTCTCTGAGATTTCGGGCATAGGTTGAG AGGGTACTTGGGCATTATCCCAATTGTTAATCATTTGTCATCTTTTAGATTAATTATTTT GTGCTACCACATTCATACAATAGAATGGAGAAAGTCAACATGCGATTTTAAAGTTATCAT ATGTTGCTATCACATTCTTTTAAGAAATGAAGCAAATTCAATAGGACGAATTTCAAGGCT TTTCATCATAGCCTTAGTCATCATTATATCATCACTATGGTGCATTGACTCAAACTCAAT GTTATCCATATAAGGCGTGTTAGGCCAAATTCTATGGGACTTGAACCCAATCCTTATTCT CATGGTGCATCAAAATTCAAATTGATGTCTTACCCTCTTTGTTCGATAGAACTTGAATCT ACCGTCTTACCCTCAAATACTTTTTCATTATGGTGCATCAGGACTTTAATTTGATGTCTT ACCCTTTTGGGTGATGAGACTTGAATCCATCGTCTTACCCTTAACCAAGACCGAAATACA ACATGACTCACCTTTTGAGTCTTTCAAAACAATCAAAATAATATTCAAACTCATGCTATT AAAATTTTATGCCTTATTCCATTTAAGAAGTTATGTATAGCATGTCATATTCAACCAATA GTAGTATATGCCTTTGTTTCCTGATAACGGTTAGTGATTAAATATTATTATATTCTAAAT CATAAAAATATTTCAGAAAATACATATCTGATTTTATGCAAATAATATCTTGATTCTCAT AACGAGATCAACCAAAACATGAGCTAAAGAAAAACTAAACTCACTCTCGATTGGCTAGAG TCTCATGCTGATAACGTATTATAAGATCAAGCTCAAAACAATATAAGTATAAAGACAAAA AGAAGACAAGAAGTATAAGATGAAGGAGAGAACTTTTTTTTCTTATTCAAGTGTATCATA CATTGAGAATGATATATCTATTTATAAGTAGAGAAATCATCTCAAAAGCCACTTTGATGA ATGTCAAATTAATAAATACATCATTATCCCATAAAGATTCATGTTACCTTGGAAATATAC ATATCCAAGATAAGGATAAATCTTGGGAATACATATCCATCCTTGAAAAGGATAAGTTCA TGAATAAATGGATCATCCACTTAGTTCAATGGTTATAACATTAAATATTTAAAAATGAGT GCAACAAAATAGTGAAAAAACAATCTCCCCCAAGGATTCATCCATCATGTCAAAGAAGAA AATACTAAAAATATATAAAATAACTTTAGGGAATAGTAGCTCTAAACAGAGAATGCATTT GATATTTTTCAGTAAAATATTAACCATGAGAACGAAAGAAACATTAAACAAAGAGACTAA AACAAAGCTAAGAACACATAGAATAACTACGATTTAAACAAACCTAAGAAAGAATTTATC TCAGTGAACTAAGATAACCGGTTGAGAAGCTGTTTCCACCACTCAAAAATTACCATGGAA CAAAAAGATTTTAGATATGAAAACAAGAATAGCACCCAAAATCGTGAGAATGATCAGAGA GGCCTACTTATAGGGAAAGATTAGAGGGGATTTCCTGACCAAAAATGATGTGGGAGCACT CAAAATTCAAAATCTTAGAGGATAAGGTTAAAGCTGGCTGATTTGTAAGATGTAGAACGA AAACGAAAAAAAGGAAAAGGAATATTATTGTTGGAGAATTCCTGGAAGCTACGAAATGTT GGGTTTAGCAAAGTGTGAACGGAAAATTAAAAGAGAGAATATGAAAAAGTGAGCGAACCA ATTTGGAGGGAAAATGAAAAGTCTTTTTTTTGCAAAGTGCAAATGAAAAGTCATTTCTCC CATATCGGCAAAAGAAAGAGAAATTGTTGTCCTTATATAAGGAAACACTTCCTTTACTTT TTAAAGAGCTAAGAAAAAGGTGCCCCTCACGCCATCGTCGTCGCTCGGCTTCGATTTCGA CAAATAATGTGGTTGATTGATAAATTTTTTGGACAAAATTTATTTGATCAATTTTTGTTA ATCAAATAAATCCTGTTAATCTTATCTCTTATAAATTAATTCAGGACTTTAGTTAATTAG TTAATTAACAGAATTAATTCGCATTTCCCAAAAGACACATTTTACGAAAAAATTGTTATT TTTTTCAAAAGACGCAACTTTCTGGATAAAAAGAGTCTGAACAGATTTCTCTATACGTTA CTTGCTGAAAATGACTATAAAAAGAAGTCATTTTTCGTTTTTTCAAACACTAAATTTTTT TCTCTGCATATATTTTCTCTCAAAACCAAAGTGTCGATCGATTAAGTCTGTGTGACTTGT TGCTATTCTTAAGTTCGTTCAAGTTAAAGAAGCTTGAGGTACCGCTATTTATTTAACAGG ATTAATCCATTTTATCTTGGGAGAAATTAATTTGTAACCTCGTTTACAGTGAAAAGATTA AATTTCTTAAGGAGACACAATAGTTTCTATGAACTCGGATTATTCTGTTTTCTGTCTACT TCATCTTATTTTTGTTTTCGTTTTTGACTAACCTTATTAGTACAAATTAATAACAAGAAA TGCCTCACTGGCATGCGGACTTGTGCCGAGCACGCTGATATGTATGGATTCATATGAAGA TTTGAAGGAACGGTGTCGTTTTGATGATGGGTCGGAGCTTTTGGAGGTTGTTCTTCGTTG GAGAAGAAGAGGTTGAGTTGTTGTGTTCTTTGAGAGCTTGAAAGGGAAAAATGCATTTGT TCAAATAATTTGTTATTATTTGATAAATATTTTTAGTATATAATTTAAATTTTTTAGAAA AAATTATAGTATTCAAGCCAAGTCTCATTTAATAATTTAAATTTTGCATCAAATTTTTAT CTTTTATAATAACACTTTCTATAGTAGGTATTTTGCGTTATTTACATAATTATTTTTTTT AAGTGAACATTAAAGTAGTGATATTGAGTAAATATGAAAGTATTGATATGAATGAAATAT ATTTCTCAAATATGATGAGTGATTTTTTATTTTGAATTTAATTAATTGATCAAATAGGTT ACTTCCGTAGAATTGTGTATCCCTATTTGGATAGTCCTATTTTTTTTTTTTATCTATGCA AACACAACAATATTTCAAAAATATATTTATAAAAATGTTACCTCCATTCTACATTGATAA TCTTTGTCGCATATTGTGGAAACAAAACACCCCTAGTTCAAGACAGGTTTTCTCGCCCAA ATATAATATTGTGTAAACAGGAATAGGGTAGAGCTGTAGAAATGAGAATTTAATTTACAG ATTAGGATGCGTTGCATACAAATGTTTTCACATTGCCTTTTAAGTAATTTGTCATTCGCC GTCCCAAACTCAAAACCTCAACTTTTCCCTATTCGTTTCTCTTGCCATTGCAATACCTTT TTCTACTGCAATCTTATACGTCCAGAGCAAGTCTGTCATAAATTGAGGAGTTATGCGCCA CTTGTACCTCTTGCTGCTAGGTCTTCGTCGTCAAAACGAACAGAAGACACGGAAGAAGTA ATCGCTGAAGCTAGGGAGGCTGTCAGCTATTACCTACAAGAACTTGGTGTTTCTCATAAG GAATCCATCGAAGTAGCCCTCAACTCACCTAATTACGTTAGCATGCTGATAGATAGCGTC CGTGAACTGGATGAGTTTTCCTTATGGAATTCCACTGACTTTGAAAAAGCATATGACCCG GTTCCTGCAATTCCACCTTTCAAGAGCAAGGTCTACCTGATGGCAAAACAAAAAGGTGAT AAGGGTATGCTTCCCTTCTTGGAGAGCATTGGCCTCACTCTCTCTTCCGCAACACACTTA GCTCGCTACCTTTCCTCGAATTCTCTGTTTCAGACACTACCTACCCTTATCAATAAGGTA CGCCTACTCATTTCTTCTGCTGTATTTTTCTCTTGATTTTGTTTTCCTTACTCCTGTCTG TGTATCTTTTCTTTAAACAGAATAACACTGAACTCCTGTCTGTATATCTTTTCTCTAAAC AGAATAACACTAAACTCCTGTCTGTGTATTTTTTCTTTAAACAGAATAACACTAATTACG GAAGACCTTTTGTTAATGTCAAATTGTTGTTATGTTGTTCATCTTTCCTAGTGTTGTTGG CTCATTCTATGAAAATCTCATGAGCTCTGTGGGAGAGTTCTGTCATCTCTGCAGGCATTG AAATATCACAGGAGGATGAAAAGTCTTGATTTAGTGTGGCTAGATAAGAAAGTAATATAC TCGCTGGAATCTTTTAAATAATTGCTAAGGTTTCCTCTGGTTCAAAGAATAAGGCCAAGT ATAGGTGACATATAGTTATTGATTAAGATCTATAAATTGTGTATATAAATTCTATTCATT CCATGGTTAAGGGAGTTGAAAAGGATCACGAGTGGCCATAAAGTTGTCACTTTCTTGAGA TAAGAAGTTTGAACCCTTTTTCAGTTTTTTCTTAATGTGCTGATCCCTCTTCTACTTGCT CATAGGTTAAGTATGTGAAGAAAATATTCTTCGCAAACAGTGATGATGGAGGACATATTG CTAGAAATGCCCGGCAAATGATGATGCACTTGTCCATCAGTATTGATGAGGATGTCCAGC AGACCTTGTCATTTTTTCAGAAGGTCAGTTGCCTCCTTGAATCAGGATGGTTAATGGGGC TTATTTACTGTGCCTGTCTTGGAGTTTGTGGCACTGATGTCTGTTCACTTTCATTGAGCT ACACCTACCCTAAAGTTTGTGGAACTAAGTTATTACAACTATATCTTGATATACTCCCTC ATCTCCTTTTATGACTATTTTTCCTAAAGGGTACAGTCTGTCATCTACAGACCCTTGAAA TAACTTATGGTCAACCACTACTTTATGTCATAGCCTTTACATGACTATTTCTCTAAAATT CACCCAGTTCCACCTAGTCTTAACATATTAGTCTAAACATCCAGTCAATCCCTCACTCTC CATCATAGTTCACAGTCCACTTAAGGAAACTACAACGAGTCAGAATAATACATCCTGCAA GCAACTTCATAATGTGATTGTACTTTTTGTAGATCCAAGCAAGACGTGGAGGTCTACATT TGTTAGGTTCTCAAGATGCATCTTTCCGACATCTTATTGAGTCATTTCCACGACTTCTTT TGCTACCTAAGGAGAGTCATATGAAGCGCCTGATGGTATTTCTTGATGATATTGGAGTGG TGGAAGGATGTAAGAGACAAATTCTTCTTTTATTTCCGCCTATTATTTTCTATGACATTG AAAAGGATGTTAGACCAAGACTGCAGGCGATCCTTAAGGTATCACATTATTTATTTATAT CTGATCTTAATAGTTTTCCTTCCTTACTTATCTCCAACTCGGCCTCAAGTTTAGCGACTC ATGGTTATCACATAAATATGATAGCAATATGCTCTATTGGCTTCTGTTAATATTACTAGT GCGAGACAAAGGTCATTTAGATCTTTATCATCTCTCTCTCTCTCTTTCCGTCAGTCTCTT CTTTTGGTATGTGTGGAAGTTCTGCACCGAAACCTGTTTGTGAGGATGTACTTACAGACG ATTTTGAACAATTTCCTAGTATTTTGGGACTAAGAAAGGAGACAGTTTTCAGCCTTGAAC TGATGTAGCAAACATAATTTTTTATAAATCTGCCGAGGAGAACTGAATTATAGTTTTAGA GTTCTGTAGAAATATTAGTGTAGGTATGAAATTGTTAACATACTATTTAAGTTAGAAATT TATTTACTTGTGAATAAGTTGGACAATCTAGGAGCTTTCATTTTTAGGATGGTGTGATTG TTGTTCATTTATTGCAAGGATGGTCTGGAGGCTAAAGATTTTGGGCAGATGTTGCTGAAA TATCCATGGATTCTTTCAAGGAGCATTCTGCAAAACTACGAGAACATTCTGATTTTCTTT GATGATGAGAAGGTATAAACCCTGGTTACCCTATTTTGCACATGAGGCCAATTTTCTCAT TTGAGCAGTTAGTTTTTGCTATGAAATATGTCTGGTTGATTCTAATGGGTCTTCTATGTA TAGTCATTGCAACTTTCTAGGAGTCCCTTAATCCTCTGTATTTAATTACCTTGACTTGTG GTCTCTAATTCAGTGGTGTATCCACTGTGTAGGTTGTTGTTATCCACTGTACAGAAACAG TGGATTTGGTTTCTGTATCACTATATGCCTTGTGCTGCAGTAAGTTAGAGTGTAATATAG ATGTCATTTTGCTATTTTATGTTTTGGGCAGGTGCCAAAAATTAGTGTATCTCAGGCAAT TAAAAGCTGCCCGCTCCTTTTGGGGTTATCAGTTAACAAGCTGAAATTGGTGGTGGAACA GTTGGGTGACTTCGGCATTCGAAACCAGAAGTTGGGTAAGGTGATTGCTACAAGTCCTCA GTTATTACTACAGAAGCCTCAGGAATTCCATCAGGTGAGAGTCAAAATTATGGTGTTCAC CTATCAAATTACTAACATCAGCACAAAAGTATGCAAGATTGTGCATTAGTTCTGATTGAC ACTGGAGCTTTAGTATGAGATTTTGGAATTATTTGGTGATGGTAGTTGTACAACTAGGCT GGTTGATCCAGGTAGCAACATGCTCCAAATTCCAATCGAAAGGAACCACACGTATGCTAG AAAGACGTATAGGCAAGCCTTCCTTTATGATACATGGATTGCTTTTCATGACTTTTCTTT CCATAGGCATATATTGCAGTCTAACCAGCTTGCAAACTTTAGGGACTGAGAGTCAGTCTT TTGATCCTCCTCGAGCCTAGTCTTGTCTTTCAAATTAAGCTTCCAATTTAGTTGGTGCAA ACACCTTCATCTTTATTTTAGTAAATCTTTCATAATACTAGGTTGGTGAAGATGTTTCTT CCCCTTTCAAAATAAAATAAAATAAAATAAATCTTCACAAATCTTGGATTGAGATGATTA CACAATTCTTTGGTTCTAAAAGCTTCACATTCCTGATTTAAGGTCCATCATAAATGTGAT AGTGATCTTAGAAATGACTTCAAATCTTTTTGTTTCTGGAGTAGTAGACTGTTAGTTTGT CATTAGTTTAAACATGTGGACATGAGAAACTTTCCCATATATGGAAACAGGTCACATCAG TTCTACTCATATAGATGATTTTAGGGTCTTGCTTGTCTTTGAGGTATCCACACTTTATAA CATTTAAAATATTTATTGATGATTGAAGGTTATTTGAATTGAGAATTGTTAGTTATAGGG GTATTGCTTTCTTTGAAGTATTCACCTTTATAGCAATAAAATATTTTATTGATGATTGAA GGGTGTTGAAACTGAGAAACACGTATGCTCGTTTTGGGGTATCCCCACTTTCTGTCAATT AAATATATTTCTTTTGAAACATAAGCATTTCAGTAAACATTTTTACTTATAAGAAGAAAA AAAATCATCACAATCTTTCCATGCTCGTAGAATAATCTAAAATTGGAAAAGATTCCAAGG GTAGTAACCATCTAGTCGAGCGCATACCTTAATTAGAGTCAGCTTGAGAATATGACCCCT CAAACCTTTATCAGATTTTTTGATAAATTTAACTATATCTATTAATGAGGATAGTTCTAG CATACAAGATGGATATAAAGTAGGGGTGACATTTGGGCAGGTCAAACAGGTGAAAACGGA TAAAATACCGATCTTATCCATATTTGATATGTATAAAAATGGGTAAACTCAATGGATGAT ATGGATATTTATTGCTTCTTATTATGTAAAGAAACAAGTACTTGCACATTACAAGATTTT TTTTGCAAATCTTTTTCACCTTTTAGGGTGTATATTTGGCATGATGGTAAAATATTTCAT ATTTTCCTAGAAAATATTTTTCTTGAAAGTGAGTGCTTTGGAATCAAGGTCGGAAGGTCA AGAAACTTTTGAATAATATTTTTATGATTTAAGGTAAGTTTTGAATTTTCTAATTTTCTT ATTTTATGTACGAAATTTTTTTCTTTAATCAAAGGAAAATAAAAAGGGCTGCCCGGTGCA CTAAAGCTCCCGCTATGTGCAAGGTTCGGGAAAGGGCCTGATCACAAGGGCCTATTATAC GCAGTCTTACCTTGCATTTTTGCCAGAGGTTGTTTGCATGGCTTGAACCCTTGACATGAC AACAACTTTATCGGTTACTCCAAAGCTTGAACCCATGACTCTCTTGGTCACATGATGAGA ACTTTACTGAGTACTCCAAGGCTCGCTTCCAATCAAAGGAAAATAAGTCTATTTGAAAAA CATTTTTCAAAACATTTAAACCAACCAAACATGAGAAAATTGAAAAATCTTTTTCTTAAT ACCAAAACACCTTTAATAAGTGTACTTTTTAAAGGTCCTTCACCCTTACATACTTGATAC TTTAAGGGGAGTTCATTTGGTGGATACCCATGAGTTATCCATATTTTATAGAGAAAATTA CGCGGTTAAACAAACTTATACTACTTAATTACTCATCATAGCTATAGTTTGCTATAATTA CCACTCGCGACTAATATTATACATTAATTACGTGGACTGACTTCGAGTTTGTATAATTAG CCACGTTTGTATATGTATAATTTGCCAGAATATACAAATACATATGTATAATATACAATT ATCTAACCTATATAAATATACAATTCACCTCTCCCCCACTTTCTACCCTCTCTCGCTCAA CTCTCTCCTCCCTCTCCCAATCTCGCTTGTCATATATACAAATGCATATGTATAATATAC AATTATCTAACCATTATACCTATACAATTCACCTCTCTTCCCTCTCGCTCGCCTCTTTCC TCTCTCTCCCAATCTCGCTCGCCTCTCTCCCCCCCTCTCCCTATCTCGCTTGCCATATAT ACAGATACATATGTATAATATACAATTATCTAACCGATATACATATACAATTCACCTTTC TCCCACTCTTTTCCCCCTCTCTCCTCTCTCTCCGAGTGTCGCTCGCCTCTCTCCTCCCTA TAACATGTAGTTACGAATTGTAATTATCAAACTATAGCTATGGAGAGTAATTAGGTTATT TTTGAATGGCTATATGAGAGAGTATCTCTATTTTATAATGGATAATATGTGTTGTTTCAT ATTTAACCCACTTTAAAATGATTGGAAATCAACCCATTTGAAATGAGTTGGATCGAGACC ATAAAGTTTAACCATTTTGCCACCCCTAATACAAAGGGTAGAGATGAAAATATGACTTTA TACGAAGAACACCCAATTTCCTGAACTAAGTAGAATGTATATGGAGAGAATTTCATACAA AAGCATGATTCTCACATACATAAGATGAAAGATAAAGGGTTAAGTCATATGCGGCCCCTT AAAGTTGTCCACATTTTTTACTTGGACACCTGAATAAACCTTGTACCCATTGAACAATTG AATTTTAACAAATTTATATCTATTTGACACAAAATAATAATAATTAAAAAGATAAAACAC TCATGCATCTCAAACCTTATGCATACCAAATGGACCAATGAAACAATGTACATGTCGATT GGATTAAGTTTTTTAAAAAATCTCTATTTAATTAAAATAATTCAAAAGGAACTTCAAGAA GAAAAAAAAAAGAATATTGAAATTAACCCATCCCCAGCCCATCCTTCTTCTTCTTCTCCA TTGAAACTTATTTCCAATTCCACAGTGTAGCTGCACCTCGACCGCTACTTATTTTCATTT CCAATGTCATCAAATCTTAATTCCTAATCATTGAGACGCACCTCAACTGCCACTGAACCA TAGCCTCCATCCATTTCTTCTTCTCCATCGAATCTTATCCCTTTCACCGGCGTCAATAAT ACACCATTGCTATATATCAATCCAAACTAACCCTTCAATACCTTTCATTCTAATGGCATT GAACCTTTCATTTATGGTCTTCATCTTCTTTCACTAGTTATCATTATCACAATTACATGA AAAAATAATGAACTTTTATTGGAAAAAATAATCAATAATTTTGCTGGAATATTATTTTCA TCCGAAACAATGGAGCTTTGTCGGAATATTTAAGACCTTAACTAGATCTACATAAAAAAA ATAAAAAAGGGAAAAAAGTGGAAGAATAGTTGGAGGGAGAAGATGTTTTTTTTTAAAAAA AATTTACTTATATATTATTATTATTATTTATTAATATAATTTAGGTGTATAAGTTGGAAA AAGAGAAAGAAAAAATATCATTTTTTATTGTTCCACACGCTTAATGAGAGTGTTGCACAC ATTTTTTTGCCATATCAGCGGATTGTGTCTAATTGGAATCACTTTTGAATATATAAAGTG TTCAATAGGTACAAGGATAAATTGAGGTGTCTAAGTGAAATCTATGGACAACTTTAAGTG GCTGTGTATGACTTAAGCCTAAGATAAATTACTGATGTGCACGTAAGCTGGGTGTGGTGT GCTTTAACCTTAATAATGGTGATTCTTTGCTTGGGTTTTAACCAATTGTTTGAGGATTAT CTATATGGCATGGCTGTAAACAAATCTCTACTGTATCTGTCTTGGCTACATGTATTTCTC CTTCTAGCTTGATATTTCAGATGAATGCATTCTCTCCCTCTTCATCTTGATTTTGGCATG CTTTCATTTTTATTTCAGGGAGGGAGGGAGGGAGGGCTTTTTAATTGGTTGTTACTATGA TTTTATGATGATGAGAGAGATTGTTTTTTAACTGGTTGTTAACCCTATCAGAGTAAGATT TTATGATGATGCTTGAACATCTTCTTTGCTGATTATAGTAGATACTTTTTTTTTTGGGTG AATGCGAGTAGTATAATTATCTCAGCACCTGTTATATAATTTCTGTTTTCCGTGGGAGTA ATAATTCATTATCTCCAGATAGTGTGCTTCTTAAGGGATCTAGGCCTGGATGATGATATT ATTGGTAGGATTCTTGGTCGCTGTCCTGAAATTTTTGCATCGAGCATCGGGAGAACTCTT AAGAGAAAACTCAACTTCCTAATGGGTATTGGAGTTTCCAGAAGTCATCTTCCCAGGATT ATCAGGAAATATCCCGAGTTTTTTGTATGTGATATCCACAGAGCTTTACGTCCAAGGTAC AAATATCATACTCTCTGGTATATGCTTAAGTTGTTCTATTAAATGGCACTCAAGGGTGTG ACCTAGTGGTCAATGAAGTAGGAAGAGAAATATGAAGTGTCAAGTTTAAATCCCAATGGA GACACATAACACTAGGTGATTTCTTCCTATCTGCCTAAGCCTTAAGCCAAGTGGACAGAA TTATTTGGTATTTGTGTTTGTGGGATGCAGTAGGTACCCTGAGTATTTTGGAAATTGAAA CGCAGTTGATTGATCCATATGAATGTTTAAATTTATTTTGCAAAGAGAACTTAGCCCAAG TCCAATTAAAATCCAGAAATGGGTCTAAGTGTAACCTAGCAGAATAGTACTATCAATTTG GGACAAAATAGCAACATTTCATAATGTTGTGATTTCAATCTAGTTTTACATTTTGCTGGG CATACAATTATTAGATAACATACAGATATATGTTTTTACAGCTTTCCAAGCACAATTATA AATTCCTTGTGCAAGTATGATACCTTGTGTTATGACAATGCTTTTCTAATTATCATTTTG AGCAGAATGATGTACTTGATGCATGTTGGGCTTTCGAAGAGGGAAGTAGCACTAATGGTT TGCAGGTTCTCTCCATTGCTTGGCTACAGCATAGACGAAGTTCTCAAGCCTAAGGTAGAA TTTCTGATGAATTCAATGGGAAAACCAATAAGTGATGTAGTTGAATACCCAAGATATTTC AGCTATTCTTTAGAGAAGAAGATAAAACCTAGATATTGGGTGCTCAATGGTAGAAACATG GAATGCAGCTTGAAAAGTATGTTGGGTAAAAATGATGAAGAATTTGCTGCAGAGTTTGGA AAGGGGAAGATGCTTGTCCCCCCACTTTAATTCTGGAACATTACTCGCCAGTCGCCAGTG TTGTTTTAATACATTTTTTTAAGTAGATGCACGAATCAATTGATGGTTGGTGTGGTGGAC TGGTGCATGTGCACAGGTGACTCGGTGTTTTTTCTTGTGAATAAATTCAGATCACGGAGT TTCAATACAGAGAGATTATTCTTACGTGCTTAACTAACTATAAATGAAGCTCAACATTGT CTCTTTATCTTTTGACTTTAGATTCAAAGGTGGATCATAAACAGTGTTCCATTTTTAAAA AATAATATTATTGGTATTAGTATATACTATATCTGTAACACCTGTTTTATTACTACTTAA ACTAAAATACACATCTTGCAACACATAATATTTGGATTTGGATATGGGCAATAGTTACCT GTTTTGTGGGTCCGATCCAAATATTCAATGATGTTGACAAATCACTTCTCCTTCATAATT TTTCTACACCATGAGTGGTCGGAGTAATTTTTTTCTTGTGTTTTCCTACTCTAAACCATA CAGACAGTAATGAAGTGCTGTAAGAATCATCGATTCTTTCTTATGAAACAATATACTGAA TGACGGGTCTTGACTTTTGAGAGATATTTTTCATGTGAAGAATATCTGAAATTAAAATAA TAGTAACACGAGTTGGGAAGGAGTATCTAGTTAAGTTGTTTTATTTTGTTATAGATAGCT AGAGCCGTCAAAATGAATCAACCCTAACGGGTTAGAGAGTTTAATGAGTTGGGACAAACC GACTCTTTTAATTAAATGATCAATAAAATAGCGGTTCAATCCAGCCCTAAGCGGGTCATG GGTTGGGACGGGTAGACCCTTCAATCAAAAAATGAAGATATTACTCTCTTAGAAGGAGTA TCCAGGAGTATTCAATGTTGACATCTATGAACATGACATCTATACATACAAATTTTCATT TATGAATCACACATTTCAGTGAATACTTACCGAAATACATTTATGAATCTCACACTTCGA TGCATGCTTACCAAAATACATAATAGACAAGTACAACATAAGATTTAGCAGAAAAATGTT GATCATTCAATCATTCCTCCCACGAAAAACAAGCTAGTTTGAAAGACTTGATTCTTTATG TTTTTAAATATTTATTGATAAAAACTTTACAAATAAAACACTATTCTCTCTCTATCTATC TATCTATCTAGCCCATGGGCAGCCTTGGAGGTTTGCAGGTTGAGAGACTAGCGGGTCAAG TGAGGTTGAGCTAAAAAGCTTTGTTCCTAAAGGAGCCAAAAAAATTAGGTATAACTCCAC TCAATTCAAGAGTTGGATTGGACTGACCTCGCGGGTCAAGCCCATTTTGACTAACTCTAT AAATAGCTTTTCAACATTCTAAAGAAAAGAAAGACATTATGTTCCACTAAAAATACTTAT TTTTTTTTATATTTATTACAAATAAAAATAGATTGTGTTTGGCCTATCTTTTAAAAAGTG ATTTTAAATGTTTAAATTACGAAAAAGACAAATCTTGTGACGTGGATGGCTATTATACAT AGGAATAAAGCTTTTGGAATCATGTGAAAAATTATATTAACTCAAATTTTTTCCTTGTTA ATACTTTGTTATTTGGAAGGAGGGTAGAAATATAAGAAAAGGACCGTAAGAGAAAAGAAA AAATAACTCATCTTTATAGTTGACAAATTCAAATCTTGATAAATTATTGATCAAATGATG GAAAAATTTATTTTAGCTCAGTCTTGTAGTATTTAGGCGATTTTTTCGTAAGTAAACTTT ATTTTTTATTTTATTTTTTGCAATCAACTCTACTGACATATTTAAATTCTTTTGTATCCA TTTTTTCTCTATTGAGACGATTAATAAATCTAGTCATTATAACTTTCTCATCTTCGTCAC TGTTAGTTTGAATCCTAGTTGTATAGGTCAAACATGCAATGAAAGCTGGATAAATTAGGA GATACAAAACATTCCAAGTTCGATCAAAGCCATTTCAATAAAAACAACACTCATGAAACA TTAAAACATCGGAAAAGGATCTGATATGCCTATCGTTATAAAAGTGACTCAAGTATCCAT CAACGAAAGTTAAAAAATTAGTTTTAAATTTATATTTTTTACTTTTACTTTTACTTTTAA AAAAAATCATGTAATTGTATATTTGATCTTTCAAGTGAAGTTCAAAATATTTTTTAATTT ATTTTTTTTTATACATAAATTATTTCGTTGACTTCTTTGAGTTTCTTATTAAAAATAATT AAGAAAGTTATATGACAAAATTTACGTGTCCTTTTCCCTTAAAACATTTAGGATGCATTG CAACGTGCAAAAATAAAAAAATTAACTATCATTTAATTTTCTCAAGATATATTTATTTAT ATGTTAGAGAGAAACGGCATACCTTATCTAATGGCCGTTGCAGGGACTCACTTTACTGTT GTTCAGCAGCCGCAAGTGTTGTTTGCTCCTAAGTCTTGCAGTATTTATAGTCGAACATTC TCTTTCCCTAGTGGTAAAAGCCAGAGCAATCATCAGTTCCAGTTTCAGTACCATACCAAG TCCAAGTATGGGGTTCTGAATTGTATATGCTGCTCTACTGATTCAAATTCAAGTCGTGGT TTCGGTCCGAGTGATGGCAACACTAACAAGGTATTGCTTCACCCTTTTAATTTTGTAATG GATAATTTCGATACTCTTCTTGCTACTTAAATTCAGGGTAAGAATTCTGCAACCGCCAGA AGGCAGGCCAAGGGCACAGTGCGGCCGCAAAGGTATGCTTCTCTGTGGAACTTCTTGTTA CAATTCAATTTATAAATAATAATACTAGAAGTTGTCTTAACTTGGTAACCACCAATAACT ACTCTTATCTAGTTAAAATAAAAATTACAATTGGTCTTGCATTTTGAAAGAATTTTGACT TTTGCAGCAAATATTTCCTTCTTTTCTCAAAATTCTCTTCCTCGTCCAATCTTTAGGTTG AAAGATGAAGTTGATGTGTCTTCTCTTGTTTTCGGAAGAAGAATTTCTCCATGACTCGTA CCAACTTCTTCATCCTAAGAAATCTTGTAGAAAACCTTGACCTTCCTATTACACTCGTAA AATTACAATTTGTGTAAATCCACATACTCCATTGCTAATATACTGTGTTTATTACTTCAA TTGCCTCTTGGTACCCAAAGGAGACCTTTGAAGATGCAATACTTGAGCAGATACATGCTT AAGATGAAAACAAAACTTGAAATTTGGTGGATTTAAGCAAAAGAAAGAAAATAGTGGATG CAAGTAAGTTTTCTTAGTCAAAGACAATCATGAAGGCTCTTTGACAAAATTTAAGGCAAG ACTTGTGACAAAAGGAAGGATATGTTGAGACTTATAAGGTGGATTATTCAAATATACAAC AGTATGTAGATGAAGACTTAACTTAAGAGGCGATATAGAACGGTCATTTGAAGTGGGAGA TATTAATTTAATTAGAATGCACTTCTCTCATCTCCTACTGCTTTAGAAATTGTGTGTATT ATTCTCTGAACTTGTACCTATGTTGTCTAGAATTGCATATTGATGTAAATAGCGAGTTTA TTGTAGTTATTCTAAAGCTGTTGTTTACTCTTGCAGGAATTCATCTACCCGACAGTCAGA CGACCTCCTTAATCGTTAGTAAACCACCCTACCTTGCATTTGTGTAGTGTGTAGTTGGGT ATCATTTTGTTTGTACTTGTGGTTTACCGATTAATAATTTAAAAGAAAATAGAAAAGTTT GTTTGATTAGATGTATAAATTATGATGCATCAAAAATATTTAGCATTAAACAGATATTAT ACATTGGGAACTTTTTAACCTAAAATAAGGCATGCCAAAACTCCATTTGAAAAAATAAGA ATAGAATTAGGTATGTATTGAGACAGAGGATGTATACCTTAGATTAATCATTTTACTTTC TCGATCTATGCTATAAATGATACATGGAGTTTGAATCACATCGTGAGAAACATTTCTCAC ATAGTTGATGATCTGATGGAATATCGATGTAACACTCTATCCCTGATAGGACTTTGGAGA AGACCAAACATGTTCTTAGAAAAGAGACACAAAATGTTGGGAGACAAGTCGTAGAGCCGT ATGCTCTCGGGAGGAAGGTAGTCAAGGGTCGACCCCCTATAGCCTTTGTGAAAAATATTT GTAGTCTTGTGGCCTAAAGGATTCTCCTATTAATGAATTTCCTTTCTAGAAAAAAGTAGT ATCTTTGATTTTTTTCATGTCATCTCCATGCTAGTTAGAGTAGGTCATTTGTGGCTCCGA TGTTCTGGTAAATTGTTTTTGAACCATGGGTAATTTTTTTGTTCATGAAACTAACAATAC AAAGAAAAACAATCATTATGGTTTAAGGTGTGATATATTGCTCGAGTACATGGTTGCTTG AAGTGTTTCCAACACTTGGTTGAATCTTCTGGAAATACTCTTTGAACCCCTGAATGTGTT GATAGATTACTGTTTGGAAAGTATTCTGATGTGTTTCTTGCCAGTTATTTTATCAACGTT ACAATTTGATGTTTTATGTGTACAAGAGCTCTGATGCGTAGCGGTTTCATAGTGTTGTAT GATCTGAGTTTGTTTCTATTTTCTGGCTTTCCCTTCCGAATTTATCTTTTGATTCCTTGC CTTGTCCTCACTTGTCAAAACTATTTGACACCACACATTCTTTTGGATTGTAAAGTTGAT TCTTCTGGCTAAAATACGTATGCTTTGGAAGCTTATTTCTAATTCAAAATGTGTGAACAC ATTCTTCTAGTTTCATACTAAGTGGTCTCTTAAAGGGTTTTCCCCTGTTATATCTTGTTT AAGGTGAGGTCTGAGTTATAGGTGTTGTAGAATATACAATCTAAGGCTCATTATTGTGCA GAGGCACCTCGTTTGAACTCTACGAATGATGTCAGAAAGTCAAAAAGTGTGGGGTCAGAT CTTCAGTTTGAGGAACGGTTGGATGTAGTAAAAAGGTGCTACTAGTATTTAGAATGGTTT CTTTCCTGCTGGTTTTACATTTATGCTTACCTGCAGTAGCTGTCTTATAAAATTAATTTT TGTTGTATTATTGCACTAACTTGTCATTGTAAATTTTCCTTTTGAGTCAATTATCTGTTC ATATTGTATTGGAGTCCAAAATTTGATGACTCACAAAAGCAGATGAAAGAGATTATTTTT CATCATTTTATGTGGTGTACTCATTAGACTTCACATATATGCAAGTAGCCTTCGTATCCA TGCTTCATCATATCATCTTGTATGTGGATAGTCACAACAATAACTACTTATCAGCATACC TTGTGAGGGTCTGGGGATGATTTGATGTATGTAGACCTTACCCCTACTTGTGTGGGGTAG AGAAATGTTTCGTACAGACCATCGGCTCAAAAGAAGTGTAATCAAAACATAATAGAAAGG AATTAACGATCCCAAAAATAGCAAGATAAACAAAGCAAATGAAGGAAAAAGTAGTGGGTA AAACAAAGAATAAGATACTATGCAATACTAGATAAGATTAGTAATTGAGGAGAAGGATGA GACAACACCCCTGCCTCTCCCACGTAAAAGTACTTTAACACTCTGCTACCTACTACCCTA CCCTAATCCTCGACTTCCATATCTTGTCATCTAGGGTCATGTCAATGTGATTTAAATAGA GACTTCTCTCCCCAACCATTTGAATAAAAAGGAGGAAGTAATACATTCATACATAGATTA GGAGAAATTCTGTCAGCAGTCCTGGTCAATCCACCAGCTGGTAGTGGCCATCACTTTTCA ATGACCTAGTATGAAAATAATCTTGGAACTACTTGATCATGCTTACTAGATGTGTCACCA ACGTTTTGCATTCCAAACAAGGGATTGAATGAATAATCACTGGTGACAAGTGCTGTGATC AATTATTGAACTTCTGGTTGCAAAGGCAAAATTTGTGCAATTTCAACTAGTGACAAGTGC TTGATCAATTATCAAACTTCTGGTTGCAAAGGCAAAATTTCTGCAATTTCAACTTCTGAG TTTATAATCTAGACTGTTTTGGGATGTTTTTAGTTCTTGGATAAAGTAAGCTCTGCTTCG ACAATGTAGGCATGTTAAATCTATGTTGTGTCAACTTTTGATGTCTAGTTTCTTACTTCT TGGACTTCTTGGTCCATCTTTGTGGGCTATGTGGGCAATGTGTTGATGACATTATCCTTT TTTTATCTTTCTTTCTTCATCGATTAAAATATGTTAGGTCGGCGCTTCAGCAGAAAAAAA CAGAGGAAGAGAAAGCATATGGAGCAATTGACTATGATGCTCCGGTTGAGTCCAGAAGTA CTACAATCGGACTGGGTACCAAGGTGGTACTATAATCTAGCTGACACATCCGCCTATTGA TCCATTTTAATTCATTTCTTCATAAGGATACTAATAGATATATTCCAAATTTAATAGATT GGAGTTGGAGCGGCTGTTATTGTATTTGGACTCTTGTTTGCACTTGGTGACTTTCTTCCC TCTGGAAGGTAGATTCTGGTGCTTCCAATTATGCTGGCTATTTGTTATCAAATAGATCTC ATTGTTTCCGTCCTATTTTTCTTTTCTACTCTATCTAGAGGTTTCCACGTCTCATGATTT ATTTGGTGCTTATTTCTTTTTATTTCCCCCCTTTTTTATTTTGAATGTATCTTAATGAGG CCATTGGTCCAGTGTTAGTCCCACTGAGGAGATTGCCAGCAAGGGTAAGAGAATTGCTGA AGATGAGAGAGCTAACCTCCTGGTAAATTGTTTTCCGTCGCACTGAAATTTATAATTTTC TAGTGTGCAACTATAAGGTAAGACATGCTTTTGAGTTCAGTTGAAAGTTGCTGCAGAAAG AAGAAAGATTGGTGAGAAGCACCTATTGCTAATGCCTACCATCTCTTTATCTATAATGGG CTTGCATATGTAGTTATCATTGCTAGTCAGTATGACCAACTTCTCTCTGATATGAAAGTA TGAAACAGGTTCGTACGGAGTTAAATGAATATTTAGGATATAAAATGTGCAATATTAGTA ATTTCTACATATAGAAGCTCCTTAGAATAGAAAACTGTTTAGCAATATGTTAAATTCACT CAATTTTGTATAATTGAAGAATTCGTAAATATGTTAAGCAATGTGTCGTTCATCAGATTT GATGCTTTTGCAGAAGACGCTTCAGCAATTTGAGGCTACACTGGCTTCATCACCAGAGGA TCCCATCTCGCTTGAAGTGAGTTGTTATCTATGATGTAATTTAAGATTTCTTTGTTTATT GTATGCTTACAGTGTCAGAACTTCCCATTCTCTAAGAGCATACCTACTTCAGTTTAGCCT CCTAAGAGTTGCATATACTTATGCTCGGGGTCTAGAAATTAATCTTATCGCATAAGGAGG CAAAAAATTTTTGCAACTTAAACATACCTCACCCATTAATACCATTGTTCTCTTTACTTT AAGATTGAGTAGCGATATGAAATGCAAGTACGTTAGCTTTTATTAGACTTTGCAACCTCT AGGTTAGTCCCCTTCACTTTAGACGGTGGTTCATTGCCTCTAATTGTTTCTGGCAGGTTT GTTGATAAGCATCAACCCATTTTTTCTTTGTGAGAAGTATAGGAGAAAAATATTATTAAA TTGTGTATCTACATTATTACATTGCGACCCTATCTGTAGACTCTATATTACAATCCTTTT CCTGTCAAACGCTTCCCCTCAAGCGAGTGCATACAAGTGATACGAGACCGATGAGGGACT TGATGAAGATATTTGCAAGTTGATCCGTCAACTTCACTAATTTTATAATAGTATCTCAAT TTGCTTAGGTTTCTCATGAAATACTGGATTTGATGCAGAATGTTTGATAAAACACAAAAT GATCAGCTCCATTACAAGTTATGCCAAGCTCCTGAATTATTGTGTTGAACTTTCCAAACC AAGCTTGAGAAGACTATTTCAGATCATAGAGTGACCTGCGCAACCGACATACAAGGCTAC TAGACTTCTCGCAAGCAACAAAATCAGGTGGTTGCTCCATATAGACTTCTTCCTCGAGAT CACTATGGAAAAAAACATTATTAATGTCTAACTAATTAAAAGACAAATGGAAAATGACAA CCACAGATAGAATCGGAGTATACCCTTTTGGCAAAAGTGCATCTGAAATGGAGAATAATA TTGGAAAACTTAGATTTGTTGGAAACAATGTATTTGTTGTTGGAAAGTGCTTAAAATCTG GTATAAAACATATGGATTGTCTCGGAATCAAGAGACGAGTTAATATTGAACAAGAAAGTT GCCAAATAATTGGTTAGAAGAGGCTCACGCATCAGTGCGTGGTACGATCTAGTCAAAGGT GATGATATCTTTGGTGGCGCATGGAGGCACGTGGGAGTTTTATCCGTTGTAGTGTCAGTT GTGGTTTAAACGCAAGGAGATACTATACGTTTTGGTGGTGTTGATTTTTTGCACAACACT GGCGAAAAGTGAGACTATGTAAGTAATATTTGAGGAGTCACCGGAAGACACACGAAATTA TGCAGATCAGATGTGTCACTAAAAAGACGCACGGTGCTACACAACTAGATATAAAAAAGT AGTTCGAAAAGATGCATGGTGCTACACAAATCAGATATGAGAAAGTAGTCACCAAAAAGA TGCACGGTGCTACACAAATCAAAGATAAAAAGGCAGTCACCGGAGGTGCCACACAAAATC AGGTTTGTGAGAATAGTCACTGGAAGATGGACGGTGCCACGCAAAATCAGATATGAGAAA ATAGTCACCACGAAAATGCATGGTGCTACACAAATTAGATATGAAAAAGTAGTCACAAAA AAGATGCATAGTGCTACGATAAAGTAACCATAAGGTAGATGCACGGTGCTATGCAAAATC ATATTTGAGAAAGTAGTCATCAGAATGAAGCACTATGACTACTATGCATCTTTTCGGTGA CTATTTTTTCATATCTGATTTGTGTAGCACCATGCATTTTCCTAGTGACTATTTTCTCAT ATCTGATTTTGCACCATGCATTTGTACTTCAAATAGCAATAAATAAGAGTAGTTAAATCT CTACATCTCCAAGTTTTGAAGGATTTTCCTTTGAATTCTGAAGCTTCGTTAAAATTTCTG CATAGCCACTGTAGAGCTACTCTACTCAACTCCATTCTTCTCACATACCGTCCAACACTC TCCACCCATTCAAACCTAGAATCTGAAGCTAGCTTAGTATCAGTTAAGTCATAAGACTTA ACCCATAATTTGAAAAAGATTCTGTTATCCATCTCTGTCCAGAAATTCGAAGAAAAGAAA ATTAAGTGCTTTAAACTAAAGCAGAGTGGGAGGTGAAAGCCCTTGTGGCCTGGATCAAAC CAAGAAAAAGAAAAAATTCTGATTTTTGTCGACTCACGCGCCGGCGCGTGTCGCGAGTGA CGTCGAGATCTGAGCAGAAGTGGTGGCGCGTGGGAAACTTTCTGGTGATGAGTCTTTTTG GGCTTGAGTCGCGGGTGTGTTTTAGAGGCTTTGGTGGAAGGAGATTGTCAGAAAAGGAAG AGGGAGGGAGGATTCCGGTGATCAAAAGGATTAGCGGTGGGGTTAAAGGTTGGGAGTTGA TTTTAAAATTACATTGGGATTCGTGCCTGGGAGGAAAGAGAAAGATTTCAGTCTTATATA TATATATATATATAGAAAGAGAAAGATTTCAGTCTTAATATATATATATATATATATTCC TCCCTTTACGCCTTTTTTCATTAATGCCCACACTTTATTTGCACTTTGCGCTTAAAGCCC CGACGGACCTTAGAGCTTTTTTGTGCTTTTCGCCTTTGATAACACTGATACTATATACTA TTCATGTTCTTATTCTAACATTCTCTTATGAGGCATTCAACTTGAATTGATCAAGCAACT TCCCAGTTCGATAACACTAAAGTTATGGCAACTTTTTTCTGGTGTGCAACTACTATACTG TCCCTAACCATCTTTTTCCTTGCCTGTCATGGAAAGCTGTGGTCCCCTTGTCCTCAAAAA CCCCGTAATCTTGTCCCAGTCAACCTTGACAAAAATGATGACAGTTGGGTGTATAGTCAA GTGAAAGGAGGAATCAAATTTCTACAAGGCTTATTCCAGAAAAACCTGGGCTTAATGTCT CAGCTCCTTCTCTTTCCCTTTATTCCAACAACAATCAAGTGGATTGGGTCTTGCTGGATT TATTAAGGTCTCAAAAATTTACATGCTGTTTCCTTCGCTTCAGCTACTGTATTACCTGTT GTTGCTATTGTTCCTTCTCCTTTATTTTTAGCATGGTTTTTTTTACTGTTGCATTTCTTT TCCATACTTGTCTTTTGATATGTTTTACTTGAGACAAGGGCATACCAGAAACAATTTATC TAACTTCGTAAGGTAGCGGTGAGAATGTGTACACTCTTTACCAAAACAGAACACCTAACT TCTTCACTTGTGCCTCCTTTTCTTTACAACGATACTGTGAAATTTATAGCTACTTGTAAA ACGTTTAAAGGTATTTTAGTATTTCTAAAAAAAGAACAGCTTATCAACACTTCTTTACCA CTTATTAGCAATTTTAGTACTTCTATCAAACACGACTGCCCATTATTAAATCATGATCAA CATTTGAAATGCTTAGCAGCTATTTATAATCAGCTAGTTTAAACGGGCTCATAGTGCCCT GTGTCTTGTAAGGATTTTCCTTTATATTTTATGTAAGAATTATTGTATGCAATTTCTTTT TTTGATGTCATCCAATCCAAAACCACCTCTTTTTAATTTTCACTCTGCAACTGTGTAAGT TTTTTTTAATGGTTTTCAGGGAGCTGCTGTGACCTTATCAGAACTGGGGGAGTACAATCG AGCCTCTTCCCTTCTTGAAGAATTGATTAAGGTTTTCTTCAGCTGACTTATTTTTTGCTT ATCAAGAGATTGTTCTATGTCCATATGAATAAAACGAAATCACCTGTTCGCGAATGCAGA AAAAACCAAGTGACCCAGATGTTTACCGTTTGCTTGGAGAAGTCAAATATGGACTGATGG ATTATGAAGGGAGTGCTGCTGCTTTTAGAATGTCTGCCATGGTCAGTAGCTTATTAGCTG GATAATATGTCTATTCTGGTATACCTTGTTACTTTAATCAGTTATCATTGTTTATGGTGC CTACCTGTAGTACCTCTCTAGACTTGAACCTTTTGAAATGTTCGTTGGTTGTAAGGTTTT CGAAAGAAGTCTCCTTATTTTATTTATTCTATCTAAACATCTACCTAGCCTAAAAGTTAA CTGATTTATATTCATCAGGTTTGTCATGTTAGTAGACCATACCAAATCCCACAAATAAAA TGTTTATTAGAGATTCTTCACCTCTTGTTCATAGAATAGTTTTCTCAGCACTTGGCCAAA CTCGAATAACCTGTTAGGATGATCTTACAGGTATCCGGAACTATTGATTTTGAAGTTCAA CGTGGCCTTACAAATGCACTAATTGCCGCGAGGAAGCCAGATGAGGTTGGTCGGTCAATC TGCTAGTTCCTCTTTTTACATTGCTCCATTGCCTGCACTTCTAGACAGGAAATGATTCTC AGTTTCTTTGTTCCAGTTAATCACTTTTTTGACTGCTTAATAATTTGTGAGCTCTGATAA AAATATGAAGATGTCGTCGTTGGTGGAACTGAAGTAGAAAAGAGTATCTATATTTACCTT CGTAACCACAGTTCGTAAGTAGAGAAGTGAATATTATGCTCTGAGATTGAGTAAACACTG TCAAAATGTGTATGGTTCATTTGTGTTCAAGATTTATGTGAAATTGAATATGTAAACTGC TTTAGGTACTTTAGCCTTTCGCCAAGGGTATGATCTAAATGTTTTTCTCCTCTGGCACCT GCTCTCTTTCATGGACTCTTTATTTGTCTTGATGCACCTTTTAGCACTGGTCCGTTGCAA CGGACCCTTCATTTCTCTTGCTGCACCTTGTTGAAATTGGATATGACATATATATTTGGT GCTTCTCATGGATCCTTCAAAATATACAACAAATTATATTTATCTGTATTGGATCCATTT AACATTAGGCACCTGAAATCAGTTAAGAGGATTGGTGTGATCTCTTAAAACTGACCAAAT TTCTGCAACTTATAATGCGTGAAAGGGCGAAAGAATGATACTTAATATGGAGTACTAAAT TTGGAGCTTATTGGGAATATGTGGAACATGTTATTGCATTTTGAAGTTCCAATCTTGAGA ATTCAACTCTCCCCCCACCCCATTTCTCTCAATTTGTAATTAGTTTGATGTTTAAAGCTA AGTAAAATCTATTGGTTTCACAATGCCAGTTGCTCACTTTTTAATCTGATTGTATAAACT GTTCTTTAGTTGTTAGAGTAGGTTGCTTTAAATAGTATTTTCAGTGCTAAGCCTACTCTG TTATCCTATTGATTTGTGTATGTCGACTAGGAATTTCACTTTACTAGCTAACATTCATTG ACAAAGAATAAGGTGACTTATATCAGAATAACATTCACTGAATTTTTTTAACATAGAGTA AAATCGCATGTGGAATAGATTCATTGAGAACGGTAAAGATGTTGGATGTTACTCAACGCT GTTGTAACTTAATACTCCCGCTCTCCCAATTTATGTAGCGCACTTTTCTTTTTAGTATGT CCCAAAGAGAATGTCGCCTTTCTATATTTAGAAACTATATAACGATGAAACTATTATTAT TTTACCCTTAATGAGATAACTAATAAATCACACAAATGTCTAAGAATTGTTTTAAACCAC AAGTTTCAAAAGTATTCATTTCTTTCTTAGATTCCGTGCATAGAAAAATAGTGTCACATA AATTGGGACAAATTAAATAATTAAATAGATCTACGTTGGGCGCTCAAGTCTGAGCAACTT AGCCGTATACAAGTGGTACACCAAAAAGTAGTCAACCTTACAAAAGACATTGTTTTCTAC GAAACACATCCAATATTCTATACATAAAGGAAACTTATGGGTGCACTGGAAGTAAATAAG AGAAAAGAGGCTACTCCTCAAGTGAACAAGATCTTTCTACTCCATCAAAAGCTCTCATGT TCCTCTCTTCCAAATAATCCACATTAATACTAGAGGTGGAACATCCCATTCCCTTCATCT TCTTATTCGTCTTCTGAAAGCGCAACTAAACATAGTTTTTTTCACAGTGCTCAACATCAC CCACTCAAGACCAAACGACGTTAATAATTACCACCACAAATAAGATGTCCGTAATAGGAG GTGATTCACATCTTTCACTGAGTCTTTACATATGAGCACCAACCAACATGGGTAATCTTT CTCAAATTCTCTGCTATCAAAATCACCTCTTTCAAAGCTAACCAAGTGAAAAAATAGGCT TCTCTTGGTAGTCGGTATGCTAGGGATCCATAACGAAATGTCTGGAAAGGCTGGCTCCTC CTTAACTAAAAGCTTTTCATAATAGAACTTAACAGAAAAGTATTCCTTATCCTCCCATCT CCATACATCATGACTATCATGTGAAATCTGTTGATTGCAAAGCAAATACTGAAATTCTTT CACCACTCCTAAACCTCAAATCCGCTACAGTTCTCCTTGTGGTCTCCACAAACGTTGGAT TGCCATCATGAAATTTTATAGATATGTAGACATGTGAGTCTCAAAGTCTTGTATCCACAC CACCTGTCCTCAAAAGCTCACCCCCATCACCCACCCTGAATGAAATGTTTAGAACCTTGC AAGCATTCAGCCATGTTGATATATCTGCAATGTTGGTATCTCTTGCATTGGTTCATATTC AGATAACTTCTTGACATAAAAGGTGATAACACCATCATTCCAGATTATCTTCTTGTATTG AGTTTCTCTACCATTCAGTTGTGTCTAAGATTGCAAAGCAACCTTCTGCAAGCATGATAA GAAAATGGTCATTTATCATCTTTGTTGCTATAAAACATAATTAAAATTGATTTCTATTTT GTGGCATTTCAATACGTGGACTTGATATGGGTATCTTACTTTTTTAGGCTGTTCAAATGC TTTTGGCATCACGCAAAAGTCTGAAAGAAGAAAAAACTAGTGGTAGCAGTGATGGAACCA AGAACAGTGCAGCGAAATCAAAGTCAGAGGTAGACCCAATTCAAGTAAGTTTGGCATGTC AATTGTGATACTCCCTCGGTTTTGATTTGTTTGGTACAATTATTATTTGGAGAGTAAATA ATTTTTCAAACAGTTCTTAAATATTTGTAACTTTAAACTGTAACTAGTAGTAATTTTTAA CTAATTTAAACATGTAAAATTTTATCTCAAAAAATAACTTCGCTTGGTAACTTAGATGAG TTGACACTACTACACTGAACACCTGTAGGAAATAATTGTTAGGCTGTATCACGTTTGCAC TAACTCATCTGGTAGCCTGTAAAACTTCCTGCATTAATAAAAGGATAAACGCATGGATCT GAACAAAGGAGCAAATGTAAGAGAATGAAAGAAACAGCAAAGATTAAAAGCAAGAGTAAA ACTATAGTTAACGATGGAGAAGAAGTTCTTAGCTTTAGATGACTAGCCCTACCAAAATAT CATGTGCAAAGCTGTTGACAATTCCTACAGTTCCTTCACTTTGTTCAACTGTTAAGTTGT TGAAATGTGTTAGGTATTGTTGGTTGATATGAGTGAATATTGCAGTGTGCTCTCAATTAG AATTAACTTCTTGGCACATGATATTCTAAGTTGTCTCTTTTTTCTTCGATGCATAGCACA AACAGAGGTAGATGGTAACGTTATCTAAAACCCTTGTAGAAGTATGAAATAAAGTTTCCA ATCTCGCTCTCTTATGTTGTATCGTTCTGTAAATGTTAGATGTAATTTTGAAATCTTACT CAAGAAAATGAGGTTGATTAATAAATTGACAATTTGGAACTTTTCTCTCTTTGCTGAATT TTGTACAGTTCAGTTTCAGCCACTCGAATATTCAATGTTCCTTTTTATTTCTCGTCAAAT GCATGGCATCTTCTTCTGGAAGTCAAAGAGGCTGTCTAAATCCATAACTTCACAAATCCT AGCAATCATTAGCAAGCTATTGAGAATCTCAATGTTATTACTCAACAAGCATGAAACTAG TCTCCTAATGCAAATTTGTCTCCTTTTTAACAAATACTAGTTTTTTATAGTTAAATTGGT TAAGAAGAACAAATAAAACATCTATTTACCTTAGTGTTTACCTGCTTTTGAGGGAAATTG TGCAATGTATCTTTCACTCATTTGAGGAACCATTATCAAAGGCAAGGATTCTTGCACTCT CTTGCTTGAATGAATACACTCATTGCACGGTTACCTTTTATTCCTTTTCTACTCCCTTTT CAGGTTGACCTGCTTCTGGGAAAAGCATACTCAGAATGGGGCCATATCAGTGATGCCGTG TCTGTATATAATCAACTCATTTCTACCTATCCTGACGACTTTAGGGGTTACTTAGCGAAG GTTCTTTCAATTTGGTCCATATTTTACCTGCAACAGTTATTTGTATTTTTATCCGCTTAA AGTTTGCGCATTAGATGGATGGTCTATTAAATTTTGGAAACCATTTTGGACAATCCAAAA GTTGTTTTAGTGCAATTATTAATATTATTAGTAATATTGTGTAGTTTTTTAAGTTTAACT ACAAAAGAAATATGAGAATTCCTAATCTTGCAAACCTTAGTTTTAATGTGGAGATTAGGG TGTCAAAATGAGCCCAAATATAAGTAAATAGCCCAACCTGCTCAGAATTTTATGGGTGTT AGGGCTCAAAATAGTTTAAATTAGGTTCAATCCATTCAAGCCTTGACCCATTTTAAAAGA ATCCTCAATTGAGCTCAATTTAATATCCAATACCAACCCGTTTTAAGACTCTTTTTTCAT TGATGTAATGTATGTTTCTATATTCAAGGTATGATTAATATCTATTTTTATATATTCTAG GATTTATTCGTCCATTTGTGATTCTTTTTTCTTGAGTTGAAACTCAAATTGTGGTTATAA AAGTTAAATAACATGTTAAAATTATAGACATTAAGCGGATCAAACTTGGCGGCTTATGAT CCAACCCGATATTTTGCCCATTTGAGCCCAAAGTAAACTTGTGTGGGTCATAACCCAACC CAATTTTTTTTCAACCCATTGTAATATATATCTAATTTCAACCCAATCCGCCCATTTGAC ACCCCTAGAAGAGATAGTAGAGATAAGATTCAAAGAATAGTGTGAAGTGTGGCAAAAACA ATAACTACACACCTAGTGTAATCCCACAAGTGGGATCTGTGGAAGGGTAGTGCGTATGTA GTCTTACCCCTACCTTGTGAAAGGAATAAATTGTTGTTTCTCATAATATATCAAAGTAGT GTAAATGAATATATTAGTTAATAAATAGTATAGTATCTTGTAGAATAGGAAGAAAATCAT GATAGTATAATATCTTGTAGAATAGGAAAAAAATCATGATAGTATAATATCTTGTATAAT AGGAAGAAAATCATGACATTTTGAATTTTGATGTTTCTATTGTAGGTTTATAGATTTCTT CATCTCGATTTGTGCAGGGTATCATTTTGAAAGAGAACGGAAATGTTGGTGATGCTGAGC GGATGTTTATACAAGTGAGTATATGAACATATTTATGGATAGTCTTGGGAACCTTTTCCA TAAGTTGACACCATGATAAATGCTTCCTTCCATTTAATTGTTCATTATTATGGTACAATT ATTAATTCCCAGATATGATAAATGGTTAACCCTTCTTATTGTGAAGCATTTTGGTTTTGC ATTTATTACAATTCTTTTTCACGTAGGACTATTAGAATAGGAATAGGAATACTAAATAGT ATCCTAATTGGTAAAGTATTGTATTCTAGCGTCTATAAATATAGGGTCTCAATGTAATAA TGTAGACACAACAACAATTCAATAATATTCTTTCCTTATATTTCTCACATGGTATCAGAG CCTCTAAAATCTTGGTAAACAATCAAAGAGCTTCCGCTGCCGGTGGGCAGCTATTATCAT CTATATATGCCGTCCATCTGGCTAATGATTATGTTAGCAAAAGTTGGATCACCGTGTATC TTTGCGGTAACTACTTTCTTATGTCTAATTAGTGTAGCACCGTGCCATCATTCAGGTGAC TACTTTTTCATATTTAATTTTTATAGCAGCGTGCCATCATTTTGGTGACTACTTTTTTCA TATTTAATTTGTGTAGCATTGTGTCATCATTCCAGTGACTACTTTTTCATATATAATTTG TGCAGCGCCGTGCCATCTTTTCGGTGACTACCTTTTTTTTGCATATCTGATTTGTGTAGC ACCGTGTATCTCCCGAATTACTTTTCATATTTAATTTGTGTTGTACCGTGGATTTTTCTG ATCTATTTTCTCATATCTGAGTTGCATAACATCATGTTTCTTTCAAGTGACTTAGATTTG ATTTGTATAGTCTCATTCGTCTTTCCGGTGACTCTTTAAATCTGATTTGCATAGGATTAT GCCATCATTCCAACCCTACTCATATTATTTCTTTTTTTCAATGGAGTCGTTCCATCAATT CGAATTATCCTATATATATAATTTCTATTTACTAGTTGGGTCGTGACATCATTCTGACCA TGCCCATATAATTTTATTTCTTAGATTATGACCATTTTTAGCCATCAAATCTAATACTCC GGCATATGAGCATGTTCCGATCAATTTTTTGGTGACTTTCTTATTTAATATCAACTCATC TATTGATTCCAACATGATCCATATACTTCATACTAGGTTTGAGCACTTTATTGCTCGGGG GGGGGGGGGGGGGAGGTTTAGTAGCCTTGTATGTCGATTATGTGAGTCATTCTATGGTCT GAAGCAGTCTTTGCAGGTTTGGTTTGGGAAGTTCGACACTGGAATTTTATCTCTATGTTT ACTGACATTATGCATGAAATCCAACATTATGCATCAAATCCAATATTTAATGAGAAGACA AGCACATTGAGATTAATTGTCAATTTTGTGAAGTCGAATGATCAACTTATAGATATCTCA CCAAGCCCCTCATCAGTCCTCGTGTTAATAACATTTGTAACAAGCTAGGTACATGAATTG TATGCATTAGCTTGAGGGGGAGTATTAGAATAGGAATAGGAATAGGAATACTAAATAGTA TCCTACTTGGTAAAGGATTGTATTCTAGCGTCTATAAATAGGGTCTCAATTTAACAATAT AGACACAACAACAATTCAATAATATTCTTCACTTATATTTCTCACAGACACTATATACAA TTCTATTCCTATTATTAGAGTCTGTTTGGCTTAACTTCAAAAAAGTAGCTTTTTAAAAGT AGTTTTTGAAAAAATCAAACAAAATGGGAAGCAGGGAAGTACCAACTTGTAACTTTTATC ATTTTTAAGTTATTTTAAATCTATTTTAAGTTATTTTTAACTTTATCAAACACTCCCAAA AGCTAAAAATGACTAAAAAGTTGGTTTGACCAATTTTTAAGCCAATCCAAACAAGCTATT ATTCTAACATTCTCCTCTAGTTGGTGCGTACAAGTTACGACATGTTACTTCATACCTCAT CGAGGTAAATCACCTCTATCAACTTCACTTCCTCAAGTACCTTAGATAATGTTTTATCCT CTGGCCATTTACTTTAATCTTTTACCATCTTGGTATTCAACTTCAATGGCTCCGTTTGAC GGAATACTTGAGTAACTTGAAATGGTCCAGATCACTTGGACCTCAACTTTCCAGGAAGCA ATAGTCTTGAGTTGAACAACAAGACTATATCTCCATATCTGAACTCCCTTTGGAGTGTCT GCTTGTCGTAATAGTGCTTCATCCAGGCTTTGCAGAGCGATGAGATCTCTTAAGCTCTCA ATCTGAACTCATGCAATTCATTTATCTATTCTAACCTTTAGTTACAGGCTTCTTCCCAAT TCAAGTTCCGCTTTTTCAGTGCCTAAAGAGATTTGTGCACAAGCTCCACCGATGATGACA TGCTTTTCCAAATACCAATTGATAAAGAGACATCCCTATTGGAGTCTTATATGCAGTCTT GTACACCTATAGTGCATCATCTAGCTTCTGGGACTAAACTACCCTGTTTACGTTCACTGT TTAGGACAGGATGCTCTTGATCTCATGATTGGAAACTTCCACTTGTTTGCGGATGATAGG GAGTAACAACCTTGTGTCCGTACTTCTCAAGCAACAAACTAAACAGCCGGTTGCAGAACT GCAACCCCCTGTCACTAATAATAGCTCGTGGAGTATCAGACCCGCTGAAGATGTTCTTTT TTCAAGAAAGCGGTGACACTCCTTCCTTAATTGTTTGGGAGCACTACTGCCTCCACCCAT TTTGACACACAGTCAACAGCCACCAAGATCTACTTCTGCCTATATGAACTCACGAAAGGG CCGTGAAAGTCAAACAACTTAATCTCAATAATATGGGCTAGATGTGAAGGGACTTGGGTG ATCTGTGGGGACTTTAATGTATCCAGATTTCCATCTGAAAGGACAAACTGTAATAGAATA ACCAGAATCATGGCTGATTTCAACCAATGCATAAATGATCTTGAGTTTCTGGATCCTCCT CTTTCCGGAGAATACATGGAGGAGAGGTCAAAATCACAGTTGTGCGACAAGAATAGATAG ATCTTATTCTCTTCCAATGGGATGAGAATTTCTCCGAAATCAGCCAAAAGTGTTCTCCCA GAACTTGGCTTGGACCATAACACATCCTACTATCCTGTGGTGATTGGAAACATAGGAAAT CATATTTCAAATTTGAAAATTGGTGGCTTAAGGAGGAAGTATTCATAGACAAGTTAAAAG AACGATGGAGCAGCTCCAATGCAACTGGCAGACCTGATTCTCAATTAGCTTCCAAGCTTT GTCGATTGAAAGTCAAGCTCAAAGAATGGAGCAAAGCCAACAAGAACAACTGGAAGGAAA GGAAAGATCTGATTCATCACAAGTGGGAAATCTGGAATCCATTCCAGGATCTCAGACTTT TGACAGATGATGAACAACTGCAGTAAATTCAACTGGCTATAGAGGTGTCCAGAAATGAGG AAATTTCCCGGAGACAGATCCAGGGAACAATGGATCAAAAATGGTGACAAAAACAAACAG TATTTCCACAGAATGGCCAATGCACAGAAGATCCAACTCCATTGACATCCTCAAAATCAA GGGGGCTGAAGTTACTAATCCTGAAGAAATGAAAAATTTCATAGCGAGCTTTTATCAGGA ACTCTACAAGGAGTCTGAGAATTGGAGACCTGATTTCACACTCCAATGGAACACCAAGAT CTCCACTGAAGAACAGGAGTGGCTGGAAAGACTACTTGAAGAGGATGAAATATTAGAGGG GCTTAAACAGTTCTGCCATTGACAAGGCTCGAGGCCCTGATGAATTCCCGATGTCATTCT TCATATACTACTTACCTACAGAATTTCCATTGGCAATAGGTTTTTGAGGAGAGCTTCAAT GCCACATTTGTAGCTCTTACCCCAAAGAAGGTGGGGGGCAACTGAGATGAGAAACTTCAG ACCAATAAGTCTGTCTCATTACTGGAATGTGCAAGGTCATTGCAAAAGAGTGATAGATAA GCTAAAAAACCCTCATTATAATGACCATGATGTTAAAGGAAGGCACAGATGCAGCTTCAG TGGCAAGTAAGTGTGTAGACACTAAATTGAAAGGCTCAGCACCAGGGGTGATGTGCAAAT TAGACATCAAGAAGGCATTCGACCACAAGTTCCTCATAACATAAATACTATGCTCTCAGC ACATATCCCAAAAACTCTCTCCTACTTCCTAGGAGAGAGAGAGAACCCTCATTCCGTTTA GGTCGCCTGAGAACTACCATCTCTCTTCTTCTTTCACAGCTATCTCCTGCCATAGTCTAC TTTTATTTTCTGTTCTCTCTCTCTCCAACAGATATGGGGTGGAATAGAATATATTTCAAT GCAGGATTCAAATCATTTGACATTGGCAGATGGAGCTCAGATGGATCTGTTTGGTATGAA TGGGTGGAGAGGAGTCGAAGGATGATAAGAATATCAACTGTTAGCTGCAAGGTGATGGAC TGGATATGTTTTGTCACGCCCTAACGAGAAAGGGGCGGACATCAAGGATATGAGGTTTTG GCCAAAAACATCCTTCAACAATATCTCAAACTTAAGCTACATCCTTAAAGTATCATTCTT AGCAGAAAACATCCTTCAAGTATTTAAAAGTGAGCAATTTGGGTGTTCTAATTAGGATTC CTTTTAGAGGAAATTTGGTGGATATTGGGTTATGGGGCGAATAGTTAGGTTTTAGGTTAA AAAGAGGGGTTAAACGGGTAGTTCAATAGGATTAAGACACGTGTAAAAAATTAGGAGTCT TAGTGAGAGGGGTATATGTGTACCTAGCATTGAACGGCAGGGGCTTATGTGGATGCAAAG TATAACAGAAGGCATATACGTACCATTTATTAAAGTTCATACGTAACTCCATCCTTTTTC GCAATCATAAAATATAAATTAATTAATAAAAAATAATTAACCGGAACCGGAATATACTGG AATTAACTTGTACCGGTACACCGGTATTAAATTGTGATTACGTTCCGTCCCAAGTACCGG TTCACTTTGTCCCATTCCGTTCCATAGACTATCGGAATGGACCGAAATGGTACAGGAACG GTACCGATACAACCCGGTCTGGTGCCCAGCCTTAGTCACTAGTATCTTGTTGCCATCTCT GTAAATCACATGCTTCATATTTTAGTTTTTCTGTGACCCCCTTTGCTAGCTTTGCTCTTT TTCCCATATACAACTTAGTTATAGACAAGGAATAGGTTCCTAAACAGCAGTGTCATTATA GGCCCTCTATGTTTCTACCTATGCTGCTCAAATTCTCCAAAATGTCTACACACGTTCGAT CTTCTAAAAATGCAGTTTGTGAATCTGACATTAGACCAGTGTTTTTAATAAAAATATTCA ACATTCAAGATGTGCCACAAGTTTATGTGATCTTTCTGTGATATCGGACACTAGAACAGT GTGTTTTTATGACAAGATATTAAACATTCAAGTTATGCTACAAGTTTATGTGATATTTCT GTGATATCGGCATGCTTGCTGGTTGCTATTGGAGACGGTATTCAAACTTGTCAAAATTTT ATCTCTTAACGTAAAAATTACACCTGCAATATCTTTTGAAATTTCATAAGACTTACCTAT TATAATTTGGATTTTTATATAATTTATCTTCTAACATGTCAGTTGATGTCACAGGCGAGA TTCTTTGCACCAGAGAACGCTAAGGCGCTTGTTGATAAGTATTCAAAATGATTTCCCTTG AATAGTCCTTTGATATCCCTGGCTGTTACACTATTTTGATGGCTGAAACAGGGTTTAATT GTCCAGCATCAGAGAAAAGTTAAGTAGCCTGCGGCTTATGAATTGTGAGATTCTTTGGTT ACTGGGAAGTATATAGTAGTGGATGGCAGTTACCAACATATGTTTCATTACTAGTTATTG TGTAGACATATAATATTTCTGTTGAATAATGTGGTATGTCGAGTCGGTCAAAAACGCTAT GTTTGTATTCAGTTTGCTCAGTTGCTTTTCTATAATATACGTGAGGTCAGCACTCAGCAG ACTCCTTAGATGATACATGAAGTTGACGTCATTGACGCAGTACTAACTTGGCTAATTTGG TGACAACCTGCCAAAACCTGCGGGGTTCTGATGAAGGAAGGAAACTGACTCATGTAACCA TCAGATTGAATTAAGATAAAGCAGTCATAAATTGGTCAATGACTAGTCTCTCACCAAAAA AAAAAAAAAAGACTCGGTATCAATTAAAGTAACAACACTATGTGGAATCTACCTAATTAA GGATATTTTGAACTTAGATTCTCGTATAAACTATGTTACTCAAAAATTGCATGAGTTGCG GGCTTAATGCTACCAGTTAGAGATTGTATTATGTATCAAAAGGAGCTCAAGGCATTTGTG ATGTGATGAGCAACGGTGAAACAAACAAAATGGAAGAGTATTAATTATCCTTGAACTTGA CTATTTGATAGTGTTCCACGATGTGATTCAAATACTAAGAGAGTAGTGAGATATAATACC GTCCGTTTGTGTTTCTTATCAAAAGTAACCTCTCATCTAACTAATGGATCACAAAAGGCA CATGTATGTCATTTTCAAACTTAAGAAGCCATGCATAGAAAATTGCTAGAAGAGAAAGTG ATAAAGCGAGAAGAGGGAGGAGTGAGTTAAATGTCTGATAGACAAGAAATGTACAACATG CATGAAGACTAAATACGTAGTAATTAATTAATTTTTTTAAAAAAAGGGGGGGAAATGAAT AAGAAAAAGCAGTAGTATGCTGAATGGATGATTCATATACTGCACAATTGAGGAGGCATG ATATTGTGTTGTTGTTGGTGATTGTCTGGAGAGCAGCAGCAGGCGCCGACGACATTATTG TGAATAGTAGTATCCTCATTTGGTTGTTGTTTATTAGATTGTATGGTTTTCAAAATCTTG TCAAAAAGGGAGATTTGACAAGGAATCTTGAGGATTCCCTGTTGTTGGAAACCAAACTCT TCTTCAGCTTCTCTCAAGAGGACTTGAAATGATTGATGGGCCAAGTAGTCCATTGGGATG ACAAATCTCTTCTCCTCCTCCTTGCCAACGCATAGTACTGCAAGGCATCCTTTGGGGACA TTATTATTATTATTACTATTACTGACGTCTTCCTTGTCTGAAAATGAAAGAGTTTTCTTG AGGAACTTATTGATGCTAGTACCACTACTAGTATTGCGTTGAAGGTGAGTAGAAGAAGGG GATGCAGCTGCAATCTTTTTCCATTTTTTGAGCAGCTGCTGAAGCCTAACTATTTGTCTG ATCTTATTACAAGAACTTCCAGACCTAAGAAGCTGCTTATTGTTTGATGGAATATCCATA TTCATAGTATCTAGCTCTAGCTCTAGCTCTAGCTGTTATGAATAATGATCCTTCTTATAT AGTAATATATATATATATATATGTATATGCTTATTTGATTCCATTAATTAAAAAATAATC AAGTGTTGCCGGCCTACTGGTACGGTACCTTCATCAATATAATTATTATTACCTTACCAA TCTCAATTATCAAATAACTAACCCTAGCTCTCTTCCGTACAAGTTATATTATAGAATGAA ATTGAAGCATGACTAAAATATATAGAGTAACTTGTTGCATTTAATTCATCACAGCTTCTC TTACGCTGGCTGGCTGACTGACGTACGAAATTAGCAATCTATCTCCTCTATTCTAATTAA AATAACCTGGCCACTACTTAATACATATATTGGATTCTAAACTTGACTTCAAATTTTAAT TTTGACCTCCAATTTTCATAATGCACAAACAGACAATTTAACTATCCAACTTTTAAATAA ATAAACACATTAATCCTACATGGCACAATACGCATAGGACACCACGTAGGACAAAAAATG ACATGTAGGACATGTGTGTCTATTTGTTCAACTTTATACAAATTTAAGTGTCTACTTGTG CACACCCAAAATTGAAGGATATAAATGTGATTCGAAGCCAAATTAAAAGGTACATGCCTT TTTTCTTATGGGTAATTAGGGGCATCGGGATAGCAAAAATGTCATGATTAGGCACATGAA CATGATAATTCATTTGAGAAAGTCAAAAGCTGATCTGATATCAAATAATAATAATAATGA TTATTATTATTAGACGAATATGGCAGCGTAAGACGTGGGAGCCTGAGATAACGTGATTCA TTCTTGGGGAACTTTATACAACTATTTCCTCAACTTCTCATGATCACCACCTGCCATGTG ATCATTATTATGTTAATGTGCCCTGCACTATACCTACATTCAAATTGTACACCATATACG CACTACGTTTACACATCATTCTTCTCACTCCAAAAATGTTTCATTAACATTTCACCCAAA CAACCCTTATCCAACATCGTCAAAGTTTCAACTTTTTGCTTCCATCTCTAGATGGAAGGG GTTGCGTATTTATTCAACTCACATGCCAAATATGTATTAGCAAAAAAAAAAAAAAAACAC GACTTATGTTTACTAATATAGTCTTTACAAACACATTGTTTACAAACGATGAGCCATAAA AAGATCCCAGCAAAACAACAAATTTAAAAAGGTACATGTGTTATTCAATATCACTCTCCA ATCATTCACCAGAAATGCATTTTTAGGAAATGAAATATTATACAAACATACCTACAACAA GGGCGTAAAATGATTAGTGATATTCATTTAGCCTGCATCATAAATCCTAAGGCGTAAGAA ACATATTACAGCTTGCTGCACCCAAAAATTATAATTACAGTAAGCTTCAACCAATAATTA GCTTTCCTCTCCCAATACTGATTGCAAAAAGTTGAAACTTGGGAGTATGAACCAAAACAA GCCTCCTAGATGTTGACCAGCATCTTTTTAAAGCTAAACAGTACCTGCTGAATTCTAGCA TTATGATCCAAAACTGATGCAACTGGAGAAGTACTCAATCTAAAAGAAATATAATAAGTT GAGAGGAGACATTCTAAGGATTTAATGGAGGACACAGGCATGTAATAACTTTAAACCCCT TCAATGGTTGTTCATCTTCAACCTGGACTTTACACAAGGATAATTTGGTAAACTGGGATC TAATGGGAAATCAAGAGTGTAGTCTGTGCAGAGAGTATAAGCGTGAATGTTATTTATAAA AAGGTACCTAGAGTTATAATTTCACATCATATGTAATATTTTAAAAGATTGGGTATTTTG ATTATTATATCTTTAAAGTGGATATTCCATGTTAATTTTCCGAAAAGATGATATAACAAT TCAGCCCATTTGAGTACCAAAGAAATAAGAGTAATTTGTGGGCACCCCCCTTTTGATTCA GAGTTCTATATGAACTTCATCTGCAGAGAAAATAATCAAAGCCAACAGACGCTAGTTTCA GGGCACACAACCTGCCTCAAGAACAAAAATCATGAAATGGAAGCACATCCAGGATGATCA TTTTTTAACAATTTTCCAATATCCAACTTCCAATTGTTAAAGATTTCTTACGGGGCACTT TACCTTGTTGAAACAAAAAGTAAAAGGAGCTCCTATATCTCCACTGAATGAGAACTCTGA AGAAGGAACCTATTCCACCTTGCACACCTCAAATGTGTCAACCAGACCCTTTGGATCCAG CAGATATCTCTCAAATAACGACCTTGATGAATATGCCAGTCCTTGCGTAAGAAGGAATTG CTGCTAGCTCTATAAAAGTAAAATGTTTTCATGAGATGTAGAAAGAAGTAAAGCACCTAG GACACTACTCTCGCAGACACTATAAACAACATTCATCTGCCTACTTTTTGAAAATCCAGA CCATAATTATACAGAGAGTTAAAGCAAGAACGGCAACCGAACAGCTAAACTGTATCAAAA AATTGGGCCTAGGCCATATGCACAATTGTTGAATATAGAAAAGTCAGAATGCTAATGGAT GATCAGGTTTAAGAAATGCTTTTGAATGTTGAATATCCACGGGTAGGATCAAAAAATGCT ACCATACTTGGAAAGACATAGATACTATCACAATTCCAAAACGCTAAATTGAAGTGCATC ATCCATCTAATAGGATTATAGGAATAGAGTTTCCAGCTTGACTGTAAGAAAAGAAAAGAC TTCTATCAACATTCCAAAGTAACATAATCCCTTCATCATAACAAACAAAAAGAGCCACCA TGTTGGTAAGTTATAATGTTCCTGAAGGCCTTGAAACTCAACTAGAAGAATCATTATGAT GGAGCAAGTACAAAGAGCTTGTGGGTAGCCGTATAGGTAGTTATGAAAAGCAAAAGATGA TAAAATCTTTGAAGACTGAGTTCAGGGGAGCTAAGAAAGTTGCTACCAACGCCTCACGTA AAACTCTAGATGACCTGTACGATATGGGGCAGAGAGAGAAACATAAAGCCAGCACAATGA TAGAGAAAGGGGTACAAACTACAACTATGATGTGTATTATTTGCTTTTGCACAGCAATGT GGCTACTGATCTTTGGAAATTCTCATTTTTGGGTTGAAATAGGTCATGCTAGAGACCACA AAAGAGGAACATATGAACTGGAGCATGAGGATAGTTGATGAAACCATCAAAAGGATCTGG CTAATGATCCCTGCTGCCATCTTCTGAAGTACTAATTGGAATGAAAGGAATAGGAGGTAT CTTGATGGAATCTTAACAACAAATCACTCCCTCAAAACTGGATGCTTACTTTTTTGCTGG TCTTAATTGTCTAATGTATCACTGTGGAGGCATACAAGGTGTGGCAGTAAAATGGATTAG TAGCAGTCAGACAATATATGAAATGGATCCAAACAGAAACAAATTGGAGAATATACATAG TTGGTCATACTAGCTTGAATATGAGGTGTAATCGTTGGTCGTGGTGGTAAAAAGTTAAAA CTATTACTCCCTCCGTCTTATGTTGAATGCTCGTTTCTCTTTAAAGAATACAACTTAAAT CATACATCATATCTCATATCTTAACAACAAATCATATATATATATATATATATGTGGCGT CACCACAAACAAGATTTCCCTTTTAATTTATTTATTTCCAACACTAGCCTTCCTTTTTCA TAAAAAGTTGTGACTTTTACGAAAAGTCATGACTTTAATGAAGAGTTGTGACTTTTACAT AAAAAGGTTTAACTTTTGTTAAAAGTTGTGACTTTTTATGAAGAGTTGAGACTTTTATGA AAGGTTGTACCTTTCCGAAAGATTGTAACTTTTCCAAAGAGTTGTGCAATTTCCAATAAG GCACAATAAAAATTTATTCAAACTATACTTTGTTGTCTATAAATAGAAGGATTTCCTGCC ACTACTCTTGCATCTTTCATTCCACAACTTTTAACAATGTTGAAATGGTTGAATTCATTA CATTTGGTTCTTTAGTAAACAAAAATTTTATTTTTGCCACTATTATTTTTAAGGTTTTTT TTTTCCACAAGGAAGTCGAATTCAAATAAATTATTTAAAGTTCTTATGAAGTGATTTATT CCTCATATTTCATGAAGCTTAATCTTTTACCATAAGTCATAGTGATTCATGTATGTATTG CATTTTTTATTTGCTATTTTGGTGACTTTTTTTGAACTCTTTCAAAAATTAAAATTCCAG TAAGGAAAGTTGAAAATTTATCATTTCTTTTCCCTTTCTACGGGTTTTTTCATTAATTTT TTGGAAAGTTTCTTGTGGGTTATACTATATTTGATAGCACACAACAACAAATATATGATA ACTGATGCGGAACCAATGATGAACTTTGTTAAAAGAACCAAACAAATTGTTGTCTTGCTT GCCCCAGTTAGTATATTATTTTGATTGTTTTTTTAGGTACATACAATGAGTATGTCATTG CACTCTTCCTAGAATATTAGTATAGACAGAATTAGTCCACTTCTTTTTTCGCAAGTTAAG TAATTTGCCATATTTCTTCTTCTCTTCTTTTTGGGCATAATAAGAATCAAGTTTTCTTGA AACAAACAGATGTCCAAAATGCACTATAACAAAAATATTTTTTATTGATAATAAATATGA ACATTAACGGAGAGTGCTAGAGCCTTTACCGACATTAATTAATTGACATTAGACTCAATG TTGCTATAATCTTTAGGAACATTTATAAAGAGTACCAATTGCCTCTTAAAATACATACTT ACCAATAATTAAACTATTAATTGTTAAATATCATATTTACTATAGTGATAACTCTTCATT TTGATAAAGTTTTCTGTTTTTCTTTTGATAAAGAAGTAACAACTCTTTTTTTTGGATTAT TTCAATTAATTTTTTGAACTGTAAGCTTGGATACAACCTGATAGACTAGCAACATGTCTT TTTCTTCTTGATTGCTAGGAAAGAAAGGTTGTTTTTATTATTATTTTTGGATATTTGTGA GTTAAAGTGCTCACAAAATTATGTTGTTTGATTTTAATATGTTATGTATCAAAATTTTGG TTTATATCCAATTGTGAACAGTTCCATTCAGATGTCACCAGCTTCTTGGTTGATAATTGA ATTAATTCTTTCTAATTGCATAGTATAACCATAGAAATAACTATGGTTCAATTCAAAATA AGTTGGGGCCTGTGTTATAAAATATAAGCAATAGTAATGACTACTCTGAGACAATGAGGA AAAACATTTACGGTACAAACAATTTTAGGCTCATTTTTAAATATATACATGATATAATAA AAACAACTTGATTGAGGTTCATAAGAAAGGAGTCGAAGATCTTCCATTTGAGTTTAGTTA ATTATGTTCTTGTATGGACGTGATGTTCCACTTTACTTGGGAGTGTTGTTGTTCGAGGCT TTTTGGTCTCTTATTTATTGTTTGATGTTGTTCTTTTACTTATGATCAACTATTTCTATG GAGATTTTCTTAGACTTCTTTCTTCTACTCAAAATCTCTCTATGACTCATAATTTCTATT TAAAAAATAAATAAATAAATATATATATATATATATATATATAGCACTTTAAGATTTTGG AGGAACGCTTTGCCTTAAAATAAATGTTCTTGATAATGCAGTGTATATATCGAAAATATG AATATTATCAAATGATCATATATGAGCCTAATAAAATAGTTCAATCCCGTGCGAAGCATG GGTAATTTACCTAGTTAGTTATAAGTTATAACTAGGGGTTCTTTTAAATATTTTAAACAT GTTAAGACATGAAAAATTCGAAAAGCTCATGGTTCCGCATATAGTTAATGATGAACATCT AAGAATATTTTCAAATAAACTCACCGACTAATTATTCCAACTTGGTAAGAGGACATTTAT TAGGGGATAGAATGAGAAAAATGTAACTTCTAATCATCTCAGCAAACTTGATCGATAACT TAAAGACTTTTACCTTATTTTGCTTAGATGGTCTAATTGGAGGACATCCAGCATTTGGTG AACTCATCCTTTTGGCAGGCAAAGATTTTAGTGAAGACCTAGACTTGTTCGAAGATATTA GTGCTGAAGAAAGAAGAGCATCAACAGCATCACGTTGTTGTTTCCTCTCTGATATTATGT GATCAGGCTGTTTAACCTGATTACAAGCTCCAATCCCATCTTCCACATCCTTCTGCATAA GAGATGTCTTAGCAGGGTTCTTCCAACCTCTCGTATTCCGCAATTTATCATCGTGTTCTA AAGGTAGTTGAAATCTTTCAGATGCAACAGATATAGAATGTTTATGGTTATCACTCCTCG ACTTTTTTGAGTTCCCCAAGTTACTCTCTAAGCTGTCACAATGTTTTCCGTGATGCCCAT GAGCTTTCCTCTCTTTCCTGTGCTTCTTACTGATCTTTTCGCAACTTTCACTCGATTCTG ATTGATTTTGCCTGAGTAAAATATGTGCACCCTTGGTATTTCTGCAATGATCATTATTGA GATCCTTTTTCAACAAAAGACTACTTTCATCTTTAGATCTTTGTTCTCCCTCAACATTTT TTCCATACAGCTCAGCACGTATTGGAATGTCAATTGGAGCTCCAAGGCTGGTGTCTTTTC TTTTCCTTTCTGTCACATGCTTTACATTGTTCTTTTGACTATCAGCATGCTGACATGTGG TTTCAACCCCGCTGACATGCTTCAACGTCCTCGAACAATTTTCTGGTTTCTCTGAAGTCA ACAGTTTCTCCCGATCAGATGATTTAAAAGTAGCATTATATGGTCTTTTAAGTGACATCA CTAACTCTCTTTCTTTTGCATCCTTCACTAGAGCTTCCCAGTTTTGGTTAGTCCGCAATG TCCTTGCATTCCCCATGATCCACAAAGAAAGTTTTGCCCTGGTCAAAGCAACATTCATCC GCCTTACATCAGCCACAAAACCAATACGGCTAGAATTAACCTGTGTTGCATTTGAGCATG CCTCGAATGCCCTCACTGTGGAGAGTATAACTATATCAACTTCTCGACCTTGAAAACCAT CGACTGTATTAAACTCCATGTCAGCAGTGATAGAAGATCCAAATGCACTTGAAAATCGTG AGCGTAACAGAGAAAGTTGACACCGATAAGGAGTTATAATACCAATTCTTCCACCAGCAA ACTCAGATGGAAACCTAAGCATGGCATAAGAAGAAAGGCTTTAAAACAATTGAGGTAGAA TTTCAGTACAAGGCATCAAAAGAACGTACCTCCTCTTGAAAAATCTCAACACTTCAACTG CAGCATCAGCCTCACACTCATTGTAGAGGGATAATGTGCCAGATTTTTTATCATGGAGCT CCTTCCCATCAACAATATCAAAGAATACATAGGGACCAAGACCCTTGGTCCCATGAAATG ATGCAACTTTGCTGGATAACTGGTCTCCATCAACCAACTTACCATCATAAAAATGGAAAG AAGGAAAACGGCATATCTCTGGGTGCATCCTATACTGCCATTTAAAGAAACCATTAGATG ACAGATGGGTTATAGGTGCTGATAAAGCAAAAATATAAACACTTGTACAACAACCAGACT GGTTGCTTATTTTTGTTATTTGGCGGGCATAAAGAGAATCATGTTTGTTAAAACTTTGGA GATTGACAAAAGTTCAGACACAAAATCCTTTTTCTGAAGACAAATGATACAATACATAAC GGTTACTGCACCAAGTGCAAATAATCTAGCCAGCTGAGAGTTGATCAAGGAAACTGCAGC ATGGAATTAATGGAAGCTCTAACACAGCAATAGTACTTTCACCTCACATCTATTGGCTGC AAACTCATGCAACTTACCATCTCAAAATCTTGAAATATATTTTGGAACTAAAAGGTCTAT AAAGTTTGATTGAAAACTACCTGCTGTGTGAGCATGTTAACAGGATAACCAGCTCTTTGC AAGCGTTCAAACATGCTACATTGGAAAGAAAATTTGCTGGCAATATTAGAGAGAACTGTG GCTGGAAGCTGCTTTGGATCACCCACCTTCAACACCAATATTACACTTCAGTTATATTAT TAACCTTCACGACAAAATAACGCATCCTAAGCTTACCATCACACATCTAGTTCCCGTTGA TTTTAATAGTTGAAGTGGTATGAGGGAAGCAGGCTCCAGAGCCTGAAAGTTGCAAAAACG CAATTTTTTAGAAAGCCTGAATGGTGATCCATTCTACAGACATCAAAAGGACAAAGAGAA AGAGAAGCCAGGAAAAAAGGAAAGAACAAACGAAAAACGGTTTCATACTTGAGCAGCTTC ATCAATCACAACTGCATCAAATAGGACACCCTCGGATGAACTGCTAAATCTCTGGCCGGA CACAGATGCAGCACAAACCCCATGTAGATCTCCACCACAGCCACTCAGTGTAGTCGCCAC AATCTCAGCCTCTTTTAGTATAGCCTTCCGTAATTTATGTCTAAGAGCTTTTGTTTCTTC ATTAGCTTTCCTCTCTCGTGCCTGAGCAGCAGCGAGATCCATGTATATTGATTTCTTTCT TTCATACAATATTCGAAGCTTTGCTTCTACTTCTGCATCAGACATTTCCTTGGCATTATC TGCTTTATCAGTTCCTCCTTCCAATAAACTGTTAGAATCAGAATCTCCATCCCGTAAACT AGCTCTTTTAGCTTCATAACATTTGATAGTATCAACCAACTTCTCAAGATTAGACCGCAA GAATGTCAGAGTATCCTCGCTGGCATCATTCTTTGAATCAGTTGCATTTATTTTCTCCTC AGCTATGCGGTGATCAACAAGCGTATCAATGAAGAATGGCAATGAATTAGGATGAACTGT TTTCGTATTACCTACTCTAACGATATAAGGCTTGTACATCGTCCCATCACTGCTATAAAG GCCTTCACTACTTATTCTTGACACTAGTTCATCTACTGCAGCATTTGATTGTGCACAGAT GAGAATTCTTCTTTTACTGCAGTTTCCAACTGGTTTATCATTCTCTAAATCCCCGTTAAG TTGTCTAGCTAAGGCTGCGACCTGCCATGCCCTAGCAACAGCTGCAGCTTGACAGATTCG CTGTCTTGAAGCAGTGCAAGACATTCCAGTAGACTTTAGACCTCCATTTGATGATCTCTT GGTGTCCACTTGGGAAAAAGAAAGCAATGAACTGACAATGGCCACAATCACTCGGGTCTT CCCGGTACCTAATAGAAGTTGTCCAACAATGAACAGAAAAAAAAATATATTTTTCCAAGT ACAATGAATAAATAGACACAAAAATAACACACCTGGAGGACCTTGTATTAGAGACAATTG AAAATCCTTTTTAGGATCAAAAGGTCCAATAGCAGCACTGATAGCTTGCAGTTGACTGTC ATTATATGCCGATTTGAGGACTTGCTGTAAAGGTCTAGATAGTTTATTGAAACTCTCACC GTAATGTTTACAGTGATTGTAACTGGTGGGATTCAAGATAACAGGAAGCAAAGGAATTCC CCTAATAGCCGACAATGCTTGAAATTCTCTGAGTTGAGAAGTTATGGTCATTAGACGACT AATGCACCATTTGCTTCGCGCAACAAGAAACTTTTGAGCTCGCATCAGATGAGGTCTATT TTGCAAGTACAACCTGATGAGTAGGATGCTTGATCTCCTTTTACAATCTCTTTCACGCTT TTCCACCTGCAAACAGTCGGGATGCTCCGATATCAGAACACCGAGACATCCATATGATCA CATCCAAAATGTCCAATAGATAGTACACAGTTTTCAAAGAAATCAAAAGCTCTGACAGTA TGATTACATAAACTCCAGAGTAGAAGTCATCAGACTAATAACAACCAGACGTCAAAACAA AGGTTGAAACGGGTGTTACATATGTATAAAGGAGAAAACCTACAAATGTGGTTATCTCAA AAAGACACCAACACTCTATACAAATAGGAATTACATGGGTGCTCCAAAAGAAAATAAGGG ATCAAAGACTACTCATTTGAGCAAAGCTCATCTTCACCCCTTCACAAATTCTCCTATTCC TCTCTTTCCAAATGACCCATATCAAAGCAAAAAGGCTTGTGACTTCTTCTAGTAGCTCCA CTGCTCCAGTAGAACATCACTTCTTGATGGTTCTTGGCATAAACCAAGAAACTCCAAACC ATCTAAAAGATATTCTTCCATAACCTCATGGTTAAATTGCAATGGAATAGAATAGATCCA CTCCTCACTCACCTCCTTACAAAGTAAAAACACTAGGTCATGCAGACAACCATTTGTTTT TTAAGATTCTCTGCTGTCAAAATCACGAGAAGTCCCTCTAACTTATTTTTTTGGATAAAT TATTCTTAAATGAGAATAACTAACAGCCCTTGGGTTAGCCTAGTAGTCAACGAAGTGGAT CAAGAACCATGAGGTCAAATGTTAAAATCCAAATAAAGGCACAAACACTAGGTGACTTCA TCCCACTACCTAAACGTTGGTTGGCAGAGTTACCCGATAAACAAAGGTAAATTTTAGAAT ACTGAAAAAAAAATGGAGAGGAAAAGATAGGATATAAAAAGAGTTAACGCACTCGTTAAT GAATTTAGTGATCACCAAATACCCATTGATGTCCTAAGGACAAAACATATATTAAAGCTT GTATTAAACATGTGATATGAAGTCCTGATTTTCTTTGAGAATGGTAACTTGAGTATAAAA GAAAAAGGCACTTGATGGTGCCAAAACCATAAATACAGATAGAAAGGACAAGCAGATCCA ACTATGAAAACCTAACTGTTACAGAGCACCTATTAGATCTACTAAGGATATTGCCCCCTC TACAAAACGTTCTTTATACCAAAAATGAAAAAGAAGACAGCACTTCATCTTAAATTTTTG TAAAGAGATACTTCTTCCTTCAAAAATTCTTAAGTTCCTTTCTTGCAAAACTATATGAAG TCATGATTTTAAATCGGAATTTGGACATGCGATTTGGGATCATGATTTCAAAGCCCAAAT TCTTCAAAGAAAAAATGCAAAACTTGGGATTCGAAATCATGATTTCAACTTTTTTAAGAT GTGAAATATGACGCATACGAGGTGTATTTTGTACAGAAATCATTTTGAATTTTGAAAAAA AAAACAATTAAAAATAATCATGCTCGGCGTGGAGATTGTATGTACCATGTTCAATGATGA ATATTAAAGAATTACTAGTTACTACTATTGTTGACTAGTGGATCTTTATAAAATTATGTG TATTTAGAAGTTCGTAATAGTAAAAATTTATTAACAGAAGGAACATGGAGATATGCAATT TATGCCTTAGGATATTTAGATATATTGTTTATGAACTACAGACAGGAGAGGATCAATTGT GGTGGACAGGAGACGACAAGGGAATGTTCAAAGTCAACAAATCCTACAAGTTGATGGATC ACAGTGCTCAAGCAAATATGGAAGAGCAGAATCCTCACAAAGTCTCCTTTTTTGTTTGAT CAATGGCTAAGGTAGCAGTCCTTAGTTAAGAATAGAGGGATAACCTTGTGTTCCAGGTGG TGGTGAAACATCTGAGACTGTTTAACCATCTATTTTTACATGGCAAGTACACCCATCATT TATGGAGAATATTCCTAAGCTCAAAGGCATCTCCTGGACAATGCCCAGGAAGGTGACTGA GGCATACCGCATGCTAAGGACAGAGGTAGATAGAGAATTATCCTAGGGGCTGTCTGGTAG GATGTTTGGAAAGAAAGGAATTCCAGATATTTTGAGAGCATAGGAGAACAATGCGCAGAA AGTTAAACTAAACTGCATTTTACTTTAAGTCTTTTGGTGCAATCAATTATACTCTAATGA CACTCTCTATTATTGATGTGCTAGACTCAATTTAGACGTAGAGAAGTGAAATCAAGAGTA TACTTGTATATAAGGTACTGTACTGCTTTGTGATATAATACAAAGTTACCAAGTTAAAAA AAAACACTACGGCTTTACTCATTTGATAAGATAGTATAAGAATTGAAAAACAATTGATAG TTTTCAAAACTTGTTGGTTTTCATGTTTATGAGAATTACATTTAAAGAAATCCAAATAGC ACGTCCAAACAAAACTCAAACTTCATATGATCGATTTCATATCACATGTCCAAATGGGCC CTAAGAATTTATGCACAGAAAAAAATCAACAGGGGTTATACCAAAAGCAACCTATCTCCT CGGGAATAGATAATTAAACATCAACCAATAACTAGCATAGCATAATAAAGTTCTACTCAG AAAGTACACTCACCTTTCCAACCATGTGAATATCAGGACAAGAATCCCTCAGGGGTTGTC TTGTAAGCAAAATAAGATCATTGTCTGAGCAGCTTTTAGAACCAGATGAATCAACATCCT CGTGAACACAGCGAATGAAGTGAAAATCATCAATTCTTTCAACTGACATTACAGAAAGAC TGCCACAAGACATCTCTTCTAGAGAAGTTATCTCCTGAAAGGAACTCTGCAATTGTGCTT TAAATTCTTCCAATATAAGTGGACGAAAAATTTCAACATATTCATCAACAGATTGGAAAC AAACAGGAACCTCCTTTAATTTACTCAAAGTATCATTCTTTCCTTCACCTGCAGTTGTCA ATCCAACTGTTAAGAAGTAATTGCACTCCAGAATAGGTCTATACCAATCATCAAGCCTCA CAGCCTTAAATCTTTTTACTCCATCATCCAATCTCAAAGCATTAGACCTATTTTCAACTG GTAAGCCAAGTTGAATGACTTTCCTTTTCGGACCAGAGAAACTTGTTTTTAGGGAAAATG ATTGTTGACGTCTAACTGAAGTGAGAAAAACTGACTCCCGATCACTTCTAGTTTCACTTA CAAGCTCTTTCAAGACTGTATCATTAGGTTTCATATCATGTTGAACAGCTTCCCCCTCAT TCTCTTTCATACACACGCCTCCATAAGATGAGCTCCCTAGAGCAGAATGAAGCCCAGAGG TGACGTGACTATTTTCTTTGGAATTCAGATTTGTATCATTTAAGTGGCACTTGATATCAG TTTCCTTGTTCTTAGGCTCCATAGCTTTTGATTTGACAAGAGGCGAATCTTTTCTGGCAT GCAGTGCATTTAATTGAAGTCTTGGGATATCCAGATCCAAACAAAGATCAATTGGCTGAG AAATTTTCCTGGAGTCAATTTTTTTAGCAGGATTAGAATACACAACGCTCGCAGCAATAT GGCCAACAAGCTTAGGATCAAAGCTGATACAAGAATTGATATCCGCACCAGCAGAAGTAT CTGTTTCTCTTTCATCACCTGAATGCACTATCGCGTTACTTCTTTCTTCACCAACAAATG TTTTCAAGTCTGGAATATGCATTTCTTTACCCAGCCTACTAAAAGGTGCGGCTGCTTCAG CTAAAGAGTTCTTCGTATGAACAAATTCTTCACCAGGCAAACATTTGGAATCAATACTAG TTTTTTTCAAGTCAATGTACCTCTCATCCACAAGTGAAACAGAAAGCCGAGCAACTTGCT TGGTCAACTCATTCATAGGAATATTATCTGCAATCCAGCAACATGGTAAAAAAACATTAT TTTAAAAACTGATCATTATCATAATGACACAACAGACAAGAAGTAAATGATAACTCGACA AACAGAGTATTAAACTCGCCACATAAAATAAGTTTCTCAATATCTGCAGCTAATGAGGCA GGGACACCACTGCATGATGCTTTAATCAGAATCAGCAATGAAATTAAAGCGTCTTTCCAA TATCTGACCACTACTGCAAGTGGTGAATACCCCCAATCTATCAGATCACGAAGACATTGT GTCACTGCATTATTAAGCACGGTAGTTGGTACTCGGCAAAGCCTTCTGAAAACAACAGGA AGGGTCTCTAATAATCTGATGCAGGTCATCTGGAATAAGAAGAAAGCATACTTTGTTATA AAATTTGCAGAAACCATTTGATTGAGCATCAAAGATTTTGGTCTTGATTATAAGATGATC TTCACATCCTCAGCATTAACAGTTTCCAAGAAAGTGGTCAGCTGTAGGCCAAATACATGC ACTGCAAATTTTTCAAAAGTCTGTACGCCACATTTAAGCACTTCAACTGAACAGAACTAA TCACAACACGTTTTCATCTTTCTTTTGGGACTAGTGAATAATGAGATCTCATTTTCATGT TATTGAAGCAATACTTTGGCAGAACTCAACAGACAATTTAAATGCCAGACTACATGGAGG ATAAGAGGAGAACATGCACAATACAATTTCCATACATGTGAAAGAAAATTCATACTTCAG TGCTACCCACAATTAAGAAAAACATTCAGCACTAAACAAGTGTATGAAGCCGATGATTTT GGATTCGGGGAAGGCCAAGAGCTGACCAGTGGTCTAGAAAACAATGAATTATCACTCCCA GTATACAACTTAAAAATGTGAGGTAGAGTTGCTGAGATGTAGTATTGAGTGGGTGATGCC GAGAACTGTAATAGAAATAATGTTTAGCTGGGCTTTTAGAAGACTGAAGAGGAGATGCAG GGCATAGGAAGTGGCTCCCTTGGAACTGATAAGGACCATGTGGAGAGATGAGAACAGGCG AGCTTTTTGGTGTAGAAAAAACTTTGTACACTTGAAAAATAGCCTTGTTTCTCTTATTTC TTTTTGGTGCAACCATGAGGCTCCTACTTGTATAAATTTTTGGGTAGCATTCGAAGAAAA CCATGTTCTTTTTTAAGGTTTTCTACTTTTTGTATGCTCCTTGTCTACAGGCTACTTTTT GCCTTTTGTTTATAATACTCCCTCCGTTTCAATTTGTTTGTCCTATTTTGACTTGGCACT GAGTTTGAGAAAATAAAGAAGACTTTTGGATTTTGTGGTGTTAAATAAAAGAAGTCAAAT GTACCAAAATGCCCTTTCATCTTGTGGTTTTAAACATGTCACATGGAAAGTTGGCATTAA AGAGTTGCTAAATATGGAAGGACGCATTCTTTTTAAATTAGAGTAAAAGTTAGGACAAAC AAATTGAAGTGGACGAAGTAATTTTTACTTCATCAAAAAATAATCATTTACAGTTTCCAA AAGATTCCATAAGCTATTAAACGAAGAAGGGGGCAGGGATATCATGCTAGGGAAGTTAGA TTCCGGGAGGCGTAGAAATTTTAGGTATTGTAGGTGCATAAATGCTACGGGGGTTGAAGG GGCTATTCATGAAATGAGGGGAACTGCCACTAGGCCGGACGAGATCTCTTGGATTTGTGG AAGAACGCAGGCGAGGCAGGTACGGAGTGATTGACTGGGTTGTTTACTATATCTTTAAGG ATGGTCAAAATGCCAGAAGATTGAAGGTGAAGAATAATGGTTCCGTGGTACAAAAACAAG ACTGGTGTTCAAATGCATCAGGGAAAAGTGCCAAAGCTCTTGAATTTGGGTCGTGAAGAT AATTTCAAAATTGTCTTCATTTCATATTGAAGCAAGAAGGGGAAGTCAACCTGTGAAAAT GAGGGGGTATATGGATTTTTATACAGGGAAAAGTTACCATATACCCAACTCCTATACTAG ATAAAATACTGTTATGAAAATTGCAATTAATAGGATGAATTGATGAACATTTCTTGTATA CGGAGTTTCACCCCCAGATGTCAGTCAGATTATTTACCTTATTCCCAAAAAAAGGAAGGG TGATGAATATTCTATCATATTCATCAGTTGGAAGCAAACGATGGTTTTCTCTTTTCTATT GGAAGTTCACTATTTATTATGAGTACCATAGTTTTCAAACAACAGGAAAGAAAGAAATAT CACTAGATAGTAGGTAAACACACTAATATCCATACCTGAGATGGTTTTTGACCTATAAAA ACCTTCCCAGCTGCCAAGCACTTCTGAACACAGATCCAAGCCATTTCTGAGAGTAAGCAA CAAAATTTCTCCCATAAAATGGAGCTGACAACTGATTTATGTGCGTCCATGTGCTCACTT TGAGCTTGAAGCACTGGCTGCTTTAAGAATCCCCCTTGAGAAGAAAATTTTGAGATACTA GAGTCCTCAGAGGATTTTCTAACTAAAGGTTGGCTACATGAATTCCCTTCTTTTAGTAGT TTGCACAAAACAAAAAAGAAATGATGCAATGTCTGAAATTCTGATAGAACGCAGTCCAAC TGTACCTGGAAAAGAGGCAAAAAGGATTAAAACTGACAAATATAACTGGAGAACAATTTT CATAGTAATACAACATTAGAAGACATGCAGCCACAAGAAAGGGAAATTGTGAGAAATATA TTGTTGAAATTGTGTATCTACATTATTAGATTGAAGCCCTATTTATAGACACTACACATT GGACTCCTTTTCAAATTAGGATTCCTATTTCTATTCCAAGTAGAATTTATATATTTATTC CTATTCTAACACTCTCCCTCAAGCTGGTGCATGCAAATCATATGTACCTAGCTTGCTACG AATATAATTAATACATGCGAGGACCAGTGAGGCACTTGCGGAAGATATTTGCAAGTTGAT CATTCGACTTCACAAATTTTGGAACAATATCTCATGAGTATCTTTTCCATCACAAAGTGA CCGTCAATCTCAATGTGCTTAGTCCTTTCATGAAACACTAGATTTGATGCGATATGAAGG GCCGCTTGATTATCACTGACAAGTTCCATCAGACCGATTTCGCCAAATTTTAGCTCTCTC GGAAGCTGTTTGATCCAAATTAGCTCATAAGAATCTGCAGCCATTGCTCGATATTCTGAT TCTGCACTAGATCGAGCAACCAACTTTGTTTTTAACTCTTTGAGGACACCAAATTACCTC CTACTAATACACAACATCATGATGTCGAATGTCTATCAGAGGGTGATCTTGACCAATCAG CGTCTTTATCCAGTGATATGCTCATGGCCTTGATCCTTAAAGAGTAGTCCTTTACCAGGA GCTGACTTTATATGTCGACAATCGCTTCCCAATGACTATCACAAGGGGAAGTCATAAACT GAATCACAACACTCCCAGAAAAAGAGATGTCAAATCTAGTCACCGTGAGATAATTCAACT TTCCAACCAGTCGTCTACACCTCTCAAGATTATTGAATGGCTCCTCATGTCCTGGAAGGA GTTTAACATTCGGATCCATAAGAGTGTCAATGGGTCTAAAACTCATCATTTTTGTCTTCT CAAAAATGTCTAAGGCATAATTGCGATGAGAAATAACAATACCTGATCTAGACTAAGCCC TCAATACCTGAATACTTCAGTCCGCCAAGGTCTTTAGTCTGGAAATGCTTAAAGAAATTT TGCTTCAAATTAGTGGTATCATCTTGATCATTGCCAGTGATAATAATATCATCAACATAA ACCAAAAAAATACACCAATTTGGTGCAGAATGCCGATAAAACACAAATGATCAGCTTCAT TACGAGTGATGCCGAAACGTTGTGCTAAACTTTGCAAACCAGGCTCGATGACACTGTTTC AGACCATAGAATGACTTACACAAACGGCATACAAGGCTACTAGACTCCCCCTTAGCAACA AAACCAGGTGGTTGCTCAATATAGACTACTTTCCGCAAGATCACCATGTGGAAAAGCATT TTCAATGTCCAACTGATGAAGAGGCCAATGAAGAATTGTAGTCATAGATAAAAAAAAGTC AAACAAATGTTATTTTAGCCATAGGAGAGAAAGTATCACTATAATTGAGTCTAAATATCT GAGTATACCCTTCGGCAACAAGGAGAGACTAAAGCCGATCAACCTGACTGCGTGGGACCA ATTTTGACTGCATAAACCCAACGACAACCAACCGTAGACAGAGAGACAAGTTTCCAAGTA CCACTCATATGTAAAGCAGACATCTAATCAATCATAGCCTGCTGACATCCAGAATGGGTA AGTGTTTCACCAATAGCCTTAGGAATGGTAATTGAGGACAAAGATGGTACAAAGGCATAA TGGGGTGATGGGAGACTATGATAACTCAAGAAAGTATAATGTGGGTTTGCATTTCTAATA GGAAGCGCAATTGGTTGACTAGAAGGAGTCAAGTCCGTTGTAGGAGCAGGTCCGATGCAT GACATGAATAATCCAGGACTAGTGGGGGTGGACGACGATGATAAGTCAAAAAGATGTAGA AGTAATTGTAAATTCCTCAAAAGTTGGTACAAGCAAAGATATGAGGTATGGGTAAGACCT CAAAGACATCAAAATGATCAGAAGATGTATAATAAGGTTTCAAAGAATGTGACATCAGCA AACATAAGGTATCAACGAATATCAAGTGAATAGCAACGGTACCCTCTTTTGAACTCGAGA GTAACCAAGAAAGACGCATGTGAGAGAATGAGTTGCTAATTTATCTTTACCCGAGGCTTA GTTATGAACAAAGCAAGTGCTCCCAAGACACGAGAAAATAGTATGGAATGTGGAACCTGA TTCTTAATCGAAAATGAGGGCATTCTATTAATCAAATAACAAGATGCAAGACATGCATCA CCCTAAAAATGCAACGAAGCATGGGATTAAATAAGAGTGCAGGCAATTTCAATGAGATGT TAACTTTTCATTTCTGTCACACCACTCTGTTGAGGTGTGTTGTTGAGGGGTGTACAAGAA GAAATTGTGAATAAACAATATCATACGGGAGTGATATGTTACCAAAAATATGACTAGAAG CGCCCGAGTCCATGACCTATGATCCAAGAGTACTAGACTGTGAAACACAAGCATGAGAAT TAGCTGCACCATGAACAATAAGCTGAGTAACCGAGGGTACTTGTGGAGACATTTGCTTAC TTGCTTGATACCGAAGGAACTCATCATATTTTGCATGAGCAATATGAGCATTATTAGGTG GTCGATAGCAACAGATGCTACTTGTGGAGATGTTTGCTTACTTGCGCGATTTCGAAAGGA CTATTCCTTATAATAGTAGGATCATAATTGGGTGGTGGACCATACAAAATATGACATATC TCACGAGTATGTCCAAGCTTATAACAATAACTACACTTGGATTGAGATCTTCCAAAACCA CCTCTTTCTCACTGATTCTCCATAGGATGATATATTCATTAGTCTATTATTTGAGATGCC AAAATGAAAGAGTCAATGGTGGATGTTGAAACTACTTTGATGTTATGAGGCGCGGCTAAA CAAAGTAGATAAGAAAATAATTCATCAATTATAGATACTGCATGACTAGCTGAAATCTAA TCACGCACAAAACAAGGTCAGGAGAAAGTTCAGCAAGTGTAAGAACTAGAAATAATGTTT ATATGTGCTCTTGTTGTTTGTTCACATTAGTAGTGACTTGTCATCAACATTTCAAATTCC TCCATAATTGCTTGTACCTAAATAGACATTGGATTCTTATTTCTTTAAATTGGTCATTCT AGATATCACATCATAAAACCGAGAAATATCATTATTATATAAGGAGAAACATGGCATTAA GTTAGAGGCGATTGACCGCCATAAGAGACTACATAATTGAGCATCAACCTTCTCCCATAG TGTTTTGGCTTTACCATATTCCTCACTAGCATCAGCCTTTTCATCTACAACATAAGCATT GTTGGTTAAGTGATCTTGGATGCCTTGGCCCTTGCACCACAACTCAACCGAAGAAGCCCA AGCTAAAAAGTTTGAGCTTCCCATTAATTGGTTCAGTAGTGATCATAGCACTTGAACTTC CTATATTCTTGGAGCCAAGAATATCAAATCCCAAACGACATTTTCTGAAATTAGAATACA CTACCCAAAAAAAAAAAAGAATTTTGGAGCCAAAATCTGATTGCAAGAATGGCTAACTTC CGGAACTGGAACTACCGGAAATAGATCTGACTGCCGGAAAAAGAGATCTGATTACCAAAA ACTGATCTGGAACTGTTGGAAATAGATCTGACTGCCGGAAAAAGAGATCTGATCACCAAA AACTGATTGGAATCAGGAAAAAATTATATGGTCAGCCTCCGAATTAAAGAGGTGATTCTA CTGGAAAAAGAAAATTGCTGAAAAACACTGCCAGAAAATTTTATCTTCTAGGGCAGCAAT TTAGGTCACAGGTAATTGCAGTGACGGCTGATTTCATTTTCTCACCATTGCTCTCATACC ATGTGTGAAATATAGGGGAAATATATTATTGAAATTGTGTATATACATTATTACATTGAG ACCCTATTTATAGACAGTACATTGGACTCCTTTTCAAATTAGGATTCCTATTCCTATTCT AATTCCTATTCCTATTCTAAGTAGGATTATATATTTATTCCTATTCTAACATAAATAAAA GACAGCACAAGAATTCACCAAGGAAATAAAGATATAGGGTGCTCTCAATTTCAATGCTAA CTAACACTCAAAAAGAGTGATTCCGCTATTAGATCTTACCAGCTTTAGAGCATGTCTTAA CCCTGTAGTGGTAGCTGAGAGTGAAGATGGCATAGAGCAAAGAAACTGCAGTCCACTTGT TAGACCTCGTGTATTTGAAACTTGTTCAAGAATACACCGACCAACATGTCTCGCATTCTG CAGCAACCAGATAAGGTGGACACAGCATTAACACAGATGCAAGATCCTTCATCAAAAATA TAAAATGATTGACTCAGTTGTCCATTTGTATGTAACTTTTTGGAATGAAACTATTACATC GTTGGGATCCACGAGCAGAAGAATCAAACTGTCACTCATCATTGGCTCCCATGTCCACTG CTTCCTTAGCTCTCCTTGCTCCATTCTGATGATAAAATGAGCAGTCGACCTGTAATAACC TCCAGAAAATAATCAAGAAAAGTGCTTATATGAACACGAAATTCTTCTGATCCCTAGCAA AACCTCAGAATCAACAGCATTAAGCCATAGGATCAACTGCAAACCTCTTGAAAAGCCTAA TTAGAGGCATACACTTTGTTGAGACCCTAATGGAGTTTTTAGACTCCACTCCCTCACCAC CATCATTTGAACCAGATGGAACCTTCCAACTGAAAACATGAGAGACATCTGAACCACAGT TTCTTAACCAGTGACTGGCTGAAGGTGTCATACCAAACTCATTATCAGATTCAAGAAAAG GAAGACGTGACAGAGCCCAGAAAACAGACTTAGCAAATGATACTGGAAGAATCAAGGGAT CAGTTTCAACCAAAACCTCAAACCACAACATTGGGATGCACATCCAATCCCCACATAAAG CTGATGTTATATCAGCTTGAGAACTAAATTCGTTCCAACAACTGACATCATTTTCTTCAA AATCACAACCAAACAAATTTCCTCGGTCCTCTTCTTCATCAAGCTGTAACGGCAAGCATC TTTCACCACTTGTAGCAAGTTGATACTTCAAAATTGAAGTTACCAGAGCAGAAGCATCAG AAACTATAATAGCTTGAATAGCATCAAATGCAGGTTGACGGAGAGAACTGTGAAGTGATG AATCCTTCAGAGAGGACAGAAGAGAAGGTCCCCTACAGAATTAAGCAGGACAATGCAGAG GTATGTATCAGAAGCCACTATCCCACATTCAATTGTAGATTTATGGTTGCATTGAGACAG CAGTCGAGAATATATGCATATTGAAATATGTGAATTTCAACAAAGTAATACAATGACGTA GAAAAGAGGTTCGTGAAAACACTATACTCAAGTATGCAATCTTTCAAGAATAGCCTAGGC CCATTGTCCAGATTGATGTACTATTAAAAATATTGTTAGTAATAATGAGAGGTTATTTCA TGTTAACAAAATTCTGCAAATAAGTTGACTTACCTTAGAATAGGCAAATAACCACTACAA TGTCACTTGTGTTAAGATAACTGTTTAAGACTAATAATCTCTCACGCTCTTTAACGCAGT ATTGAACTTCACATGGTTTCAGAATCAAAGAGAAATAATGTCTGCATCCAGGCCAATATA GTGACGGGAAAAGTTTTCTTTTCTTTTTCTTTTTCTTTTTCTTTTTTTGAATTGAAGGTA GGCATCAGCCCATTTATTAATATAAAAAGGAAACAAAACCATTTACAAAGACAAGGTCCA ACTGGTCCAAAAGAAACAAAAGTTCTCGTTTCTTTAATGTATGGTCACCGGAAAAGTTTT TCAGCATGTTTGAGCAAAGGTTTATAAACTGCTTGAAGGTTTGTGTCAATCCCGTCTCCT GTAAGCCAACAATCTACACCAGGAGCTTCGTCTCAGAGAGAGACAGACATTGACCCAACA GTACTAAGCGCCACTGCACAAACCCTCACTCGCTGTCACATTGACAGCCATGTATTGGCA CACGAAATCATGGGCCAATGGTTGTCTCAGTCATTGCCATGCGTACAGCATGTAAGGAAC AAACTTTGTGCAATGATTACTAGGAATATTCTTGATTCTTCTTTTCAAGCTGGAGCATAT AGGTCATAGGTCCAATTATAATATAGTGCACATTAATTTAACAGACATACTTGGGAGTAA CAGTATCCTTTAAATAAGGTAACTTACCTTATTTTATTTTTTCATGACTAAATAAGGTAA CTTACCTAATTAAAGTAGGTCAACAATTCACATATAGGAAACAATGATATAATGATTTTA ATCATCTCGAAAGGTTGTTTCTTCTCCGGGTGTCTCTCTCTTTCACACAATCAACATAAC TCCTATGTTTTTGCTTCGCTTACAGGTCAAATAGACTTTGCTCAGATTCACTTTTAAGGT ACATTCAGTTTTGCTCAATTGAATGACAAGAATAAATAGCACAAACTGCTATCCTATGCC TCTTTAACATACTGCACAATTTTTTATCGAGAAAAAATTGACAAATATTCTTGTTTGACT TTTAAAAGGTCAGCGTAAAGAATCAACGCGAGGGGAGGAGTAAGTGCAAAAAGAAAATAT CAACAAGATGTAGGCCATGTTTGCTCAAGTCAGGAAAGGGCATTACTTCATCGCCTGAAG CGATAAAGTGATGAGAAACGAGGGGTTATCGCTTCACCTCAATTATGATCATTTTGAATT TGAAAAAAGAAAGATACATCTAATTCGCTCGCTTCGACCCTCGCTCCGATCCATAAATGA CTAAGGAACCAACAACTCTATCTTCTCAAATAACCTATACCCTCCCCACTACGGACCCTC TGCTATCCACTGCAGCAGAGCTGTTTCACGGGGCTATGATACTTTAGAGAAGAAATTGAC CCCAACGGAAACCATACCATTCTTTAAATCCAAACTTTGAATAGATAATTAATATTGACT TAAATATACATCAGATGCTAAAATTAGTTATTTTATTTGGTTATTATAGTACTAAAATCA TATATTTTGGAATTTTCTGCTCCTAGTAATGTGTGTGATGCACTTCAAAAAATAAGAGTA CACTTTGACTTCAGGCCCAAAGGACCTTGAAGCGTTTTCTGCTTCTCTTTTGAACATTGT GACTGAAGCAAATCTAACGTAACCAATGCAATGGACGAAATCAACAGTCACTCAATCATA TGAATAATTGACCTCTAGGTACATACCACATATGTGCACATTCATATGGCGGAGAAGGCG GGTTCATAGTATAACCTCGGTGAACTATGAGAAGAGCTATCTGCAATATATTGAATCTCA TGATGAATAAGACAGAACATCAACATCAACACACTTTGGGCTGAAGACAAGATAATAACC TGGCAAGCTTTTTTTCTCATGAGCAAGCTGAAGTTGCTACTCACAGTAGCTTGATGCAGG AGAAAATAAAGAAGATTTCTCCGTTGTTTTTCATGTTCTCCATCTTGTAAAGCTTCAAGA GACTGCAAGGTTTACACATGAGAGCGGAAACATAACTAGGACCACAGATAGATCAATCGA AAGAAGATAACCACACATTATTAAAATTACATAGCTGAGTGAAAAATATGCCTGTAGAAA AGGCAGGAAAAGATCAAAGATTTCCTTATGGATTTTCTCATTTCGAGTGTGGAAACACTG GCCCAATAGTGTATTGCGCATCACACTTGGAGATAATGAAGTCTTCAACCAAAGCTTATA TCCTTAACAAAGTGCGATTGGAGATATATCAGGAATTAACGGAAGGAGTGAACAGAAAAC TAAAAAGGTATGTATGGAAACATACCAAGCATCTCAAACAATAATCTCAGACAATTAACA GCATAAGAAAATTCTGGTGAATCATCACTGATATGGTTGAGAACAACACTCAGAAAAATG GGATAGCGATCTAAAATGCCTTCTTCAAAAGCAGGAGGCTCCAAGAATCCAAGCCTTCAA GACACAGAAAAGGTAACAATGAGAAATATAAAAATGAAGAATACAATAGCTCGCACACAA GGGAATAGAAGTCAACTACTTCTTACAATGCTTTGATCCCAAGCCATACAGTAACTCGAT CCAACTCAACCCTAGGCCTTAGATTCGGCGTAGATAATGGTGAAAAATCTGCTGCCAAAT AAGAAATGTACTTCTTTAGCAAATGCTGCAAAGCATCCAACTCTGCTGATTGCCTACAAT GAAACAACAAATTAAAAAGACATCAATAAGCTGTGTACATATTAGTTACTCTCATTGTTC TAGTAAGAAAAATAAGAGGAAGTCTTTCCTAAAGAAAGGCTATACTAACAATACTTCAGG ATGGTAATCTAAGAAATTAACTTATCAAGGCAGAAAATCAGAGCCTAATTTACTTTCATA ATTTGTTAAGTGTCAAGTGCGCTATAATGAGCTAACATCACTTCTTTTTTCTTCTTCTTT TGATAACTACCTCATTTATCTCTTAATATGGACTATTTTACAAGCTAAAACTTCTTACAT TGGCATGGAGCAGCTTATTCTTTGGTTCTCTGGTTTTGCACATGAGGAACTTGGGGTCTG GAGACAACCATAACCTCAAGTTCCACCTGCAGAACCAAGAGGACCAGCTTGATTTATTTA GAGAGGAGAATTCATTAAAAGAGGATGGAATTTCTTTCAAAGAGTTCATTCAAGGATGGT AAATTTATTTAAACATTTCAGCAGCCCTTTGTGAAACAAGACTTGTCACAGAACTCTTCC TGGGGAAATACTCAATTTGTGTCAGTTCACACTCTCTTTGGCTCGCATGTATAAATTCTC TTTTGTTTTTCCATTTGGAGTGTGTGGGCATGCCCATCCTCTAGGGAGGAACTCTTCCTA CCTCTATGTTTCCTATAAGTGTGGAAGAGAGTATGGATGCTTTGAGAAGGAAATTATTAT GGCAGGGAAATAAAGAGAAGAGAGATTTTTTTTTCTGTCTCAAAAAAAAATAAAGAGGAG AGATTTCCACTTACTTAAATGGAAAAATCTGAACAGCCCTGAAGGAAGCATGCCTAACAC AAGACAAACTCAGGAAAAAAAGGGGTAATCCTCATCAACAGATGTGTCATGTGCAAGCAA ACCAATGAGAGTGTTAATCACCTTTTTTGCACTGCCCGGCAGCAGTTAGCCTATGGTATT TTTTCTAATCTATGCTTGGCCTACAATGGGTAATGCCCTACAATATGAAGGATGCCAAAG CCAGCTGGATATTGTGGAGAGTTGACAAGTCCATCAAAAAGATCTGGAGAAATGATCCCA ACAGCCATTTTTTGGAGCATATGGAAAGAGAGAAACAACAGATGCTTTAATGGAATATTA ACCTATTTCTACACTCTTAAAGCCCAATGTCTAGTTAGTTTATTTAGCTGGCACTTTTTT GCAAATGTAAACAGAGTGTGGATAACCTTTTGGATTATGTTAGTTCCCTATCTCTAGTAC AGTAGAGTAGTAGGGTTCCCCTTCGACTGTTTCACAAGTTTTTGCCAAGCTAGCTCCATA TTTTTCTGTTTGGAGCAGCTTTCTTGCACACTGTGCTTTTGTAACTTCGCATTGATGCTT TCTAATATCATTTATTTACTTTACCAAACAATAAAAATCTGACTATTAGAAAAAAAGAAA GATGTCTGGGAATCAGGAATTTATAGCAGTAAAACGAGTGTTTTTCTAATGAATTTGTTA TGGAGGTTCACAAAAGAAGAGCAGCTATCTGGAGCACAGTGATATAAGCGAAGTATAGCA AAGAAGGATTCTGGATGACTAAAAGGATGCCAATATTTATGGAATTAGTTAGTAGAAAAC TATCAGAAACTTAAGGTTGAATCTCAAAGTCAGATTGAGATTTAATGTTAAGGATGGCAG AAAAATAACATTTTGGGAGGTAATTGGTTGGGTAATGGAAAACTGAAGTTTTTATTCCCT GATTTATATGATTTAAGTCTTCGGGGGGGGGGGGGGGGGGGGGGGGCATGCTTTGAAGGA GTTCTGGTCCCCGCAAGGATGGAATCCTTTTTTTTGAAGGTTATTACACACTGCGAGGTG CCAAGGTAACATAATTCTTCAAAATGTAGGAGTAAAGCAAGGGGCTGCAAGAGGTAGGAT ACACTGAGACGGCAAAACTGTTCAAGTGGAATTTCTACAGTTAGTTCAGCTTATAAGGAT TTGAATCAGGTTGAATCCCAGATTACATTTTGGCAATGAAAACATATTTGAAAAGTTAAG GTGGCTTGCTCCTCCTGGTTGGTTGAAAGAGAGGCTGTGCTGACTCGTGGTGATCTTTTT TTTAAAATAAAGGTAAAGCTACTAACTCATGATGGACCTAGAAAGAGGGGGATACAGTAT TGTTCAAGATGCTTCTTGTTGTGTGGGCAAGAGGAAGAAACATAAGTCATCTGATTCACA TAGCAGAATTACAAGACATTTAACAAATTTGCTCATCAATCCTGGAGTTTCTAGTTGGAC AGTGCCAAGAAGAACTCCTTGAGTTGTAGCATTCTAGAACAAAGGTGGAAACTGCAACAG TAGCAAAGACAGATGGAAAAATGTAACATCAACTAATTGGTGGACAACAAGGGAGGAGAG CAACTCAAGGTGTTTAGAAGATACAAGTAGCAATTACAACAAATTAAGATGATTGTATTC TTCTTTCAAATTTTAGGTGAAAATCTGAATTCATAGATGAACCTGAGGCAGTCATAGATG TATTAGGTTCCTCGTAGGGTGAGCAAGGCTATTTTGTGTAATTTATTTGCGTTTCTCTTT TTTGGCAATCTCGTTTAGTCACTCCATTTTGGTTACCAATGCACTTTTTACTCTGATATC TATATACACAAAAGGAATATGTTATCTTTTCAAAAATAAAATCTAGTGTTCTCTACTGGA AAGCCCACCAAGCAAAATCTTCCCATTATTGGTGGTGTCTATGTTGTTTAGTAATGTGTT CAGTCAATTTATATCCCACAATAACTACAAGCTTTGATGTCCTTCAAAACATTTTTTAAG TAAAGCCCTAAAACAATCGTCTTCTTAGAGAATGTTTGGATTGGCTTTTTAAAGTTTTTT TAAGCCAAAAGCACTTTTGGAGTGTTCGGTAAAGTAAAGAAGTGCTTATAAGCACTTGGT TTTAAGCTGACATGATAAAAATAAGCCAAAAGCCATAAGTTAGAATTTTTAACTTATGAT TTTGGCTTATGAGTCAAAAACTAATAGTCAATTCAAACAGGCTCTTAAGTGTTTAAACAA TTCCACCAAAATTGGATTTCTGGGTGGAAGAAGACACCTATCCTGCTATATGAATCTCCA AAAGAAAGAAATGGAATAGTCTTAGCATAATTTTTTTTTTGAAACTGGTAACTTTAGTCT ATATAACCACAGGTATACTTCAACAAAAGTGTAGTTCCCCTTCAATAGTCTTTGCATAAT TTCTAGCAGAATATAATAGCGAGCAGTTAAGATAAGTTTTAAGGTGATATTTATAGTTAT AAGCACTGAAGGAGTTCTACAGATTTATTTCAACATCTATGTGGCCTTCTTTGACCTTGG ATTTTTCTTTCATCTAAGGGATGACTATGCAAAGCAATTCAGAACAGTAACCCAGTCAGG TGCAAAGTATTTGAGCCACTTTGTATAACGGTAAGGGTATATATGAGTCACTTTAATACG AGGGGCATATCAGCTCTAAATGGCAAAGTTGAGGGGTATATCAGGCCCATTTCCCAAGTA TTTATAATCATTGTCAAGTCTTCATCAAAAAAAGTTACAATTAATGTAAGTCTTAACCGC CAAAAACATTTGACACAAATTGTTGGAGGCATAAAAAACAGCAGGCTAAAGTAAACGAAG AACAGATGCACTGACAACCAAGGAATCGCATCTGATAGTATGAGTTTCATACCAATTGAA GCAAAAAAGACCTAGGAGTCAAGTACTCTTATACCACATCAAAACTTAATTACTGTGTAC ATGTTCGCTCAACCAAAAATGACGACATGGTTTTTCTATAAAGTAATAAATTTAACTAAT AGAACGGCAAAAGCTTGCCCGTATCAACAAGTATACCCCAAAAAATAGAAAACCTTACAA GAAGACACGATTTTCTATAATAACACCCAATCATGTATACATGTATGAATCATATGATGC ACCAAAAAGAAAGAAGAGAAAATAGGCTATCCCCACCATATAGTTGAACTGGCTGAGTTA CAAACCACTGATTATAGACAACACACAAAGCTAATAGATACAATACCTCAATTTACTCAT GCGTCCAGCCAGTCGCAAACCAATAGAACGAGCTCTTCGACCTTTATGGAAAAGTAACGC ATAAACTCCCTATACAAAAATGGAAAAATCAAATTAATATGACTGTAACAGAAGACAGTT GAAGCATAATATGAAGTAGAAACATAAAGCATAGAAAGGCAGGTCGAACCGGATACTGTT GGTGTCCACCCAAGGTTAGTTCATGAGTTTTATCGATTGTGTCAATGAATGTTTCAAATT CACTTGCCAAATAAGAATCATCTAACAAAATTGGGAACATTAAAACCTGCAACTCAGAAA AGAGAGCTCTATATCATCACATAATAAAAATAACAAATGATCACAAATCAAGATGAAATG AAATAAAATGAGAAAATAACATATGGAATTAGCATCAAATCAGTTAAGTAAACTAAAATT GTATTGCTACTAATAAATCAGGATACTCATGGTCATTCACTTCACCTAGCAGCAGAAGAT CGATGCTTAATTAAATTGCTCATGGTTAGGGTTGATTTTCAAGTGTTGTAGTCTGTATGG CTGATCAAGTCAACCCAAGATGTCATTCACAATGAAGCCCCTGAAAAGTGCACACTGTAA CCAGACCATCGGCGCTGGCCATGTCATTTTTAGTGGTATTTGCATACTCATGATGCAATG ATTAATGCACATTTACAGATGATTGAGCTGGATTACCAGACAGCTCAATCCATCTCTTTT AGCAACAAGACAGATATTCCCTGCTCATTATATTGTCAGGCACTCAACTTGTACAGATAC TTTGTTGGGGGGGATAGTATACATCTACCATCACATGGAAAACCCTTTTTCCTCCATTAG CCAAATACCCTACTAGCTTAATGACAAGAATTTAAACTTAAAGACTTCAAGTTTAAGGTA TTCTATGTCCATTTTGTATTATTTTCTGATTGTAGCAATTTCATTAGGTTCTGGAATCTC CTGTGTAGTTCTTAGGATATTTAAGTAGCTATCCACACGGGGAAAGTTTGTGCAGCACTT TAGATGGCAGGTGTCAGCTGGTTGACGGAAAGAAGATCACTAAATCTCCTAGATAATTCA TGACTTGATATTGAGTATGAGCAGTTCTACAATGAACATATATTTGATATTTGAATGTGA TTTCTCCCTCCCTTTCTCTTAATTTTGGTCAGCAGCAAACTCAGTCACCTCTTACTCTCC CCTCTCTTTTCCCTCTCTTTACATATTCTCTTCTTTCTTCTTGCAATTCTCTGCTAATGA AAAGTTTTCTACAGCCATATTTCTACCTAAAGAGCAATCTAAAGCTTAAACTTGCCCTTC TTCTCCTTCTTCTTCTTCTTTTTTTTTTCTGATGACAGAAAACGTGCCCCTTTATTAGAA TTAAAATTAAGGATGCTGCATCAACTGAATACAATCCATCTCCTGCTACAACTTCTGGAT AAAGGAATGACACAAAGATGGACCACTAAGCATTGGAAGGAGGGAGAAGTATGAATGGAA ACACCTCAAACATGATGCCAACTATTTCTCCACTGCCATGCACTATGTCGTAGTCTCCGC ATCTTATTCTGTTATTAATATCTTTAAGATGTTGAGTGATTCTTTCTTCATCAAGGGTGC GCAAAACTTCAAGAAGAGGACCAATGGAAGTTGGGTCATATTCAGTACTGTAAAGCTCTT GGGCTTGATGGTATTGACATATACATTGAGTGCACAGGCGCATTTCCCTAGATGTTCTGT CGTGTAGGAGTTTTAGAGGAGAATCGGTGCGATCATCCTTGTTATAATTATAGAAAGTCT CCAGAAGAGGTCCCATGAGTTCCCATGAACCACACCAAATATGATTTTCATGGGGCATAA AAATCAAGTGGTTGAATGCGTCTGAAAACCTGCATAGAAAGGAAAAGGGACTAAAGCGCA CGTAAAAATGGGGAAAATATAATTTTGATGAAATTGGGAGCAAGACCATTCTTCTTTGAG CTGCCGGAAACGATGTCGCTTGAGAGGGTCTACAGATGCAATGTCGTCATCCTCGTCTTC TTCTTCGATGCCCCTCCATCGGTCCAACAGCTCTCTCCTTGTGACCATTTTCTTCGACAT TCCTTCTTCTTCCTCTTCTGTGGAACAAAACATAACACCTTCACAATTTTTAGGGTTTTC GACCTTCCCAATTTTACAAGAGCTAACAATATTTTGTGATGATTAAAGGGAATTAAGGGT TTTTGGAGATTAAAACAAGAAACCTCAAAATTACCTTTCTATTCGCTCTAAAAATATTTT CATTCTAATTTTTTTGGGGGGCCCTCTAGTTTTTTGATTTAAAATATTTTTAAACTATAT CCTCAATTTAAATTAAATTCTTGATATTCTTCTTTAACAAAAAAAATATCCTCCAAATAT TTAAATTTAACAACTTCTATCCCTTTATGTCAAAAGATTATTGAATTCCACACAAAAACA TACTCAAAATAAAAAAATTTACTTGTCAGAAAGAACATCCAAAAATTAAAAAAATAAAAG ATTTCATAGTTGTATGTAGTGTTGTTCATGATTATGATTAGAAAATCAAATCGAACTGCA ATTGAAACCAAATCAATTAAAAAATCGATAGTTAGTGTGATTTAGTTAGGCCTGATTTTA AATTATAAAAATTAATGTTATTTGATTTGCGTTTGATTTTACTAAAAAATAAATCGCAAG ACAACCAAATCAGACAGAGAAATTATAAATATATATTATGATTATTTATATATTATTCAT AAATAAAATATAAATATTTTGTTAAATTTTGTTTAACTTAAATCTTAACTCTCAAGTTCG ACACTTGATTTTAGCCTGACTATTTAAAAATCAAAATTTATTACTTTAATCTTTATCTAC TCTACGTCACATTTGACAGTCACACCTTTTCTCTATTGAATCACTTTATTTGTGTAATAA TAACTTTTGTATTGCTTAGTTAAATCCATAATAACTTTATATTGTTCAGCTATTAGGTAT TTGTCTCTATCAAGACGGATTATTCAAATTTCCAAACAAACAAATAGTAACTAAATCGAT AATTTCTTTTTATTTGATTTGATTTGATTTAAAAATGTAAAAACTAACTAAACTGATTTG ATTTTAATTTTAGATAATAAATGGTCCAAATCGAATCATGAACACCATTGATCCTTTGAA TAAAAATTTAATTAAAACTTTATCAAAAAAAAAAATTTAAAATTATGTGTAGACATACGT TTCATTCGCAAACAAGTTGAAGTTTGTGAGGTAAAAACTATTTCTCTTATTAGTCAACTA GCCAAAAATAACATTTCTAATACATAACATACAAAAACTTTTTTAAATAAAGAAACGAAT CGTATCTAATAAAATTTTAATCGAGCAAAAGTCATAAATGATATGAAAATTAGGAGGAAT TACTAGTCTTAAGACTGTTTATAGATATTGAATTACTATTTTTATATAATTATGAAATAA TTATTTTTTTGAGATTAAATTAATAATATCAAAATAAAATACTATTGAAAGTGCAACACG GTGTGCTAAAATTCAAACTCAATAATCAAATACTTGAGTTTCCAACTGTAAAATCATGAA CTCATATAATTTTAATTTTAATTTACTTATTAAAAAAAATTAGAGAAAAATATAAACTTT ATAATATATATTATATTTTAAAACAACAAGGCATGCTTTCTTGACTCTCGAGTCCTCGTT TTGATATGTATTGTGTTAAAGAGTTTGAATTCATATATAAATATTTTTAATTCACGAAAA CATATTCATATGATGAATTTATTTATTTAATTTGATCATATTAACGAAAATGAGATGTAA TATTCGAGGACCATGTGATTATAAAAAGAATAACATAATACCATCAATGTTAATTAGAAA ATATTTTATTCAATTTATTTAAAAAAATAACTAAATGAAATTTATCTATTTTAATATGAA TATTTTATTATTTTCAATATGTTTTTTTTTCTAATTTCAATAATTAGATTTTACATGACA TATTTAAGATTATTAAATTAATGTACATATTTGATATAAGACCACAAAAAATTTAAATAT TTTTTGATTCTATGATAATTCAAACCGTCAAAGACTAATTATTAGTTTTTTGAAATGGTA CAAAATTACGCTCAATCCACCTATTAGCTCCATAATAGCCTTCTCACCCACCTATTGGGT CTAAAATACCCTTGTCATCCACCTTTTGGTTCAAAATTGACCACTTATTTAACGGTTTTA TATTTAAACTATTTGAATATTTTTTTAAATACGTGGCGCTCAACTATTGTTATATTTTAA CTTATTAGTATAATTTATAAATCAATCCACTACCCACCCATTACTAATTAAACCCACCAA ATTAATAAATATGTCACATTATTAATGCAACAACAGAAAAGCTACTGCGAATTGAGTGTT TTTAAAATTTGAGACGAAAATATCTATAGAAGTAAATTATCATACATTCAAGTATCTAAA TAAAAATTACCGACAAATTTAAAAGTCTGGCCATGTTCATCTTAATTATTCTTACGTCTC AATTATGTGATGTTACTTTATACGTAACTTTTTTTTCAAAATAATATATTAAAGGTTTTA AAACAAATGATAAATATTTATAAAAGTATATTTTAAAAAAGTGCATGAATTAATTCGGGA TATATTAGTTCTTTACATTTAATCATAAATTTCTAATTCAATCTTGAAAGAAAATCCTAT TGAAAGTGTCCTCTTAAATAAACGACTCAACATAAATTTAATTGGAGCTTTGATTCGGAT TCGAATAATTTTGAATATCATTTTCAGAAATCTATAATTTCATTGTGTTTCATTAGTGTT TATGACGATTTTGATATAATAGTTGGATTATTAATTGGGTGGGATTTAGTTAGTAATGAG TGGGTATTGAGTTGGTTTATAAATGATACAAATAAATTAAATTATAATCAATAGTTGAGC ATCAAGTATTTTTAAAAAATATTTAAATAGTTTAAATTTAAAATCATTAAATAAGTGGTC AATTTTGAACTCAAAGGTGAATGACAAGGGTATTTTGGACCCAATAGGTGGATGAAAAGA ACATTTTGGAACCAATAGATGGATAAAGGGTAATTTTGTAACATTTTCAACAGCTTAAAG ATATTTTAGGCCCTTTTTCGAAAAAACAAATTGAAAAGACCATAATCATTTTAGGTTCAA TACACGCTCAACTCTTTAAATTCGTCAGAATATTTCATTCTGACACCCAAACTAAGATGC TTTCTGATTAAACATCTCGTTTTCTACTAAAGTTTTAAATTGGATACTTCTAATTCAATT TTGAAGAAAATAATATGCTTATTTTCATTCTCTTGTTAGATAGTTAAGCTAACCATATAA ATATGTTATTTTCATTAATTATATGCATCAACCTCAATTTTATATATATCAATTTTATCA TACTTTAACATAAATCATATCAGTAATAACAAAGAAACACGTGACAATACAAAATTAAAT GACCAATTCTATTTTATATATCTATTTTCTATTAAATACTAATTTACATATGCAAAATCA ACTGTTAATAATTTTCAACTGTCCTATTAATAAACGGAAAAGGGCCTAAAATACTCTCGA AGTATTGAAAATGGTACACAATTATCCCTCATCCACCTATTGGCTCCCAAATACTCTTCA CATTCACCTTTGCGTCCAAATTTACCCCTTCATTAACAGACCAAAATTAAAAATAATTAA ATAATAATTAATAATTACGTGGCGCTCAACCATTGGTTGTAATTTAATTATTTAAAATAA TTTTAAACCCACACATTTTAACTAAACCCGCCCCACTTGACCCAGTTTTTTTTAAAAAAC CATCTAATTAAAATACCCTAAAACCTTATTCCTCCAATTTTCACAACTTCCATAGACTCC ATTGTCTTCTTCTCCATGAAGAAAATGTCAGCTTCTTCTTCGATTTCTTCCCCTGAAGAA CTTCACTCTCACAGTTGAAATAATTGTATGCAATTTAACTACCTTTTTTAGTCTAATCAA TTATGGCAGTTCCCTATTGTTACTAATGATAGATAACTCTCGAAATTTCCACTTACTAAA ACATGCTGCCCATGATGATTAAAGCTTTCATGAATCCAGAGGGTCCTTCATTTATTAAAC AATAGATTTAATCAACTACATGTTGCGGCTCACTATTAAATTCACGTAAATGAACTATTA TACAATATATTGTTTCACTTTGTATGACCTTTAGAATATAAGACTATTGTGAGACATTAA TAAAATATGTTCATTTTCTAGGAGTCACATGCAGTGCTTTTAAAATTCTAATGTTTTTCA GGTGAAGAAATCAAAGAAGAAGCTGACATTTTCTTCATGGAGAAGAAGAAGAAGACAATG GAGTCCATGGAAGTTGTGAAAATTGGAGGAATAAGGTTTTAGGGTATTTTAATTAGATGG TTTTTTTAAAAAAATTGGGTCAAGTGGGGCGGGTTTAGTTAAAATGGGTGGGTTTAAAAT TATTTTAAATTTTAAATTACAACTAATGGTTGAGTGCCACGTAATTAAAACTTATTATTT AATTATTTTTAATTTTGATCCGTTAATGAAGGGGTAAATTTGGACCCAAAGGTGGATGTA AAAGGTATTTGGGGGCCAATAGGTGGATGAGGGTAATTGTGTACCATTTTCAATACTTCG AGGGTATTTTAGGTCCTTTTTCGATTAATAAATAGCCTCAACTATTTTAGGAACAATTTT TTATTAGAAAAAAACAAGCCAAATTGCATGTGTTTATTTCATTTAATCAATTTAAGAGAA ACTGCACTAATAATATCACCAAGGGCGTGAAAAATATATGGGCATAAGATAAAAATTACA ATAAAATTTTTATTTGTTCTTTATAAGTTTATAAGTACAGAAATCTCTCAAACTGATATA ATAATATAAGTGCTGATACACTAATTTGATGCGCGAGATGCATTAATCTTTAAGTAAGAT ACATTATATTTTATACACGATAAACTAATTTGATATACATATTATATACGATTCACTAAT CTGATGCGCGAGATACATTATATTCTTCTAATAAAGAATGGAAGTTCTTCATCTGAGGCT TGCTATCACCTTAGAGCCAATTTCAAAGATGATTTTCAAAGATTTCAAAAAGATGAAAAG TCCAATTTTTACTCCAAGTCTTGGGTTCTTGCATAAAAGGTTTTCGAATCTGATGTATGA GATAAATTAATTTGATGCGCGAGATACATTATTCTGATGCACTTATACATTAATCTGATG CGCGATAATGTAAAATTTTAGAATTTATAAAACTAATAGGGGATAATGATAACAAGAGAA CTTAAAGGTGAATTTTTATCTTTTTTCCAAAATATATTGCTATCAACCTATCATCTAAAT CTAGAACTGTCAATATGAGCTAGTCCGCCCCATTCAGATTAATCCATACAAGCTTTGATG TTTTATGGATCAGGCCGGGCTAACCCATTTTTAGAGTGGGCCATAAAACAGTCGTCCCAA CCCACAAGTACGTGGGCTACAGACTTGTCGGGTCAATTCACTTTTTAAAAAATTATATTT TTTTATAATTATTAATTAAATTATACATTATAATTTGAAATATTACCATAAATGTTGACG AAACAATATTACATGATGTTAAAGTTATTACTTGTTAATCAAATCCACAAATAAAATTAT CTTTATAATATTTATTAAGTTTTTTTCTAGTAAAAGTATAAATACCTAAATAGAAATATT AACTTAATTTTTTTAGTTTGGACTCTCTTTAATTTTTATTTTTAAAATTATATTATATTA TTTTTATTGGCATACGTGTCGACCCTACCGATATTTCTCAAGCCCCACAAATCAGCAGAC TTATTCAGGCCGGGCTTAAAAACCCTTTTCTTAAACGGGCTCCAATAATCTAAGCCCACT CTTATTAAATCCCGAGTTAGGCCAGGTCGACCTAACGAGCCTAGTCCATATTCACAACTC TATATGTATCATGATACAAAGTAGGTTAATTTTTGGGAAAAATTGTATATAATGACAAAC TAAGAATTCAAAAGTAAATGTTATAACCACACTTTGATTTAATTGTGCCTTGTAGCACAT TGTTTGCTAGGTACTTCTCTACCTCAAACTCTCGCTCGCCACTCTCCCTCTCTCTCTCGC TCCCTCTCGATTTTATACAAACACAAATATATAAAATGCGTTTGTGTTTGTATAAATCGA GAAAAAAATGTATATATATATATATATATATATATATATATATATATATATATATTCGTT CCCCTCTCTCTCCTCTTCAAAATCTCACTCGCTACTCTTTCAGATTTGTTTGCCACCCTC GCCTCTATCGCTTATACATACACAAATTATACAATTAATTTGTATATAACTATTTCCTTT TGTATATATATAGCGAATTATACAACTGCTTTTTTTTATATGTATAACAAAATATACATA TTTATGTTTGCTATGAAGCGCAATTATCTAAACTTTGTTATAACATACAAATATGAATTT TGTACTTGCTATATGTGAAAATTGCTCTAATATTTAATTATTAAAAGTTCAAACTTAATT TAATTAAAAAAGAAAGAAGATAATGACGAAAGAAGAGTAAATGTGTGTTAAACAGGTGAG TTTCTAATATGTTGTAAATCCATTGTATATGTGGATGATCCATTAGAGTTATTCAACAAT TAATTGGATTCATGTATTAGTGTTTCCAATGTGATAATATATCAAGGTGATATGAACCTT GATGATAACTATGTAAAATTTCAAGGTGACCTTTGACAATGATATCTCAACACTATAAAT AGAAATATCATTCACCATTGTATGACATACTTGAATAAGAAAATTATCTCCTCTATCTTA TACTTCTTGTCTTTTTCATCTTATATTCTGAACTTTCTTTACAACACGTTATCAGCATGA AATTGCTACTTGCAAAAGTACTATATAAATATTTTTATTTAATTCACATATTCTCTCATA ATTTTCACTATGTCGAATTTATCCAAACTCGAGTTTGTGGCATTAGATATTTCTGTAAAG AATTATCTTTCATGGGTACTCGATGCTGAGATTCACTTGGCTGCTAAAGGTTTTGATGCC ACTATTACTCAGGGAAATGAAGCATCGAGTCAAGATAAGGCGAAAGCTATGATTTTCCTT CGTCATCATCTTGATGAGGGCCTGAAGATTGAATATCTGACAGTGAAAGATCCACTTGAA TTGTGGACTGATTTAAAGGGGAGATATGACCACCTAAAGGCAACAGTGTTGCCAAGAGCT TGTTATGAGTGGATGCATTTATGGTTTCAAGATTTTAAGACCGTAATTGAATACAACTCT GTTGTATTAAGGATAACCTCCCAGTTGAAATTATGTGGGGAGACTATAAAAGATGAGGAC ATGTTGGAAAAGACACTTACTACTTTTCATGCCTCGAATGTGATATTGCAGCAGCAATAT CGTGAAAAGGGTTTTCAGAAATATTCTGAACTAATCTCATGTCTTTTGGTGGCTGAGCAA CATAATGCTCTTTTAACGAAAAATCATGAAGTTCGTCCCACTGGAGCTGCTCCATTACCG GAGGCAAATGTGGTGGAAGCACGTGATCAATCTGAAGTAAAAAGAGATGATCATCGGGGA TATAATAATGCACGGGGACGTGACAAAGATAAAAGACGAAACACTAATCGTCAAGGTGGT GGTCATAATAAAAGGGAGAACAACATGAGTTCTCAAAATAACCCCTCAAAAAGTAATTGT CGTCGTTGTGGCATGAAAGACCATTGGAAGAATGAATGTCGCACACATGAACATTTTATA AGGCTCTATCAAAATTCCTTTAAAAAGAAAGGAAATAAAAGTGGTGCTTCCTCTTCCAAT GCTCGAGCTGAGTCACATATGACTCTTAAAGATGGTGATAAGCCGGGAACATCTCAGAAA TATGATAAAGATGTTGAAGCAAATTTGGTTTTAAAGGATGATGTTTTTGATGGCCTTGGT GACATTACTCATATGGAAGTTAATGACTTCTTTGGAGATCGAAACTAATGTTTGATCTTT TAGCTGGGGAATGAAATTTGTTAATATTTTACTTATGTATTTTTAATTATTATGTTATTC ATGTTGAAGTATTTAAATTTCCGTTGTTAATTTTGTCTCTTCCTTCTTTTGATGTATTTT ATTTTAATGAAAATTAATAGAAATCCTCAGTTGTCAGTTGAATTCAAGATGAGTAATGGA GATGTATGCCTTCTTGATAGTGCTTCAACGCATACAATATTAAAAGAAATGAAATACTTT TCTAATTTGGTTATGAAAATGGCATATGTCAACACAATATCAGGTAGTACAAAATTAATT GAGGGCTCTGGAAGAGCGACCATATTACTACCTAGAGGGACAATATTAAGCATTGATAAT GCATTATATTGTAGTAAGTCTCAAAAAAACTTATTAAGTTTCAAAGTTATTCGCCAAAAT GGCTATCGTGTTGAGACGGCTAATGAAGGAAAGGTTGAATACCTTAACATTACTACTGTC ACGACCGGAATCTAGACCCCAGACGAGACCGGCGTCGTTGACCTCTCAGAGGTCGCAGAC AAGCCTACTTACGTCATTCTTACTTTACATAGATTAATTTTAGCGGAAAATTTGAATTTT TTTTATTCTTTAATCATACTTGCTGAACATTCTTAACATTTCGTAATCGTTCATCATCAA CCATCTAACATTTAAGAGATAAGCAACTGAAAAAAAATAATTCATTAAGTATTAATTGTA TATCTACCAAAATAGCACCAATACAAAGTTTGAACCAAAACAGGAAAGAAACGCTAGTGG AACATGCTCCACTAGCTCAACTCTAAAACTACGCTAGAATGTAAAACAGTAGCATCCTCG AAAGCATGAGGACCTACCAAACTCCGGATGAGTACTGATGTCCGGATAGCTGCGACAACG AACCTGTAGCTCTAGCGTCCACCTGTGCCTGCACCTAAAAGTAGATATTCGTATGGAATT AGTACACACTTGTACTAAGTATGGGTATATGCAAGTACACACCAGGGACATACATGAGAA AGAATAGCTCTTTCCTAACAACATGATTTTTGGAAGTCAAGTCAGTGGACTTGCCAAATT GAGATTGGGAAAGTTATGCCATGAGAGTGACATGCATCATTATAATTATCGTATGGCACA CAAAACATAACATATTCATATAACACATAACATATAACACATACTTTCTTTCATATTATT CATTCGTATACCATGAGACCTTATTATCATAGACTTAACTTTAAGACTTTCCAAAATGAG GGCTCAACATATGGGACCTCAACTAGGGAGCCTTCTTTAGCAAACCCAGAGTCTGCTTCA CTCATTCATTCGTATTTCATTTCAATTCATTCATAGGCCAGTGCGAACACCAGCTATACC TAGGATGTAGTTTAAGACTTTCATCAGGTTTGCTGTGCAATGATCAGGAATGACCTAATG TTATTACCTGAATCTAGCTCACCTCTTGATTATCCTATCCTAACACCTTCAGTATCATTC ATTTCTTTATATGATTCATTTGAGGCTGGCCTCATTCATTCATTGGGAACTTTAACTTTA ACCGACATAGATCATGTGAGCATCATGAAATCCAGTGTCTTCCCCACACCGAAAAGAGGT GGAATCACCGGCCAAAGCAATTCAATAACATGCTAGCGTATATGGGAATTTAACCCCGCC AGATCCCTATAGTGGCAATATAGGTTCAAAGACTAGGAGATGTATGGAGACCCATACCCG GCAAGCCGGACAGTCTCATCTCATGAGAATTACGTGAACCTCCGCCCTTCCCGAAAGAAG GCATCACCACTCATAGCTAGCCTATCGGTGCTCGGTATAAAGTTCCATTACATTCAACTC ATACATCATAGAAGTTTGTTTCTAGTATGAGGACATCATAGCTCAATAGATGATTTCTCA TCTCATCATTAGTATTAAGTGTTTTAAACTCAATATTTTTATTAGAGTATTCATAGAGAC TGGTCTCTTCATTATCTTACACTCTCATTGGTGAGTATGTATCGGTAACATTTACTTAGG CTCATTTAAGATTGCTCTCATCATATGCATTAACCTCACATCATGATTGTCACCACATTC TTCATTTCATTATGTATATCTTAGGTTCACTTATTCTTGAACGTATGTTAAACTTATATA TCTATACATACAAGCCATGAGGCTTCATTTATAGTTCGTTAAGTGAATTCTTGTTTTTCT AAGATTATGTATTACAAGACTTATGTATCTTGTATATATGCCAAGATGTTTGATTTTTGA TCTAAGTAGATGACATTATTCTTGAATATTTCACTCACGTATGACTTATGTATCAATACG GAGGTTTGGACACGAGAACCCAAATTTTGAATTATTTGGATATCATTTATATTTTTCATT GATTTTAGTTCTAATATTAATAAATTTAGAACTCTAAGTTAAGTCTCAACATTTTCGTGA AATAATAAATTTTCTATTTTAATTAGAATTCTAAATTAAATTTCAATCATTTACATGAAA GAATAATTTTCTAATTTAATTAGAATTCCAATTTAAATCTCAATATTTACATAAAAGAAT TAATATTCTATTTTTAATTAAAATTCTAAATTAAATCTCAATGTTTACATAAGAGAATTA ATTTTCCAACTTTAATTAGAATTTTAATTTACTATTATTATTATTTTTAATTAAATTCGC TTGAATAGGGAGGTTGTGGGTTCGAACCCCCACAACCCCCTTTATTTTCCTCTTAATTTC GCTGGGAATGGAGGCTGTGAGGTGGTGGGTTCGAACCCCCACAGCCTCACCTTTATTCCC TTAATATTTTTATCCCCCCTTCAGCCCTGAGGTCGTGGGTTCGATCCCCACGCCTCGCAT CCCCCTTTTTATTTTTTATTTTTTATTTTTATTTTGTTGCGAACGGGGGTCGTGGGTTCG ATCCCCGCCCCCAGCATCCCTTTTCTGTTTTTTTTTTCTTTTTCGCGAATGGGGGTAGCG GGTTCGATCCCCGCCCCCAACATTCCCTTTTTAAATCTTTTTTTTGTTAAGGCAGCTGCA GGGAGGTCCTGGGTTCGATCCCTGCAGGCCTCAAAACGTTTTTTTTTAATTCTTTGACAT CCAAAAATTTCCAGATTCTTTTTAAACCTATTTCTATGTTTTTGGAAATTTATTCCACTA TTTTTCTGCACTTTTTCATCAAGTTTCACATTAGTTCTTAGGGAGATTTCATGGTTCATT CACTTCACTATGCTTCATCAAAATGAACATCACATTGCACACCCATTTCACACATAAAAT ACATGATAAATAAACAACTTATATACCCCAAAACAATGCCTAAAACACTACCCTATACAC ACCCATACATCAACTGTTTCCGGTCATATTTTGATGATCATTATCGCGATTTCCCGCACA TAAACACATTCATATTTAATTTAAACACATCATTCATGCAAAAATCTAGCAGCACAACAT ACCCATCCTACAAATTCATTAGGGAGCTAAGGACAAGGACATACGAAGGGGAACAACCTT AGTTTCAAGAGTTTAAGAAACGTCCGAAAGAAAGTACTCTTGGAGAAAGAATTCCATGAG AGAAACCCATACCTTAATCGATGTTCAAACTTTAATGTTGCTGCCCGGAAAGCTCCTCCA ACCCACTCCCAATTCACTTCAACGTACACCTCTCTCGACAAACCTCTCTTAGCCTTGACA TTTTGATTACTTTTTCTTTTGCTTAAAATTTTTTTTTTGTTAGTTCTTCAAGCATGAAAA CTGTTGATGTTTTGTCAGAAATAATGTGAGGAAGATGGAGGACGTGAGAGAGAGAGGACT ATTTGGATTAGGAGACTAATTCAAGAATTAGTCAAATAACATTTAAAATAAATAAATACA AATCTATTTTATTTATTTACTTATTTATTTATTTATTCATTTAAAACGTGAAAGGACAAT CATGCCCTTAAATACCTATTTATTCTTATTTATATAATTCTTTTTTTTTGAATCGTTACA ACTACAATTAATGTAGAGAAGAAAATTGTGCACGAAAAATTACCTGCATTTTCTTCTGGG TTGTACTATACAAGTATAAGTACAGTTGAATCACATGCCGTAGTAAACAAAAGGTTTACT AATTTTAATGATTTTATCATTTGGCATGACCGGTTGGGCCACCCCGGATTTAATATGATG CGCAAAATCATTGAGAATTCACATGGGCACACCTTAAAGAGCCCAAATATCCTTCAATCA AAGGAATTCTCTTGTGCTGCTTGTTCTCAAGGAAAGTTGATCATTAAACCATCAACATTT AAGGTTGGAATTGAATCCCCTGCGTTTCTGGAACATATACAGGGTGATATATGTGGACCA ATTCAACCTGCATGTGGACCCTTTAAATATTATATGGTCTTGATAGATGCTTCTACAAGA TGGTCACACGTGTGTTTATTATCAACTCGCAAAATGACTTTTGCGAGATTGCTGGCTCAA ATAATAAGATTAAAAGTACAATTTCCAGACTATACAATAAAGACAATCCGTCTAGATAAT GCTGGTGAGTTTACATCTTAAGCATTTAATGATTATTGTATGTCTACTGGTATAACAGTT GAACATCCAGTTGCTCATGTTCACACTCAAAACGGTCTAGCAGAATCATTGATTAAACGT CTGCAATTGATAGCTAGACAATTACTAATGAGAACAAAGTTATCTGTGTCGATGTGGGGG CATGCTATTTTGCATGCAGCAGCACTTGTGCGCATAAGGTCGACGTCCACACCACTCAAC GAACAACTCCTCTTCGCCTTAATATTTTTTTTGATTGCTTTGTTTTTCTTAAAATTTTAT GTGAGTTCTTCAAGCATGAAGAACTGTTGATATTTGACAGAAATAATGTGAGGAAGATGG AGAACGCGAGAGAGAGTCAAGAAACGTGAAAAGAGAGAACTATTAGGATTAGGAGACTAA TTCAAAAATTAGTCAAATAGAATTTACAATAAATAAATACAAATATTTTTTTTTTATTTA TTTATTTAAAACGTGAAAGGACCATTATGCCCTTAAATACCTATTTATTCTTATTTATAT ACTAATTTTTTTCTGAATCGTTACATGAAGTTCAAAGTTAGATTGTGAAAATGTCCTTCA CTAATTTTTTAAAATTTATTTTTTTAATTAATTTATAAAAAAAATCAATAATGATAATGA AACTAGACAAAATACATGATTAGATATTACAACTTATTATTTTTCATTTCTTAATAAATT TAATTTTTAAAACTTTTTAGCTTTCACCATTAAACATATTCATGCACAAATCTTTCATGT ACTTAATTTCTCCCTTATAAATTGGATAAAAAATATTAATCCATCACACTTTGTGTTTCA TCTTCTAATAGTTCTTCTGTAAGGAGTATTTTTTTATTGGTCACTATTTTTCTTATTGAT TTGTGCCTTTTTTCATTTTTTATTTTCATAGTTGTTAGAGAAATACGTAATTTAACAGTT CTTGTATATTTTTTATTGATCACTATTTTTATTATTGGATTATGTCCTTCATTCATTTTT TTATTTTTGATGATTGTTGAAGTATTTATGTCCCAAGAAATTTGAGCCTTGAGACTTAGT TTTAGCCTTACAAATTGCTCATCATTCACCAAGAAAATTGTTAATATTTAAGTTCTAAAC ATGAAGTAATCACTAAAAAAAGTTTATTTTATATGTAAAAAAAATATAAAAGTACGTTAG ACAATATTAAGTAATTTTATATTTTACATTTAAGAACTTAGTTGATAAAATAAATGATTA CATGGAAACTATCACAGGAGAAGAAAACCCTAATAATATCGGAAATTTGAGTCAAAAAGA AAAATCTCCCTCCATAGTCTCAGGGAAAACGTTTTCTCCATTTTCCATGTTTTCTCTTGT CTCGCCGGCGTTAGTCTTTAGGATTTTTGAAGTTTTATTGTAAATGCGGCACACCTCAAC TACTAATCTGTTCATTGTCTCTATGGCTGCGGAATCCCAATCGCAGAAGAAGACTTACTG TGTCGTCGGAGATATCATGATTATACCCAAGGACTTCAACCTCTCTCCTACCAAGGACCG TCAAATTAACCTTCAACTCAACTTCCCTGACGTCGGACGAGTCTTTAATGTAGCTTCATC ATCTACTATTTTGAGTTTATCATTGATTGTCGCTCAAATGTTGCATTATCTCTGCAGGAT TTTATCAGGACTCAAGAAGTTGGTGAATTTTTCAGCGGGGCTTTGGCTGGGGCGATGACT AAGGCCATTCTAGCTCCTCTTGAAACCATCAGGTTGGTTACAACGTGTTTATAAGTGCAT TGATTTTTTTTTTTTTTAAAAAAAAAAATTACATCGGCATAAAAAGAAAAGGTGGAAAAT CTTACGGCGTTAGAGCGCTAAATATTAACTTATGTTAACAAATTGCTGCATTTGTTACAG CTTGGTTTGAAAGGTATCACATAATTTTAAAGACAGGCCTATTCGTTTGCTATATTTTTG GTCCATGCAGTCTTTTATAAATGATGCAACTACTTTGGTGGGCATGCTTTATCTCCATGT GTGATCTTCTGTAGCACTCTCATAGTGTTACTGTTCATCTATATAGTAGCTACCTTATGT TACTTTTTTTTTAAAAAAAATAAATAAATAAATAAAATATATCTGTCAGTGAAGCTCCTC ATATAGGATATGAATTGACTTGCAGGAATTTTTATTTGCTTTAAATTGGCTTACTATTCA TTTGGTTATGTTACCTAATTTTGGTATTTAAAATATGCAGGACAAGAATGGTAGTTGGTG TTGGGTCCAGAAACATTGGTACAAGTTTTATTCAGGTTATTGAACAGCAGGGTTGGCAAG GGCTGTGGGCAGGTAATACAATTAACATGCTACGGATAATTCCCACACAAGCAATTGAAC TTGGGACATTTGAGTGTGTCAAGCGAGCAATGACTTCAGCACAAGAGAAATGGACGGATA CTGGTAGCCCCAAGCTGCAGATTGGTAATGCTAGCCTGAGCTTTTCTCTCTCATGGCTAT CGCCAGTTGCTGTTGCTGGTGCTGCTGCTGGAGTTGTAAGCACACTTGCATGTCATCCGC TGGAAGTGCTGAAGGTATTTTAACTCGAGAGTTTTGTTGTGGGAAAACAATAGCTTTGGT TTTCAAAGTGTTCATGACTATCTGCACAGTTATGTCATTAAGTTATTGTGCTTGTGGCAA GGAGAAATTATCTCACATTTTTAAGTGCTGATTCAACGTGCTTCACAGGATCGGTTGACG GTGAGTCCTGAGGTCTACCCCAGCATACGCATTGCAGTTCACAAGATTTACAAGGACGGT GGAATTGCAGGCCTGTATGCTGGACTTGGGCCAACATTGATTGGCATGCTCCCATATAGC ACTTGTTATTATTTCATGTATGAGACAATTAAGAAATCGTATTGCCGTGCACAAAAGAAA GAATCTCTAAGCCGTGCAGAGATGCTCCTAGTTGGAGCTTTCTCAGGTAAGAATCTTGAA TCAAACACACTCTCTCCTAGGTTCAAATTTTCTTTAACTTCACAGTGATCTGCTATTTGT GGTAAAGAGGATTGATATGAACAGTTCTGCATATCAACAATGAGTTTCTTTTCTATGGCT CATCAACAGGTTTCTTTAAATCACAAAGGGAGTTTCAGACAAGGAGATCCTTTGTCTCAT TTCTTATTCTTATTAGCTATGGAAAAGATGAGCAGAGGCCCCTGCCTCTCCCACATACAA GTACACAGCACTCGGCTACCTACTACCTTTCTACGTTGATCTTCGACCTTCATACCTTCC TATTTGGGGTCTATGTTCAGTAAGCTGCAAGTGTGCCATGTCCAGTCTAATGCTCTCCCC CCCAATTCCTCTTCAGCCTACGTCTACCTATCCTAGGACCTGCTATAGCCACCCCTCTCA CACCTCCTTATTGGTGCATCTGTGCACCGTCTGTTTACATGCCCCAAATCATCTAAGCGT CACTTTCCTCATCTTGTCTGCCACAGAGGCCACTCCCACCTTGTCCTGTGTAACTTCGTT CCTAATCTACTAGAAGGCCCATACATCCATCTGAGCATCCTCATTTGTGGCACTTCATCT TTTTTAGGTGTGCATTCTTGACTGGCAAGTCCTTACTTCCGGGAAGATTTGTGTATCACG ATCAACACAAAATCTGGAAGTGCTGACTTGGAAATTAGCATTACAGTTGTGTGTTGAACT CCTCCAGTGGCAGTTCAAGGTTATACTTGAGTTAGTCCACTGGACTTCGTTTGCACAGAT TACAGCACCGTTATGCTTTGAGTTGATAATTCCTTATCTCAATTACTGGATTTAACCTTT TAAAGCCCTTCCTACGTATGCAACTGGTTGGGCAGGTCAAAAGAACAGCACATGAACAAA GATGAAAGGTTGATGTAAAATACTGGAAGAAAAATAGTAAAGACTGAAACAAGCCTGTGA TGCTTTTCTCCTCCGATGCACGAGGTCAAAAGAACAATACCAGGACTAGATTTAATATCG CTGCAGAGAGGAGAAAGGACATCCATTGTACAGACTCTGGAAAAAGGAGCATCGTACATT TAAGTATATTTTTGACCAATCATTATGGTGTGTAGTATCTATAAGATTGTAACGGAGGTG CTTGCAAGGTGACTAAGAAGGGATATGGTTGAATTTACATGCAGAATTCTTTTGTTGGGG GGAGACAAATACTAGAGCAATTAGTTCTAATGAGCTGAACAATTGATTTTAAGTCTAATT GCAATAATGTCACTGAATCATGTACCCTCTCTGATGCTGAGATGGTCCATACTGCAGGAT ACAATGGGATTTTTATGAAAATCCTAGCAAGAAATAGTTTGGGGTTAAAAATTATGAGCA TTTGGCTAATACAAGGAGATAGCAACATGATGTTTTTTCCTTAAATGTTAAATGCCCACA CATTTGATATAATCACACTGATAGTGGTCAGCATAGAACAAAAGAAGTAAATCAGAAAAT TTCTGTAGTATGATGCCAATAGAAATAAAGAGTGTGATCTTGTTGTTGGAGTGGGTTTCT ATTTCAATGGAGGATGAGAATCAGTTTTGATAGATATGATATACTCTCTCCGTTCCTTTT TATATGTCACCTTTTTAGATTGCACTTGCATTAAGAAATTAAGTAATTTTACCCTTCTAC CCTTATTTCATGTTTTCTTTAAGTCAACTTTTCAATAAATGATGAATATGCTAGATTTCA AAAATTAAAATACATTTGGATGACTATTTAAATTTTTGAGTTTATTTTCAAAATCAGATT TTGTAGAATAGTGAATGGAGAGAGTAATTAATCAATCTATGAAGTACTCCAATGAATATT AAGTACTTATTAGTTTTTCTAGGTTGGTCAAACTACATATTTTCAAGACTAATTAACTAC TCTATCAAGGGTATAATAGGAAGAATATGGTAATTTATGCATTGTTTTTATGAAATGATA AGTATTATGGTCCAACTATTTATGGGAAGGGATGACATATAAAAAGGAACGGAGGAAGTA CTAAACAAGGAGATGGTCTTTCTAAAACAAGCAAACTAGGGGTGACAGTGTAAATTGTCA TATATTTGATTTTCTAAAATAAAGTAGAAATTTGGACTTTGCGAGGCAAGTCGAAGGAAT TCTTCATTGTTAATCTCAAGCTTTTATATGTTAGTATAATTTTCTATTATTTAAGGTAAT GTACTGTCCACTTTTGAAGATCCTTTAACTGCAAATAGGGATATGGTACTACTGGGGCAT ATCTGCTGTTGCTTTAACACTGATGAGACTCTTATGTTTTGACCTGCCACCTTTTGTAGA CAGATTACAAGATTACCATGTGATCTAAAGAGTTAATGTTATTGTCGATCAGGTTTAACA GCAAGCACTATTAGTTATCCATTGGAGGTGGCGAGAAAGCGGCTAATGGTGGGTGCTTTA CAAGGTAAATGTCCACCTCACATGGTCGCAGCACTTTCAGAAGTTATTAGGGAGGAGGGT TTGTTAGGCCTTTATAGAGGCTGGGGTGCAAGTTGCCTAAAAGTAATGCCATCATCAGGC ATTACTTGGACGTTGTATGAAGCTTGGAAAGATATATTGCTTGCTGATAGACGTCATGTG TAACAGCAGACAAATAGTAGTACAGTAAATGAAATCTTATTATTATGCGCTCAAGCTAGA AGCTGGTGATGGTAAGAGTTAAACGTGGTCTCTGTCATCATGAGATTTGTTATTTATACG CATCCACAAATTTTGCTTCCCATCTTCCCTGCTCTTTCCGTGAGCAAAGAGATCTCTTTA ACATTTCTGTAAGCAACAGACATGCATTTATGATTATTGCTGGAATTACAAGCCTTGGGA ATTTCTCAAGTACTGTTTCTCAGGGGTCATTGTTGTGTACTACTTGGTGTGACTAGATTT AACTTTAAGCATAGCATGGGCAGAGGCAGTGAGGCTTTGAGAAGCAAATGGGCCAGGTTT TTTCTATTTTCCTACATGTTAGAAATGGGAGCAAGGGGGTTCTTGATTTCGGTGCACTGG AGTGAACATGTTTTTTATTCTTCTTTCTGTTTTCTTTTTTTTTTGCATCGCAGCCTATGC TTAGGAAAGGCGGGATACCTCCCAATTTTTGGTTGTCTTCAGATATCATGTGTTTGATGT TCTAAATTGCTCTCATAAGTTGCATAATGGTGAAAAAACTTCTGTTATGTTGTGAGAGGT CATGAAACTTGACACAGTAGGTTTTGCTCTCCCTTTCCCTTTTTAATCTTTATTTACGGT TTACCTTACCTTTACTGGTTTGACGAGCGGTCAGTATTATTCTTCCATTGCTCTCTTTAG AAACATCAACTTCATCACCTCAGCAAACCCTTCGTGTCATTTTTCATAAAATAAAGACCC TCTGATAAGTCGGCCTCAAATGATCCTTGGATGGACAATATGGTATACTTGCTCATTCTA ACTTCTAAGGCTAGTCTTTGGTTTCTTCCCTGACTAGTCCACAATTATTTTTAATTTTCC AGCAACTTAAACATCAATAGAGAAGGGCGGGCACCACCACTGGTCACGTTGTGTTGAAAA TTTTTAGACGAAAAATATAATTAATTGAGTTTTAGCGAGAAGAGAACTTCAGAAGAAAAA TATAATTTCAACATATGATGCTAAAGAATTCCAACAAATTTGTATTAGCGCCAAGTCAGT GGGAGAAAAATGCTCCAGATCAATATAGTTTTCTTTTTGTTCTAAATAAAAGAGATCTCA ATCATCCCACTTGGGTGGCAAATGAGTGAGTATGTCATTTCTTCCTATTTTAGTTTTTCA GTGATGATCCTTTTAACTCAAAAATGAGACTAACATGACTGTTGGAGAAACTAGGGAATG TTGCCGTAATTTTGTGTTACTACATAAAAAAAAAGGAGCCTGCTCTAACAAAGAGAGGAC ATGGTCCTTTAACTTGCAACCGCAAATACCCTGATTCCCCTGCAACCACCCATTCCAGAG AACAAAAAAAAAACAACCTTATGGCATGTTTCCCTGAACTGCTTTTGAGCATATTTGTAG AAAGCCACCCCCAAAGCAAGCAAATCTTACTAATTTAGTGCGCACTGAATATTTTTCTCC CATAATACATGCTTCGATTATTCAAGATATCTACAATCTTGGATATAGTCGGCAAATAAA ACAACACCACTCTAGGGTTAACAGTTACCACTGGTACTTTGCATACTGCTTACTGAACAA TCAACAGTTCGGCTGCTGCAAACAATTCCACCGTCCACCGGACGAGTAGAGAACTCTTTG TTCAACGATCTAGGGTTCACAGGTTCCAATATCTGCATGACAAATGGTAGAATGTGCAAA ACATGTATGGATAGATCAAAGCACTAAAATCCCCCCAAAACATGAAAGTCAGTTAATCAG TCAACGGCAGCAACAAATAATAGCAGTTGCACACATAAATCAGACCACTTAACTTCTACA CACCTTCATTACACAGCTGTTCGGAGAGCTGTTCAAATCGAGCCACTATGTGTTTTCCGT AGGTGTATTTCTTCAAAGCATGAAGATGAACTCTGATTCGGCTTAGCAGAATTTCCCGGT GCTTATTGTTGCTAATCTCAAGAATCTTCTGGACCACATAATTTGCAAATTGGTCCTTCA TCATTGTCTACCATGAGAGCCAAAATTTCCCCGTCAATAAGTCAATTTAGGAAAAACTCA TTCGTCACTGCTTTGAAAAAAATTAGAACTTCACATTCACCAAATAGAGAAGTGAGAAAA ATGACATTAGTTCTACAGAAAATTCTAGACTTACAGCTGAGACCACTTCCTACCAATTAG ACTTGAGGTCAGTTAAATACATTACTATCTCAGTCTAGGTGGACTAGCCCAAGTGACAAG GGTAGGCCCCACAGAGTCTAAAGCTTCTGCCTTCCTGAAAGTGTAGTTAGTTGCACAGTT CCACAATCTTTTCCAAACTACTTTCAGAGCTATTAGCTTCACTATTGTAAACCACCTCTT TCCATGGTGGATAGATCGTACTTGCGTTTTATATCAATTGGATGCAATACCTTACCAAAA ACATGCGATAGGATAATAATTTCTTCTTTTTTTCAGTAATTGATAGGACAAGAAAATTTA TCCCAACCCCACCAAAATAGAGACAGAATATACCATGTTAAAACAATGCATGTATGAAAA CAATCAAGGAATGCACCCTAGCTCATCTCCTTGCATAGACTATTAATACATGTGCATTCA AAAAGGAAAATGATCGGCAAATGAAGATTGGTGATGCCTATGAGATAGAGAGAGGGTGGG TAGGGTAGGCATACAACTACTATAAATAGGTAGAGCAAGTGTGTGTGTGTGTGAAACTGT TAGATGATGCGATATTGGACAAAACTAAGAGCTGTGACCATCAAACTCATCCCACAACAT AAAGACAGGCAGGCATAGCTAGTATACCACTGCTTCCTACCAGGACTTAAGAAAACCAAA ACCAGAATCCTTTCCTTTTGAAAACAAAAAGAAGTATTGTAACAATTGATGCATAAAATC CTCAACATACTGAAGAAAGGTCTCATCTCTTTTCAACGAACAATTCATTTGCGCTGTCCT CTTCATTCATTCACTCTTCTTCTTTGGCTTATATCTATTTTACTTCGTTTCCCTTCTTTT TTTTTTTAATAAGGTAGCAAGTACTTCTTTTCCCCTTCTTTTAGATTCACTATAGGGTCC TAATTAGGATCTAATCAATCAGTACACTAATTCACTGATATCATGTTTTGCAGTGACCCA GATCTTGCAGTGTTCCATCCAATAAAAGGTCAAACACCAAATAGTATTATTCCGCTGGCC CAGATCAAATATCTAAGGCCCAGATCAAATATCTAAGGTGCAAACCAGAATCTGTTAGAT AAATGAACTTTCTCCTTACACATGCAGAGAGCCTTTTTTCCCTAGGCAGAATCCTTTGGA CAATTTAACAAAAATGTCTACCATCCAAAAATAGATCTTTTGCAGCTGACATCAAATTGT TATAAAAACAATTTCAATATTTCCCATCATTTCAAAAATCCATCAGCTAATCTTGCAATC TAAGAATTAGGACATCATGTTCCCCCCATTTACAATCTGTTGAACATTTTATAGTTAATT CCACTACATAATAATAATAAAAGAAAAATGGAAAAGAATACAGGGTTAAATTTGTTTGCA CTATTAGGTTACTTTAAAAATTAGGCTGGCATCAAATTGTTATAAAAACAATTTCAATAT TTCCCATCATTTCAAAAATCCATCAGCTAATCTTGCAATCTAAGAATTAGGACATCATCT TCCCCCCATTACAATCTGTTGAACATTTTATAATTAATTCCACTACATAATAATAATAAA AGAAAAATGGAAAAGAATGCAGGGTTAAATTTGCTTGCACTATTAGGTAACTTTAAAAAT TAGAATTAATTACACATAATAAGTGAAATCTGTAGAACGGAAAATAAAATAAGAAATCTT CGACATGTTAAATTACACTGAATCACTGATAATTTCTCCCAAAAGGTTCTCGCAAAGTCT AAATTGAAAAAGTTATCTTGAAGTGAAACAGGACGAGAAAAAGATTGCTAGCTGATGAGG CTAGAGAAAGAGCTAGGGCATAATTCCAAAGAGCAAATTGTTATAATACTACTCCTATTT GCATTTTTCAAAAAAGATCCTCTGATGGTGGAATTCTAGGTTCTATATCTCACTGAAGCA TGTTTGAGAAAGTAATTACACAACTACACAGGGAATGGCCCACATTTCAGTTTCTTTGCC AAATGACCATATAAGTGATTGGGAAAGCAAAGAGAAGTTGGCTTAACTCAGTTTAGGCAC ATGATCTTCCTATCGTCCTTTACAAAGAGGTTTCACAGAAATTGCTATGTGAAATAGTTG ATTACTGAATTACAGCTGTGAAGGAAAACGCAAGAATAGTAAACAAGAATTCAGATTGCC TTACCAGCAAACAGTCATTTCCCTCTGACTCTGCAAGAATCTCCTCGATCAAATAATCTC TCTCAGTAGAATCACCATATTCCAGACACTTCTCAACAACGTTTGAGGCATACTTGTGTT GGCTTAACTGTACAACATTTCCGGTCAACTTTCCGATAATTCGACTTCTTTCATGTGGTC TTCCCCTCTCCAGAACATGCTGCAGCCATAAATTCTTATGTTAACACTACCGGTGCCCTT TGGTCCATCACTGTCCCCAAACAAACTGTTCTATTTTCCAGTTGAGCACACAATTTAGAG CCATTTAGTTTTTCCCTCTTCCTATTCTTGGGGGGGAGGGGGGGGGGGGAGCGGTTGGGT GCATGCACACAACAATAATAGCACAGACACACAGGAAGCCAAGGGGAACTTTGAAAAAAA ATCTATTCATGTATTGCACATCCTTATCTGAAAGGTATAATTTTATGATTTATTTTTCAG AGAGTTGTATAATATTATATATCTATTTTTCTGAGAATTGTATAATTTTATATTTTACTT CTTATTGAATGACATCGATGTCTAATTGAAAGGAAGGAATTTACAGAACACTTAAAATAA GCCAGTAATGTCCCCATCACACCACACTAATTATTTAATTTGCACAATAGATGCTTTTTT GTTATGGTTGGAAGAGAAGAAGTCACATATAGTGATCAGGAAGTTACAGAACTTAACAAT AAGAAAGAAAGTTTTTGTATATCAAACGGAGAAAAAATAGATACAAACCTGGGTGACATA GTTCCCATACTGATCTTGAGCAAGAGGATAAGCAGATTCCAAGATTTCATGCACTATACT TTGACTTTGAGAGTTTTCTGAACAATGTTCCAATATTCTCTTTGGAAAATTCATATGAAA TGAGATGGGAGTCAGTTGAAATATTAAAAAAGCAACTATATGTCATGGTACAACATAGTT TAATAATACCTGGATTACACGACAACCATAAGGATGAGTAGACAATATAGCTACTTGGCC TTGGAATGAGGAGATAATGAAGTTAATTTTTTCAGGAGGTATGCACTCAATGCATTTTTG GATTACATGGTTCCCATTTTGATCTCGTACGCACTTCATTACATGCCCATTGAGTTCATG GACAAGTTCTGTTTTCTGATCAAGGTCAATAACTTCCAGGGCCTAGAAAGAACATCAACA GCAAGACAACGACATCTTTATCTGTACAACTTACTGAATTGCTTGGATGAAAACGGACAA AAGAAAACTACAGTACTAGAGTACAAAAAAAATTAGCATAATAAATGTGTGCTATCCAAC ATGATAATAACTGTATGGCCTCAAAGTGTGCTTAGCACAGTCATGGACCGTGGTTTATAA CCTATAGAAGGGACCTTACAATCTGCTTTCAGCTCTACCCTTTAAGAGATCCAATTAGTT AGCAATATTAGTAGGTACTTGGACACTCTTTGAGAAATCGACAAAAAAGTGTTGTTGAAG TTGAAAGACATTTGTGGAAGTTGCAGTTGTCCATGGACATTAACTTGGTTTGAAAAAAGA AGTTGAAGATTTGTACGCGCAAACCAATATTTCACTTAAAAGGTCTAATACTAATTTCCC GTATTTACAACTACTTATTATGCCCAATTTAGAGAGCCAAGAATTGGTTGGAGAAGCCCA TCAATCGAAATATGGATCATCAAAACGACAAAACTTTAATGAAGTGAAAATGGTAAAAAT GCTAAACATTAACACTTTAAATCTTTACCACTACTGATAATGATGATATTTCTTAGAGAG CATGTATATCAGGAAATTCTAATTGATCAGCTATTCACCATGTCAAATCAAGGATCTTAT ACCGATAAACTCTTTAAAATTTCAGCCACTAATTCAACACTTAAAAGAAATGGAGAGGGA GGGGGGATTTTTCAATAAATTCTTTTAAAAGTAAATTAGCAACCGAAAATCCTTGTTTGG TACAGTTATGCAAGCATGACCTGATTCAAGAGAAGAATTGAGCAACACTGACATGTACAT GGGGAAAATGTTGATGACTCTTGATAAATGTGACTCCGAATCTTCAAAATCAAGGGCCAT GGCTTGAAAGGCAATTGTTTTTTTGTAAGACAATGATATTATTTATTGGTGAAGTTATAC AAGTTGTTCGTCATACAAGAATAACAACTTCCATATGAATCCAATCATAAAAATATATTT GTATACTTGAAGTAAGATATACCTTTTGAATAACACGACAACCATACATTTGCAAACTCA AAGGCAGCATCTGTCCTGCTAATTGACATGCCAGCATCTTTCTTTGCTCATGACTTCCAT GCTCAAAGAACTGGACACATAATTCAGATATGCAAAACATGCTGGAAGGTTAAAGGCTCA AGGGTTTAAAAAACTGAAAATGTCCAGAAGACCTGAAAGTACAGAAAACCAGAATATTTA CCTTTTGAATGACATAGTTCCCAAAAACATCTGTAATTAGCTTTGAAGCATGTGGAAGGA TTTCTTTGAAAACAGATGCCTTTTCTTCAATACTACAATTTTCCAATTTCTGCTGTATGA ACCGACTTCCATGCTGATCAACACTAAGGTTAAAGAACCATTAAATTAACTTCACATCTT TGGGATTATACAGAAAGTTTACTGCAGAAAATACACAGTCGGTACATATATACTACCTGA ATTCAACAACACGACCTGCAATATCAGAGAGGTCAATTCTTCGAGCATTGCTTTGTTTCA GTTCTTCGAGAAATGAATGTCTTTTAGAGTCATTCAAGCTACCTGGACCCCTTTGTGCAG TCCATCCAGAATACAATCCATTATTTCTACCTGAACCAGGGGAAGGTTTAATTTCATTCC TTCTTCCAATAGGGGATCCTGGCAGTACAGGACTACCAAGAGGTGAGGCTGGAAACTGTT GCGTGAATCCCAGGCCCGATGGACTCCCAAAATAATTATTGCCAGGAATTATCATTTTTC CAGGACTTGGTAAGTTCAGACTTCCAATTGGTGGACGAAGAAAATTCTGTTCAGCAATAT AAGAAGGGAGATTTGACTCCTTCTGTGAGGCATAAGCATCAACTTCAAGCCCGAATACAC CAGGCGAAGGAAACCGCATATGTTGACTAGGAGAAGTGTGTGAATCATCAACAGGATGAG GATGATGAAAGTACTGCATATGAAAAGGATCTGGGAAAGGATGCACCATTAACCCATGAT GCCCAAAAAACTTGGTTAAATGATGCAGATCACCAACTTGTGGAATGTTTTCCCTTGGTG CAACATTTTGACCACTGATGCTTCGTCCAGAACTAGTATTAATATGCATAGACGGATATC CAGCTAAAAATGGAGAAAGAGAAGGCGAACTCAACGCATATCCCCCCATATTGTATTGAG GGGCATATCCACCAGATGGACTCAAGTTAGAATAGTACGGATTACCAGAAGCCATATAGG CTGCAGCTGTTGCATATAGAGGAGGTGTGAGGCCAGAACCTTGAGGAGCTGCTTGTACTT CAACTGAAGAGGACCAGCTCTGACCATAACCTTTTGCTAGGCTACTCTGCAGTGTATTAG TCCCAAGTGTATTTGCTTGAACTTGTGGGCCATTAACTTGGTAAGTCGTGCTTCTCTGGG AGTGGTACTGCTGCTGTTGTTTCTGTTCTACTGCATTCCTGCTGTGAAAATACTGTTCAT CCTCGTTCTTACTAGCCTCTGGAGCCTGAACGTTCTTTAAAATACCTGATGCTATCTCAT CACCGACTAAGAGTTCATTCACCAGATGTGCATCATTACCTGGTAATTCACCTTTCTGAG GGGAATGAGATTTCCCAAGACTGTCAACACAAGATTCTTTTTCAAGTGTAATGGCCAAAG GCTGATTAGAGGCAGCTATATCATGGTCACCTAAGACATCCGCACAAGCATCTGCACCGT GTTTATTTGAAATATCAAGGGAGAGACCGTCCAATGTAAGAGATTGCATATCAGAATCAG TTGGTTCCTCCGCAGCAACATGACCAGAGGACCGAGTTTGATTGTAAACTGGTGATGGAG TGCGAGGGAAGTCCTCCTGTGACCAATTAGTCACCAGTATAAGCAGGCCGCATGGAACAT GAAAGAGATAGCACTACAGAAATCTAAATGATACTATCTTCTCATTCATTAGCACAATGT ACTGTATGTATGCTTCAGAAAATTAAGCAGAACTTCTTAGATGTTGAAAAGTTGGGCACA TGCAAAGAGAAACTAATAGAAAGGAAACAATACACAGAATGGAAGAAATATTCTTGAACT TCAATACCTGTATTAGGTCAACCAAACTTTTATGTTGACCTGCAAAGGAGGCCAAGTGCT GTCCTGAAGCACTCTGTGGTAAATTTTCATCTTCCGGCTCCTCATCATGAGTTGAGAGAG AACTTCTGGTCACATGCAAGGATCCATCTTTACTATTCTCAGAAGAGTTTAACTGGCAGC TATCACCCAGATCTGCAAAATGGTGTGCCAGGTGTCTATTCTCCCTAGAAATAATAGGAG GAGGAAGCCTAGGATTCAAGTTGACATTAGAGTTGTAGTATGCAAAATACGAGGGATCAG CACGCATCTGCTCTTCAGACTGCCAGTTCTGCATGGCATTGTCTAAGCTTGCCAAACTCA ACTTCCGGCCGGAGCTTTGATCATAGACAAGGTTACCGTAGGCTGAAAATGAGCCCTCCA TGCTTGGAGGCGCACTACCACTACGATTTGGAACCTTATTTCTATTATGGCCATGAATCT TATGACCTTTAAGAAGCAATCCCAGTTCATCAGCTGCCACTTCATTCATAGGTGATGCGA AGTTGACCGTGTCCTTGGCAGAAACCCACTTTCCTTTTCTACTGTCTTGGAATATTCTCA TAGGGCTCTCCGTTGCCATGTTGCTCAAGAGTAAGCAAGCATATAGAGTTTTGAAATCAA CAAAGCCAAAGGTGGAGACATTTCAACCGAAGCTTTTCATCGACATCACATGAAGAGATT CTAGAAACAAAAGATACTAAGCTGTGGTGACTACATATAATCTGGGGCAACTGCAATGGA AGATTCAGATAAAAAACAATTGATGATGCAGTGATACTTGTTGTAAATAGGGATGAGCAG AAATATTTATTTAGGTACCATAACATTTACTTGCTAGAGTCCCAATCAAATAATTTTTCA TTTAGTCACAATCAATCAACCCCATGACCAGCAGGGACAATGATTGATGATTAAATTGAG CATTCTATGTTCAGCAGCTAAGCGTGATTGAATAACTGGACAGCAGAGAAGTAATAGGTT AGTTTTTTGTTATCCAAAACTTCAATGAGCTGAATGGTTTGATTGTCCAAATAGAAGTTT TTTTGTGGTATGAAAATAGAAGGAAAAAGTGGAGGATACAGAATTCCAACGGGTTGTATG TAGTAATGGTCATGTGAAATCTGTTATCAGAATCGAAGTGGTGATTAACACAGTGAGTAA TTAAAATTGACAAAAGCTAAAGCAAAAACCTTTTTTTGGTAGAATCGCATGGTAGGAAGA GAGAAGGAGAGAGTCAAAAGGTGTAACATAAGAACCCTAGTACAACAGCAGATGAAAAGG AAAGTGAAGTGATTACATACCTGCTCTAATGATAAGGAGAGAGTCTGTTACATAACTCCC CGATGGCGTGGTGTGGTGTGATGTGATGTGATGTGATGTGATGATCAATTCCTAAACGCA GCGCAGAACCATATATATCGAAGAAGAAGAAGAAGAAGAAGAGAGAGTTTTCTTGTTTGT TTTAACTTACTCCTACTCTACTATATTAGATTATTACAAATGTCGTTCCTTAAACCCCAC CACGGGGTTTGAAATATTCATCCTCTTTCTTTATTCTAATCTAATGTATCGTCCTAAAAT AACCCCTATTATTTATCTCATTTTAGTTGAATGGTGTTACATTCAACTTGATTATGATGA AATTTAATACTTTCTTTTCATATTCTACTAAACATAATCTCAACATATATATCATATCAT ATCATAATGTAAGTGAGAGGTCCTTCAACTCAAAGTTGTATTACAAATTTACTCTTCACT TGAACATTATTTGAATATATATAACATTATATGAAAATAAAAGCACAATATTTTCATTTT TAATGACCTAAAAAAATAAATTTACACTTCAATTACAATAATTAGAATGATTGAAAAGAC AACAGTTAAACTTACATTAAATAAATCTTTTTTTCTAGGTGAATAATGACTTTTTTCAGG TAAATAAAGAAACCTATTAGGCCAAAAGCTCCATGGAGAGCAACAAAAGTCCACAGACCC CCCAATTGACACCAAACTATGTTTCATCGTTAAGTAAATCATTTCATCTTCATATACATT TCAAAAGGCATGGAAGATATACGAACGCTATTTTAGTTAAGAAATCAAAGATTTTAAGAC AATCATGAAGAACATATGAAATATGGTGTCTACAGTGATTTCTCGACAACGACAATAATG AGAAACTGATTTTGTGTTCCTAGAAATCTCATAGTCCTCCAACATCCCGTGCCCTTCATT ATTTTTCTTTTTTGAAACGGGAAGGTTTCAAATTTTTAACACTTTTCTCCGCTGTTGTTT TCTTCTAACCTCCCCCTCCCCCCCCCCCCTTTCCCCTCTTATTGTAGAATATGCCTCTTC TAGATTTATATGTGATGCAATTTGAAGTGTTCTTAAAATTCAAGGTATATTAATTTATCC GAGTATTTCTATAATACAGTTTCAATCAGGATATTCACTGATTTTTTCCTTTCTCTATTT TATTAGTCTTTATTTGTTCTTTTTTACTATTTTTTTCTTAGCTTGTTTTTCATTTTTGAA AAGATGAAATTTGAACAACAAATATGATGAAAGTATATAATTGACATGTAATAGTAAAAT AATTTTACCTTTGAGAATCACACATGGTATTTTTCGAAGCTATAATTTTTTTTATACAGT ATATTTATCCTCATATTTTCACATATAGGCTTTTAAATTGTATACATTATCATTTCTCTT ACAAGATTCTTTCCTTTTCCTATTTTAATTTTGGGTGATTGAAGATTAAGATCTTAGTTA GAGAACATATTTTTTAATCTTAGTACGTCTTAGATATTATTTTCTCTTCGATTTGAATTT GTAATATTTTTTCCTTCATCAAATTATATATGACTCATCACAAGCATGTTTATGATGTTA TTATTGGTTCGTCTTTTTTTTATTATTATTTTGTTAATTTATTTTCTGTTTATTAAAATT TAAATTTGAAAACTAAAAGATATCAATTACTTTTACTATTTGAATAGAGTGATGATTTTT TCATGAATACTGAACATCATATCATCAAAAACTAACACAAATAGTGATATATTTCATGTA AATACAATAAAATATACTCATATATAGACCCATGGACTAATCACAAGTAATTGCATTCTC AAGACAATCTTATCATATTGTCGTTAAGCTTTTATGTTTATTTTCTTTATAGAAAATGCA AAATGTGTAATTGAAATTTATATTTCTGATAAATTTGTTTCGCTCCTTTGTTATTTCATT AAAGGCATTAGATACATTTATTATTATTTTTCTATCATGAATCCATAGACATATTTTACA TTCATGATTCACATATTTCTGGTTTGATAGCAGGTGCACCATTCTATTTTATGAATAAAA AATAAAAAATAAAATTAATTTCAATATCTATACCTTATAACTCACTTCTAAATAAAATAA ATAAATTGTAATGATAATAAAGGACAAACGTGCAACGCACGTTATCAAAAACTAGTGTAT ATATATACGCACACCTATGAATATGACATATAAGAAACACAAAATAAATTTAATTACATA ACATAAATAATTTTTTCACATGTGTTGTATGACTTACAAGAAATAGTAGAATTTCAATCC TAATTTATTTTTGCACAGGTAGATGATTCGCAAGTGACGTAGCATTATGTTTGACTTATA GTCAGTTTTTTAACCCAGTTTAAAGTTAAATGTATAAGATTTCTTTCTGAATGCTAACTA CATTTGAGAGGTTGAACCTAAGGACATTCATTTCAAACATTACTAGTCTTTACAATTCAT AACTTTGTCCGGCATGTTCCTTTTTATATATTTTTTTTAAAAAAAAAAAAAAGAAAAGGA GAAAAACAGACGCTTGAACTTGTTTACATATGTAATTCTATGCTAACCAAGCAGATGGTA CTGGTTGAAAGGCAGATGAGAGTACTCCACATGATTCAAGCAGTCGCGGAAGTCTGTGAA AAGCCTTTCAAACACTCTCCATTGGACTTTATAAGACCTTGGACTATGGGAAAGGTAACA TCACCTGCAAAATACCAATTGAATGACACGCAAAGCACTATGTTACTAAAGAAAACTGAC TGAAGATAATTGAATCAAAACACTTGAGAAAAAAGGTCAATCTTTCTTTTTTCGGATAGC CCCTTACCACATAACAAATATAAACTAACAGATTTAACAAACACAAATAAACTATCACAA CAGTTTGATTTAATAACTATGGCATGTAGTAATTATCATGATGTCCATCACTTAACCATA TACTATACAAACTACAAAGGGAAAGGCATCAATATAATACGGAGTCACATCAGCTGTTTA TAAGGAAGAGAGTCTTAAACTATGGACCAAGACTACAGTAAGGAACATAGAAAGTAGTTG CTTCAGCTTCTGCCACTCGAATATTGGATATTCCTTTTTATTTCTCATCAAACAGATGGC ATCTTCTTCTGGAAAGTCTTAGCATGGATTCCACTTCATAGGTACCGTTCACATTACATG AAGGCTCAGTCAGAACACGTACCAAGCTTTTATTAGAAAGGAACAAAACAAAGAGGAGTG CTCCACTCCCCAAGAGAAGGATCTACTTGAGTCTTGATTAGAGTATAACAAGATTTCCTG CAATTATCACTCACTATTATTTACAGAATAAATGCAGCTAGTTGGATCTTGCAACATTCT GTAAGTAACAAACACCCTAGTCCTCATGGTGGTAAAGTGAAAACCTGGAAAATCATACCT AGCAGGGTTAGTACATAGGCCTGCCTATTTGAACTAAAGGCGTTAGCTAACTCTTTTTGC TTTTATTCTTTAGGCAGAAAAAATGATTTTCTACCTAGTTCATCTTACCAAAAATAACAT TTTTGGCAATTATGTATATCATGTTATGAATGAGATTAATTTGTACATGAAAGTGCTAAA ACGAAAGGGCAGGCCATGTTTGTCATACTGATCACATATAGTTATATAAGAAACAACAAG AGAAAAGAGGAAACGGACCTATGATGGTTCCATGAAGTACTCCGGACAAAGGGGGCATTT GAAGCTGCTCTTTGAGAAATAAATAAACGTGACCAACAATCTCATCATCCAAATTTTCAC CAATATGTTTGCAGACATACAATGCAGTATATCTCCTGAAAAATTGATGTATCAAATGAA GTGATAAAAAAAAACGCAAAAGAACCACCTTTTGGACAAGCCTGGCCTGGCCATCTGTTT CTGTTAGCAGCGAGAGGAAAAGTGGTGAGAAGAGCAGCATTCCAGAGCAAGTCTTGGCGA AAGAGATCAGCCCATTGCTTGTTAACTAACACAAGAGAGAGTTCTCCAGTCAGAGATAGG GAGGCGAATGAAAATTTCAATAAGGAGATGATCTGGGAGAAGAAGAAGATGCTTCTTTGA TTCATAGCTAATCAAACAATGGATGGATGGTGGTTTGTACTTTGTACAGTACATACCCCT TTCCCCCCTTTCATTTTCGCTTTTTAACTTCACTCTACCTTCTCTCTGGATGTTTGTTTC TACTTATATAGATTTTACCGGAATCAACTTTAAAGCTATATTTTCATTCATCTTAAAACA CTAGAACTACTCCTATATATATTTTGTTGGATTAGCTTAATGTCCAAAAAATATATATAT ATACACTGGGTCAACAATACTAGTCAGTAATATCAAAGCTAATCTACAATTCATACTCAT ATGGATAGATAAGATTGCCACAAAATGCAGTTATCTCCAATTTAGCCTTGTATACATAGA TTGGTTGTTGAAACGTACAGACAGATAGATGACCGTTTGGTTTACCTACAAAATTTAGAG CTCCATCTCTTTAAATGTTAAACATCATCTATGGGGATGGGGGGAGGAAGCTAGATAACT AACTCAGAATGGTCACTGGTTATGCAAGTCCGTCCTCGTCCTCAACTCCCCGATCCCCAC TTCCGGTGAGTGTCGGCCCTGCACATCACCATTACTATTTCTCTTCATCTCCTTCCCCAC CATTCTCACCACCCTCATCCCCTCATCCCCCATTTTCACTACATCACCAACTCCAACCTC ATCATCATTATCACAGATGCTCCTCCTGCCTTTTACACTTGTAAGCAACCTTCTTTTTCC CCACCCACATTTACCATCTACTTTCCTTTAAAAACTAAAATTTATTGTTTTTGCTTGCTC AGGTTGAGATGGTTCCTTAACAGATGCTGCACTTCTTTTTCAACCAGAAAAAGACTCATG TAATAAGTCAAATGGCTCAGTATACACCCTCTTTCATTTCTTGTACTCACAAATTGAGAC ACCAACTAGAGCATATTAAAAAAAGATGTGGAATAGCAAACAATCATCTTCTGATTTACA TTTACGACTGAATAATGTACAAGGCACGTAATTTTACAATCTTCTTTTAACAAATGTAAT GTTCCAACAAAAATTTCCTGCAAGAATCTGGCCTTCACATTTTTTTTTTAAAGATCAAAC AAAGTTAGGAAATGTTGAGGTTTGGTATAAATATCCTCCTCTTCCATCTAATCTTAGATA CTTCACTGTTGGCCTTGTGGTCTTTGTTGCTGAAAGGAAGGGTGGGTCTGAGGTGCGTTC TGAAGAGGCATCATACCCTGCTGCAGATTCTGTGTATTTTGTGACATGTTTCCAAATGTG CCATGCTGCTGCTGTTGGATTGACATCATACCAGGATTGTTTCCTCCCATATTGAACACT GCAGAGAAACCACCATCTCTGTTTAGGAACAAATGTTTTGCAACTAGAAACAAGGCGCAC TTTTATTTGGTTTACGACATTCTCTCTTCGGGCTAAGAAATGAAGAAAAATCCTTATGGA CAGAACTATATAAAAGATAAGTAGAGGGAGGTGCTTTTACTTTGATCACTCAGGTTTGCA GCAGCAAGATTCCGAGTTCCACCAGACATTCCAAACTGAAAGCAGTCATATGAGGCCATA AAACAATTGGCAACATAATATAAATGAAACATGCAAAATTAGGTTATTCCCATGCAAATG ACTTCCGAAAAAAACAGATTTTTCATATTGGACGTAAAAATGTCCTTGAACATGTGGACA TACATGCTTAAACATAATCAGTGAACTTCAAGAAATGTAAGCTGAACCAAATTCCTTGGC TACTAATTATGTCTAAGCGTGTATGTCCACATGTAAGTTGTGTCCACATGTTGAAGGACC ACATGTAATTTGTGTCCGCATGTTCACACATATAGCTATAGCCTCCCATCAATTTAAACC AAATTCACAGTCAAGACAGATATCAAAACAGAAAATATTTGATGTGTATAATGCCAATAA AATAGAAAATTTCAATTAACTGTCAAACAGAAAACAAAATGAACTCCCTCCCTTTGAAGC TAAATGAAGACATCGGGTCACTTTCTCCACTCCAGAGAAGGCACTCAGTTCACCTTGTCG TGAATTATAATTATTGACCAAATAATAACTTCCAGCATGCATGACAACAACAATAGGAAA TACAATTTGACACACCTGCATTCGTGGCAGAAGAGTTTGTGATGGCACCATTGCTGACAT ATTTGAGATCTGCCATATAGAATAAGTTTAACATAATTCGAAGCAGACTGGACATTTGGA ATTTTAAGTTCAAGAAAAGAATGCTCGATAAATTTAGAAATTATGATGCACATATTTTAA TGGCAGAAAGCATTTAATTATTTAGTTTAAATGTTAACTTGTATCATTTTAATAAAAATG TAGACGACTTTTGCATTTCCTTAAATTAATTCTTAATTAAAATATAAGTAAATAATTAAA TGTTTGGAATGTGAAAAGACATATTTTAATTGTACATGTATATCCTAAAATAATTATTGG CATATGAAAAAAGTGACCCCCCATTTATCCGATTAATGCCATTGATTTTAGTTATTTTAT TTATTATTACTATGATATTAAAAGTGTGTTATTATATATGAATGAATTAGTAATAAATTA TTGAGATGACTTGTAACTGCCTCATTTATTACTAATTAAAATGATTTGTGTTTTTCATCT TTTTAATTATTCATTCAAACTAGATTAGATTCCAAGTTCAAAGTAATAATTATTAGTGGT AATGTTAATTCTCTTATTAAGTCTATGATTTGTATTTTTCATCTTTCCATCTATCTATAT ATTAAAGACTATTATTTAGAACTGAAAAATATAGAATTTAAACAGACATTTTTACTACTA TTTAAGAACTAGGTGATAACATTGAAAAATGAAAGAAATTGTCATTCAACTGATAATCAA AAAACTATTCCATCTATGATTGGCGAAAAAGACATGAAAAAATAGAATACATGAGGTGGG AGAAGAACTTGAAGACTTCTTTTTAGACATGCCTAACTCCTCATATCTCTTTCGATATAT ATTCTCCATCACGAAGATTATTGTTGTTTCTAATATCTTTTGCATTTCTAATAAACTCAT TGTGGTAATGTAATCTTTTAGCTATTATTATGAGCTTTTGAAATAGATGTATGTATGAGA TTCAGTGTTTATCTTGTATAATTTTGATAGTACTGTCTTTTAATTTTAGAACCTTACTTA AATAATATAAATATTTCACTCTATCGTTTCTCATTAAAATAAAATAGGCAATCTTATCAA TAAGTGTGCATGTATTTTTAATATCCATTTATGGCTATAAAATGTTATCACTGATATTTA GATCATAAAAAAGACTTATACAAAGTTAAAGGAGACTATATTATGTTAATTAATTTTACA TACTTTTTGCTTGATGCCAAATGTGCAATCCCTTTTTATTTATTTTTGTTGATACATGAA ATATAATTGGTAAAATTAATATTGTTGATTTAAATATTTTCTATTTGATAGCACAATTTT AAATTATATAACAATAGTAAAGAATAAACGTGCAACGCACGTTGTCAGAAACTAGTAAAA TAATAAACAGCTAATAATCAAAAGACACAATGAAGCTTGACACAGAAAAGACCAGATATG CTTTATTTTAGCTGAGGGTCTATCGGAAACAGTCTCTCTACCTTCCCAAGGTAGGGGTAA GACTGCTTACACACCACCCTCTCCAGACCCCACTTATGGATTTACACTAGGTTATGTTGT TGTTGACACGGAAACGACCATTTCTGTGACCAGATGAGCATTGCATTAACATGTAAACCA AGTTAGTTAATATCTATGTCATAGGGGAGGACTACATACACAGCACGCCATGTGATCTAT AACTTCATATCCTGTGCTATACAACATTGAGTGCCTTCAGGGGAAAATAAACTAATGGAC AAACTATGAGTTGGAACCAAATAGAGATGAAAATTTTCTAGAACTTTTGGTTCTAACAGG TTCAGTACATACAATGCAACAAACATTTAGTTAGAACTATCAGCTTCAAAGATCCCAGAA ATTTTCAGTATGTGAAATATCAGTTCAATGCATGAGATAAATAACTTGCATTCTTCAGAT GTAACCAGAATATCCCAAATTAATTTATAGAGGCAGAAAACAGCAGAACTAGAGATTTTG AACTTAAAATTCTCGGGCAAAATGAGTAAGTCATTGTGGATAGGCTGAACTGAAGAAGGA AATAACATAAAAACTGATATATTTGACTCACCATCTGAGAGCTAGGTGTGCTTTGGGCAG AATTGAATAGTGCAGTATTCATAGGACTAGAAAACTGGTTTAAATGTCGATTCAGCTGAT TTCCTTGGTTGAGCTGACTTTGACCCATACCGTGATGAAGGGCACCAGATGGTAGCTGCC TACCTTGAAACTGCTGTGCTCCCAGTGGCTGAGAGAACTGCATCTGTGGCTGACCATGCA GCTAATAAACAGGTTTATTGGTCACCGTTTGATAAAAGCAGGTTCATTAGCAATTACTTA CTCCCCAATAAAATGAACAACAGAAACTAATATATTATACACCAAATAGAATAATAATTA TGTTCATGTTTGAAGAAGTCATTCATGGTAAGGTAAGCATATTGAAAGTGCTGAAAATCA ATGTTCATTAATTTTGAGAAAACTGTAATGTTGTATTCATATCAGCATAAAGGCTGTGCT GCAGCCACATTTACAGTTCAGAAAATCAACTCTTTTATCTTACAAAGTATCAATTATGTC AAGTAAAGATTCTGTGTCATCTACAAAGCTTTTCCAAAACCAAAAATGAAACCCAAAAAA GTAGCAGAAAATCAATAATTGTCCTCATTTTGTTTAAAAGATTAACAAGTTCATACTCTT TGGAAAATATGTGCAATCCTGGAGTAAAGTGCCCTTTGAAAAGAATCTGAATTGGATATT TACGCATGTCGTATATACAAACAGCCAGTGTGCATGTGTTACTAACTAATCTGAGCTTCT TCCTCCTCATGAATTGTCTGAATGCTAAATAAGGAGAGATGAACCATAACAAGTTTAAAG AGATCAGTGCAAGCAGTGCACTTTTTGCTCTTCAATTTTACGGGGAAATGGTCCCAATTT TCTTTTTTAATTGGTGAAATGGACCTAATTCTCCTTGGTAGATGAAGAAATGAGATAAAA TTCCTACCTATTGGAGAAGTTGGGAATCCTGTAGGTTGATCAGGAGCTTGGCTGTAAAAC TAGTGGCCTGTCCTCACATACTAGGATTTACCATTAAGCATATCAAAACAGTGGATCCAA TTTATGAATCTATTTTCTTTGTTATTTTATGTCAGTCTTTGACTGTAAAAAGAACACAAA ATAGGCTAAGCATTCGCTTCGGATAAAAGAAACCCAGAATCCTCTTTAGATGAATGATCA AAAGTATTTTGAATGGAAGACATCACAAAGATGAAAAAGGATGGGAAAATCCTTCTTAAT TGTAAGGGGAAAAATTGAAGAGAGAAATATCATTAGGTATCATTAAAACTGAACCAAACC AAATAACAACAACCAAACTGATTGATATGTATTTGGTTTTGGTTTCAACCAATACTGACC CAAACCGAACCATGAACATCCCTAATTGGAGGTCAAGGGTTGATAAAGATTGCACTGGAG CATGGTTCAGAGGAGTACACGTGGAAAGGAAATGGGGATGACAAGTTACCAGTCCTTATC AAAGAGCAGCTAGGATGGGGATACGGGATACCACACAACTAGGAGGACTTCTCCCAATTT GTTAAAAGTCAACATGGGATGTGGCAGAGGCCTGAGAGAACTCTTTTCTGGACCTTTTAA ATGAATCATAATGACTCAAGAGTTGAATGAGGTAAACAATTTTAGCCTTCAACTTTTGTA AATTTTGCGAGATGAGAGGCGTTCGCAGTTGGATGGTGATTCATCAGGCCCTCTCACCGC TAAATCTATTTACGGGTTGTCATAAAGGACTCAGTGGATTCCCTAATGGAACTAGTTGGA TATTAAAGGCCAAAAAAAGTGGCTTTTCTGTGAAGGAACTGCTAGGGATTCAATTCTCAT AGCTGACAATTGGAGGAAACAAAAGAAGATATATGCCTGTTCTTTATGAGTAAAAGGGTA ATGGTAAGGTAGCCCATACTAAGCACGCTATACGTCGTGCAAATTCACAAAAAGATACCT TAAACCAATCAAGATTTTTGTACAAACTGTACCTGCCCCAGTCCAGGCATTGAGGCTTGC CTAAGTTGCTGTTGGGCAAGAATTTGCTGCTGATGCTGAGGTAACTGCAGCATTTTCTGC CTCTGTTGGAGCTGATGCTGCTGCAACTGCTGCTGCTGCTGTTGCTGCTGCTGTTGCTGA TGGGTCTGTTGCTGAGGAGATGGTGTATTCATCATGTTAGCACTAGACCTAGGTGAGTTG ACATGTTGCAGAGGTGATGCTGTTGTAGTATCAAAGGAAGTGGGCCCAGAAGGAGAAACT GCAGCCCGAAGTGCTCCAGAAGCCTACTCCAAGAGCAATACATACATATTAGAACTGACG AACTTAAAAGACAATAAGGACTCAATATATTAAAATAACTTGGGGAACATTGATTTAATG TAATGTTTAGTTAAGGAGAAAGAATGGAAAAAGGATATGATCAGTATACTTCTGGCAGAT TAATCATTTATTGTTTCCATATTACTGATTAGCGCCATGAATAGAAGGAGATTTGCATTT CCTCTCCGAACTCTTACATAAGTATTTAATAGCAAACTCTACTTGATCTCCCATCCTCCA ATAAATTCAAATAAATGAGGGAAATAATTCCTACAGCTCTTTCACCCCCAGAAAAAAAAA AAACAGGCGTTACAACTTGCACGAGAAGTTGATGTGTAACCAAGGATGTAAGTATACAAA GAACATGCAGTAGTTGATATTAATTACAATCAGGGTAGTGTATTTGGTGTGTAACATAGA ACATGTATATGATTATTAAATACTATAGTGGACCTAGTAAACTCCTTCAGTAACTAATTG ATCTAAACCCATTCTAAGATGTGCAGTTTTTTGGTATCCATTTGGTGCTATGGAACATGT GAAAATAATCAGGTTGGCCAACCTAAAAAGAGGTCTGTAAACCTAGAGTGAACTGGGAAT AAAAAGGCATGACAATTCCCTCCCCGAGAACAGTAAAAGAGATAGTAGAACCATACAGAA GACGACAAAAAGGTAGCCCAATTCACTAGGCTCCCTCTATACCTGGGACTAGAGAAGGTG CAGACCTTACTTTGCATTTTTGCGAGAGACCTACACATGGCTAAACCTGTGACCCCCTGG TAACACGGCATACCGCTTATCTTTGTTAAGGCTCCTTTTTTCGAAACAGAAAGAAACCAT AGCATAATTTTTTAAATGATAAAGATAGAATAGCATAATTGTGTGATAACTACTTGTTCC TTATTCATAACTCCTTTAGTAACAAAATTATGGGTGGTGGAAGTAAAATTCATGTGTTCC AAATTGATATTCACTCATTAACAAGATAACCACTTGTCCCTTTGTTCATAGCTCCTTTGA ATAACAACATTACAGGACGCCGGAGGGTGGAAGTAAAATCATGTTTCAAATTGATCTTCA TCCCTTAAGCAAAAGGCATATTTACAAGGCAAATTATAAGAAATCTGACCTGTAACAAAG CTCCCTGACTATTAACATTGCTCGATGGAAAGGGAGGAGTATTCTTCAGATAAGTCCCTA CTTGAACACAGCATCAATTTCTCTAGTCAGATGTTCATGAAATAAAGTGGAAACAGTAGG ACAACAATAGATGATAGGCTACCGGATGAATCAGCGAAAGACTGGGGGCCATCAGACACT GTAAGCACATCTACCAAATGACCAGGAAGTGCAGAAGTAATATGCCTTTGGTCTCCAGGT ACACGTAATCCTGCATAAGTACCATTTTCATGAAATCTGTGAGCATACATGTTAAAACAA ATCATAAACGAGTGTACCGCCAAACACCACCAAAGGGATGCTACACACACTAGACACATG TCAGGTTTATTGTACATATATATTGTGATGCATAGCAGAAGCACATTGAAGCATCTGACT TGCAATTGCACCTTCTTCGTCATCAGAAATATGTGCAATTTTCTGATTAACAAGGCACTC AGTGGATCTGATAGTTTGCAAGAATCCTTCTCTCTTTCTTTTAGTTTAGATTAAACATCA ACATAGGGACCATTGGGGTCCAAGTATCTTTAGCGTCAATGTCTTGTGCAAGCAAAACAT TTAACGAACTCTGAGAAGGAGAAAAGATGTTTCTGGGAAAAAACTCAGAACATAAATATT ATCACCTTCACCATGATTTACTGCAGTGCGAAGTAAATTTTCTTGTTCCTGAATTTTTGC TGCTTGTGCCTTGTCAATAGTTGGAAGCAGTGTTGGCCCCTGTCTGGTTCCAAAGTAGGC TTTGCGCGTATCAGCTATGACTTTCTCAGCACTTTCACATGCTGCTCCAATCATATCAAT TCTAACCTGTGTGTTATAGGTATATTAGAAAGCCACAAGGATACAGAAACAGAAGAAATA GCATCTGCAGAGCTTTCCACCTTCAACTTCTCAATTTGGGATGCTACCGATAGGTGTTGC ATGCTGTGTAATAATTGCTCCCTTTTGGCATTATCTTCGACTTCCATCTCTGGCAGCAGC TTTGATGACAGCATAACAGGTAGAACTGCATCGAAAAGTATTTGTAAGTAACAACTAACA GAAAGCTAAGCTGCGCGGACTCTTCACTTTTGATGCCGCACCCGTGTCAAATTCTTCAAA AATACAATACTTTTGGAAAATCCGATACACACCCACTGAGAGTCTGAGCAACATAGACAG AAAGCATCTTTCGGATTTTCTGTCAACACAAATATACTCCACAGCCCAAAAAATACATGC TTATTTCTTTCATTAACCTTATCAGAAATTTGGAAAAGAAATTCAGGAAAGTGCAGAATC AGTAAATCATCTTTTCTTGCGTTGTGCGGTGGATGCAGGCATATGGCATGTGTTCCTTTC CCTATTCAGTTTGAACTGGGTGATGCCTCAAACTATCAGAGAAGTTGTTGTGAGTTGGGA CCATTTGATAGTTGATGGGGCCATCAGGAACACCTGGAGAATGATTCCAGCATGTATTTT TTGGTGCCTATGGACAGAAAGGAATCAACGGTGTTTTGATGGAATTTCAACTCTTAATCA CTCACTCAAAGCTAAATGTTTGTTCATTCTTTTTTGTTGGTCCAACCCGTCTTATGTGAA TAGTTACACTACTTTCTTAGATTTTATTAGCTCTTTAACTCTAGGCCAGACATAGTCATG TTTTAAGCCTTCTCTAGATTTTTTGAATTGGTGGATGGCTCCCGTGTCTTAACTGCTATC ATGTAACGGAACTAGCATATCTACTTTTGTACTCTTAGCATCTTCTTGATGCCGGTAATG AAACAACTTACTTCATAAAAAAAAAAAAAACTAATTTGATATTGGGTGTGGTTGATTGAT TGATTGATTATGCTCAAACAATTTCACCACATGGAAATAGAATTGCTAGCAATAGTGACT GACTGTCGTGCTATCTAGTTATGCATACATGTATATCAAGCTAACCTCAGCAAGTCAGCA AGAAGTGAAACTGTTAGATAAAGAGCAACTTAACAGCCAGACTAAATATGTATATACCCT TAGGTAGCATTCGAGAGGAGAGAAGAATTAAGACACCAACCTTCTCGGTGATTCACTTTC CTATACACTACCTATGTACTTGCTTATATGCAACGACAAATGTCAGTGGTTAGCATGTAT AATTAAGAAAGGATAATAGAAGTCCAACTTCACAAATTTACCAAGCGTGAGTGAATAAGT CCATACTTGCAGCATTCTCAGCATTTACATTCTTGGGGTGAACAACAAAAGCCTTGGAGA CCTTCTTAATATCTTCAACAATGTTATAAAGCTCAAGATTCACCATAGAAAATTGCCCCA AAATATCTTGCCTAGCAAAAAGAATTATTAAAACTAAATGTTAACATATATGAGAAATGA GTTGGAAAACCATTCCTGATTACATATTCCTCATAAAGATATACCATATTTTTTTTCAGT ACTCTTAAGAATAATCATCAAGTATCAACTGTAAAACACTTCATCTCAATTCCCAACGAG ATCCAAATAAGTTAAATGGTGTCTATAGAAAGAAAAAAAAGAGTGAGGCAGATCAGATTT TGCGTGAAAAGGGTATTATATATGACGCTGAAGATTTGGATTTCATTTTACAAAAATAAT ATGAAAAAGAAAAAAATCAGCAGTACAATAAGATACCAAAGGAAATCAATATCAAATGTG TAAGTTGATCTTCTTATATATCATTCCCTTCTACAAAACGAATGTGCAAGTATATCTTAG GTTGGATTTTTTATTATAAGTGGGGTTGAATAATATATAAATGCTAGAGAGTGAAGGTCT ACTCTCATTTGTTAAGGGAGATAATGAGAATATTGAGATCAACTGTGATAATCCACATGC ATCAATAAGGCGCTTCTCCTTTTCACACAGATCTTTATTACTACTCTAAACCTGGGGACA AGGATATGCAGATCCAAGCCCAAACTGTATAAGAAAGTTGGTGAAGAGACTGTGTAACCT CCTACTAACCGAGATGTGTCCAGGGAATTGTCTGAAGATGATTTGTGGTTGAGAATGTGA TGTCCTATGTAGCAATGTTCATCTAACCAAAAGGTAATCTTGCCTGGTGAGTCTAGGCTC ATGGAAGGATATTAACTGCACTATTGAGGCATCAAAGTTGAAGTAGTATTTTGTAGCATG CATTCCCAAACTTGTTATACTTAATTCAGTAATTACATCTCCAAATATACACAGAATCAC AACATCCTGACCTACCTAATGACAACAAATCTCGCAGCCTAAATTGACAAAGAATAAAAA TGGCTACCTTAAAAGTTCAGCAGGGGTATCCCAGCCTGTGAAGACACAGTACCGGAAACT CATTTGGCTGGAGAACCCACAAAATGCATTTTGGTGTTGTCAATAAACTATCCCTAAATG ACAAACTAGTAAACTTCCTGCATTTGGTAGCATAGTTGTATTAGCCGAAATTACCCAATA AAACCATAGTGTATCCTAATCAGAGAGGTCAGAGGAGGTGCTTGGTAAAACAAATTGAGG GTTATTAACAAAAAAATAGACTACTCTAAACTCTTAGTACTACGGGATAGAATAATATCA TCTAGTCTCACTCACCTTCATTTTGGGGGCTAATACAGCTCGTAGATATTAGTATTAGTC AACTTAACTACTCCAATGTATTTGTATTTGCTGCTACACAGTTAAAATAGAAGAAATGAA CTAAAGAGAAAGAGAACCATTTGGGGACAGCATTGGTGCGAGCGATAGCGTCGAAGTCTT CGAGGATGCGAGAAATAGCCTTGAACAAACTAACGGCTCGAGTTTTAACGGATTCGAGAT TCAGTTGTTGTTGAACAGCGGGGTTCAGACCCTCCACCACCCTGGGCGGCTGTGGCTGTT GCTGTTGCTGATCTTGAGCTGCCACTACTCCTTCCATGGTCGCCAACCCTCTTCAACCGC AATTTTCATTACGCATTTATATGTTTATATTTTATTATTCAAAATGTACATACCTAAAGT TTTACTAATTCTAATAATTTTTTCCATCTAAACACCATAATATTAGTTTTATTTTTAATT TAAGGTGAAATGGTATGGTGGACCCTTATATTTGTATGTTATTGTATTGTGAACCGTTCT ACTTATCCTTTTGTTATTTAGATCCTGAATTCAATAAAACATAATTTAATGAACCCTCTA ACCATTGACCAAACTTATGTGCCATTTGAATGTTTGAATTGGCTAGAGAGAGTGATTACA CGCGTGTAAAAGCAACTGAACACCATATTTATAATTAAAAATTATAAAATTTATCAAAAT ATAGAACAATTAATTTAAAAAAAGAAAAAAAATAAAAAACCCTTTTTATTCACCCACCCA CCTACTTTTTCATGCATAACTATCCATGCTCAACCATTTTTTTTCTTTCATTTTCTTTAG ACGATCTATGCGGCGGACGGAGGCGACAAGGAGACAAAGTCGTGTGAGGGAAAAGTGTTT ATGGTCTCACCGACAAGAGGAATGGTGGATGTGGCAGCTTTCTCCGGTGGATTTTTGCCA TTTCATGGCTGGATCGAATGGAGACCTAAAGGTGTCGGTTTGGCCAGATTTCGGCCTTAG GTAGCAGATTTTGTGGTGGCTCACCACTGTCTGTGAGCTCACTGTTGATGGGTGTTTCAC CGAAGAATGGTATCGATAGTGGTGTGAGTTCTGATGGCTCGCTGGTGTTTTTATACAGCA AATGAATTTGGGGTTTTGTGGGCCTGAAAAGGTTGGGTTATGCAGCTGTTCGCCAAAAAA AAAAAGAAAAAAAAATGAATGGGTTTTGGGTCAAGTCGAGATCCATTTTTTGATGGTTGT TTTAGTTGGAAATGGTTGAGAAATGGGTCCTTGGTGACTTTGTGGTTGGTTTTTGGTGAT TTCGAGCTCAAGAATTTGCTAGAATTGGAGAAAATGAAAGAGCAACGTGGGTTAGTTGTT CATTGTTGCTCGTTGGTGAACCTCGAGGTGACTAGTGGATCCGTGGAGGTTGGAACAATG GGATTTCGTATTGCTGTCGTATAATAAATGATTACAATGTTATTTGTTCTCCACTTAAAG TAATTGTTTCATCAATATATTCGTGTAAAAATGAAACACATTTCACAGGCTCTTCAAAAT TTTATTACTCAACAAACGTGAAGTGTGAGTTAAAGTGACTATATGTTAGCGAAAATAATA AAGTTTATGTCGGTGAGAATAATAAATTTTAATGATGTGATTATAAATTTTAGGGAAAGT TGTATATAATGGCAAACTAATAAATCAAATTAATTGTTATAACCACCCTTTGATTTAATT GTGTCCCGTAGCAAATTGTTTGTCAGTCACTTCTCTCCCTCAAACTCTTGTTCGCCACTC TCCTCTCTCGCTCTCTTCCTCTCACTTTTATACAAAAACAAGTGTATAAAATATGTTTCT ATTTGTATAAAGTGAGAGGAAATTGTATAAATACATATATTTTTGTTCCCCTCTCTCCCC TCTCCCAGATCTCACTCGCCACCCTCGCCTCTCTCGCTTATACAAACAGAAATGAAATGT ATAAATTGTGTTTCCGTTTATATAAAGCGAGAGAAAATTGTATATAAACATGCAAATACA CATATTTTCGTCATATACACTTACAATTATACAATAAAAAAACTCCCTTGCCCAGTTTCT TTTGCCTTTCTCTCTTTCTCGTTTTATACAATTCAAATTGTATATAATTTTTCTCTTTCT CGTTTTATACAATTCGATTCAATTGTATATTCCCTGCCCAAGTCTCTTTTGCCTTTCTCT CCTTCTCATGTTATACAAATTCAAATTGTATATAATCGTTCTATACACTTATACTTATAC AATTCGTCTAATACACTTCGTTTTATACAATTCTCTGGACAAGTTTCTTTCTCTTTCTTG TTTTATACAATTCGCTTCAATTGTATATGTATAGAGACTTATAAATTTTATATGTTTGCT ATAGAGTGCAATTATGTAAACTTTGCTATAACATACAAATATGAATTTTATGTTTGCTAT ATGTGAAAGTTGCCCAAAATTTTATTTACATGTGAAAATTGAAATAAATGGTTAGTAAAT ATAAATGTAGGGTTGTTTTAACAAAATATAAACTCGTTGATCAATTTTTGTATTAAAATA ACTCAAATAATGATATGGTATTCCCATATGATTCCATATCATGGTTTTTGGAGAACATGG TATCACATCTCATGATATGGAATCTTGAGATGGAATCAGCGTGAAATTGCACGTCCAAAC ATTGATTTCATCTCAGGATACCATATTGTGATATGGTATCGCATAACCAAACGTCTACTT AATTGTCATGATATTTGTCACGACCCGAAAGCACCCCTAGAAGTTAGGGAGAATCCTCGA ATCGTGGCAAGGCGTACTTAAACCTTTGGGGTCTTGTATAAGCCCAACTATCGTTTATTA CATAAGACATGAAAAGTAGTGAGGAATTAAAACTTTTCACGAATAAATTAATAAAAAGGA AATCTTTCATAAATACTTAAGAAATCTCATCATCACAAGTCAAACTTAAGACACAACATA TAATATCTTAAGGACACGGCTCTTTACATTGAAATCAAATACATATTAAGTCTTAATAAT AAAACTAGAAACGATAGACTATGTCCTCGAATATATGAGGACATACCAATTATTGAGAGA GTGAATTTCCCAAGCTTCGCCTTCTAATCTACCAAAAAGCCTTCAGCCTATACTTATAGA GTATAGAAAAGTATGGGGTTAGTATAAACAATATACTAAGTATGGCATAAGCAAAAACAT GCGAAAAGGGACATTTTAGTAAAATAAGATTTCATGCAATTTAAGTAAAACATTTAAGGA TATAAAGACAAAACATCACAAGAATCATCATTTAACACTTAGATAAGAGTTCCCATAATT TTAAACCAAAAAAGACCATTTACAGTAAATTTTCAAAACTTTACAGTAACTAGATGCCCA TTTACAGTGAACAGATTTAAGTCATTACAACGAAGCATTTCAAGCATTTACAATGAATTC TACTTAAGCAATTAAATGAACTATCCTATTCTAAATGAGTGAACTTCCAAGGCCAAGTGA AAGAGAAAGTGAACTGATTTTTCGTAAGAGTTTGCCTACCTCGGGATTATCCTAAGACTC ACTAAGTTAAGACATGAAGGAAGTATGCATATGCCTCCTTGAATACACACCAAAGCAATT CTCAAGGCTACCCCTTTCGACTTACTCAACTCGGAAGAAACAAGCCCCTCAACCAATGGC AAGACATTAAAAGACACTCAAAAACCCACCAAAGTCTTCCCTTTTGGAATGCCTACTTAG TGCAATGAGTAGATAGCGTCTCATACCACCACCTACCCTAAGTAGTACATTCTTTTAGAA GGTTTGACACCAAGTCTTCCCTTTCGGAAGGTCCTACCTTGTGCAATGAGCGTCTCATAC CACCACCTACCATAACTAGTACGTTCTTTTAGAAGACTTAGTTCAATCAATTCTTTTGTG GGGTTTAGCTTAACCGACATAGACCATGAAAGCTAGACATGAAATCCCGACAATAACCCC TATCGGATGAGGGATCCTCACTTGCATAAAGTAAGGTCATTCTTTTCAGCTTTTACATGG CTTTCCCAATGGCTACACCTATGCGAGCGCATAGTTAAGGGATTAGGAGATTGCTACTAA GTAACTCATTATCTACTCGCGAGGAGTACTCATCTCAAGGGGTACATTGGAATACAACAT CTCAACTCAAGAAGTGTAATTTCCTCTTCTTCATATCCTCTCGGTGCTAGACATAACCTC CACGGATTTTAAACACTTTAAACTATAGGTTAAGGATATCTAGGTCTTAGGAACATCTCA TGCAAGTTTCAAGTAAAACGAACACATAAAACTCACTCAAACACCTAGAGATACACAAGT GTTATCTAAGGCACACCTTCCGAACGTCATGGACGTTCTTGGACGTTTGACCTCAAAATT TAATCAAACTTCACACACTGCCTAAGAACACTAAAGTAACTCATTTTAACTTCAAATTAA CTTATGAAATCCTTACGAGGCTTTAGTTCATCTTAGTTTGTTTTGGGGCGTTATAATATC TTTTTTAGAGTCAAATTATAAAATTATAATTAATATTTTACGGTATATTTTTTTTCTCAT ATTAATATACAAGAAATTATAATTAATGATATTTTTTGAACAATTTTTAAATATGTTTTT ATTTGAAATATCAAAATATAATTTAATTTATTTTTAAAAAGCGATGAAAAACAATAATTG GAAAAGTCCCGTCGTGTCCTGTCGTTTGCGAGTTCCAAATTCCAAATTCCAGGCCCCTTT TGGTGCCGATCTTCC GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.998 8033 8637 match_part 1.000 9246 9383 match_part 1.000 9813 9904 match_2 match_part 1.000 8060 8637 match_part 0.991 9246 9352 match_3 match_part 1.000 8060 8623 match_4 match_part 1.000 8078 8630 match_5 match_part 0.993 8123 8529 match_6 match_part 0.993 8133 8560 match_7 match_part 1.000 9948 10058 match_part 1.000 10579 10692 match_part 1.000 15619 15836 match_part 0.987 16386 16460 match_8 match_part 0.976 11110 11194 match_part 0.968 15619 15836 match_part 0.954 16386 16472 match_9 match_part 1.000 15774 15836 match_part 0.980 16386 17023 match_part 0.583 17395 17406 match_10 match_part 1.000 19113 19472 match_part 1.000 20317 20354 match_part 1.000 22958 23063 match_part 1.000 23158 23228 match_part 1.000 23413 23482 match_part 0.984 23894 23956 match_part 1.000 27560 27608 match_11 match_part 1.000 19114 19472 match_part 1.000 20317 20354 match_part 1.000 22958 23063 match_part 1.000 23158 23228 match_part 0.914 23413 23482 match_part 0.969 23894 23925 match_12 match_part 1.000 19114 19472 match_part 1.000 20317 20354 match_part 1.000 22958 23063 match_part 0.958 23158 23228 match_part 0.923 23413 23425 match_13 match_part 1.000 19118 19472 match_part 1.000 20317 20354 match_part 1.000 21602 21695 match_part 0.958 22958 23029 match_14 match_part 0.992 19118 19472 match_part 1.000 20317 20354 match_part 1.000 21602 21663 match_15 match_part 1.000 19121 19472 match_part 1.000 20317 20354 match_part 1.000 22958 23063 match_part 1.000 23158 23228 match_part 1.000 23413 23482 match_part 1.000 23894 23956 match_part 1.000 27560 27604 match_16 match_part 0.997 19122 19472 match_part 1.000 20317 20354 match_part 1.000 21602 21695 match_part 0.981 22958 23063 match_part 1.000 23158 23168 match_17 match_part 1.000 19122 19472 match_part 1.000 20317 20354 match_part 0.989 21602 21695 match_part 0.968 22958 23020 match_18 match_part 0.984 19164 19350 match_part 1.000 19417 19472 match_part 1.000 20317 20354 match_part 0.989 21602 21695 match_part 0.985 22958 23022 match_19 match_part 1.000 19215 19472 match_part 1.000 20317 20354 match_part 1.000 22958 23063 match_part 1.000 23158 23228 match_part 0.966 23413 23441 match_20 match_part 1.000 19233 19472 match_part 1.000 20317 20354 match_part 1.000 22958 23063 match_part 1.000 23158 23228 match_part 1.000 23413 23482 match_part 1.000 23894 23956 match_part 1.000 27560 27631 match_part 0.971 27720 27821 match_21 match_part 1.000 19233 19350 match_part 1.000 19417 19472 match_part 1.000 20317 20354 match_part 1.000 22974 23063 match_part 1.000 23158 23215 match_22 match_part 1.000 23433 23482 match_part 1.000 23894 23956 match_part 1.000 27560 27591 match_part 1.000 27759 27821 match_part 1.000 28171 28245 match_part 1.000 30768 30884 match_part 1.000 32104 32220 match_part 0.982 33318 33374 match_part 0.992 39055 39182 match_23 match_part 0.968 23894 23956 match_part 1.000 27560 27631 match_part 1.000 27720 27821 match_part 1.000 28171 28245 match_part 1.000 30768 30884 match_part 1.000 32104 32220 match_24 match_part 0.979 78343 79106 match_25 match_part 0.978 85396 85669 match_part 1.000 85738 85832 match_26 match_part 1.000 86326 86654 match_part 1.000 86809 87046 match_part 0.993 89453 89757 match_27 match_part 1.000 86327 86654 match_part 1.000 86809 87046 match_part 0.972 89453 89558 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_28 match_part 0.997 47837 47041 match_29 match_part 1.000 47843 47265 match_30 match_part 1.000 48237 48030 match_part 1.000 47954 47750 match_31 match_part 0.926 110028 109679 match_part 0.875 96430 96423 match_part 0.583 91412 91401 match_part 0.867 88517 88503 match_part 0.714 88116 88103 match_part 0.600 82987 82983 match_part 0.906 52702 52448 match_32 match_part 0.964 85672 85396 match_33 match_part 1.000 94254 94085 match_part 1.000 91747 91564 match_part 1.000 91412 91175 match_34 match_part 1.000 95253 95050 match_part 1.000 94959 94849 match_part 0.993 94279 93834 match_35 match_part 0.969 96606 96542 match_part 0.972 96430 96323 match_part 0.977 95262 95050 match_part 0.982 94959 94849 match_part 0.931 94279 94150 match_36 match_part 0.995 96958 96777 match_part 1.000 96683 96542 match_part 1.000 96430 96323 match_part 1.000 95262 95050 match_part 1.000 94959 94849 match_part 0.944 94279 94226 match_37 match_part 0.991 95157 95050 match_part 1.000 94959 94860 match_38 match_part 0.970 95250 95050 match_part 0.970 94959 94893 match_39 match_part 0.976 96982 96777 match_part 0.972 96683 96542 match_part 0.972 96430 96323 match_part 0.986 95262 95050 match_part 0.950 94959 94940 match_40 match_part 1.000 96957 96777 match_part 1.000 96683 96542 match_part 1.000 96430 96348 match_41 match_part 0.959 97411 96903 match_42 match_part 0.952 97824 97114 match_43 match_part 0.958 97812 97169 match_44 match_part 0.992 97544 97182 match_45 match_part 0.962 97812 97236 match_46 match_part 0.993 98044 97314 match_47 match_part 1.000 97961 97476 match_48 match_part 1.000 98043 97489 match_49 match_part 1.000 99830 99741 match_part 1.000 99120 98433 match_50 match_part 1.000 99885 99741 match_part 0.997 99170 98505 match_51 match_part 0.855 99812 99751 match_part 0.636 99560 99539 match_part 0.943 99174 98559 match_52 match_part 1.000 108287 108092 match_part 1.000 106029 105976 match_part 1.000 105395 105341 match_part 0.995 105178 104774 match_53 match_part 1.000 108193 108092 match_part 0.944 106029 105976 match_part 1.000 105395 105341 match_part 0.924 105178 104795 match_54 match_part 0.995 115490 115278 match_part 1.000 113891 113767 match_part 1.000 112585 112461 match_part 1.000 112386 112206 match_part 1.000 111790 111683 match_part 1.000 111597 111530 match_part 1.000 110363 110073 match_part 1.000 108301 108092 match_part 0.981 106029 105976 match_part 1.000 105395 105341 match_part 1.000 105178 104798 match_55 match_part 1.000 110090 110073 match_part 0.986 108301 108092 match_part 0.963 106029 105976 match_part 1.000 105395 105341 match_part 0.939 105178 104802 match_56 match_part 1.000 108169 108092 match_part 0.944 106029 105976 match_part 1.000 105395 105341 match_part 0.906 105178 104901 match_57 match_part 0.824 111716 111683 match_part 0.897 111597 111530 match_part 0.856 110363 110073 match_part 0.986 108301 108092 match_part 0.963 106029 105976 match_58 match_part 0.941 111716 111683 match_part 1.000 111597 111530 match_part 0.856 110363 110073 match_part 0.963 108301 108168 match_59 match_part 0.982 111793 111683 match_part 0.971 111597 111530 match_part 0.962 110363 110073 match_part 1.000 108301 108280 match_60 match_part 0.950 115497 115278 match_part 0.992 113891 113767 match_part 0.992 112585 112461 match_part 0.972 112386 112206 match_part 0.966 111790 111733 match_61 match_part 0.941 115497 115278 match_part 0.984 113891 113767 match_part 0.992 112585 112461 match_part 0.983 112386 112206 match_part 0.977 111790 111747 match_62 match_part 0.938 115406 115278 match_part 0.976 113891 113767 match_part 0.984 112585 112461 match_part 0.978 112386 112206 match_part 0.931 111790 111762 match_63 match_part 1.000 113818 113767 match_part 1.000 112585 112461 match_part 0.989 112386 112213 match_64 match_part 0.990 115474 115278 match_part 1.000 113891 113767 match_part 1.000 112585 112461 match_part 1.000 112386 112327 match_65 match_part 0.875 113822 113767 match_part 1.000 112585 112461 match_part 1.000 112386 112337 match_66 match_part 0.953 115488 115278 match_part 0.984 113891 113767 match_part 0.992 112585 112461 match_part 1.000 112386 112354 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 8033 8637 exon 9246 9383 exon 9813 9904 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 11110 11194 exon 15619 15836 exon 16386 17023 exon 17395 17406 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 9948 10058 exon 10579 10692 exon 15619 15836 exon 16386 17023 exon 17395 17406 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 19113 19472 exon 20317 20354 exon 22958 23063 exon 23158 23228 exon 23413 23482 exon 23894 23956 exon 27560 27631 exon 27720 27821 exon 28171 28245 exon 30768 30884 exon 32104 32220 gene_5 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 19114 19472 exon 20317 20354 exon 22958 23063 exon 23158 23228 exon 23413 23482 exon 23894 23956 exon 27560 27591 exon 27759 27821 exon 28171 28245 exon 30768 30884 exon 32104 32220 exon 33318 33374 exon 39055 39182 gene_6 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 19118 19472 exon 20317 20354 exon 21602 21695 exon 22958 23063 exon 23158 23168 gene_7 gene GT_PGL_3_AGS_4 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 19233 19350 exon 19417 19472 exon 20317 20354 exon 22974 23063 exon 23158 23215 gene_8 gene GT_PGL_3_AGS_5 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 19164 19350 exon 19417 19472 exon 20317 20354 exon 21602 21695 exon 22958 23022 gene_9 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 48237 48030 exon 47954 47041 gene_10 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 98044 96777 exon 96683 96542 exon 96430 96323 exon 95262 95050 exon 94959 94849 exon 94279 93834 gene_11 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 98044 96777 exon 96683 96542 exon 96430 96323 exon 95262 95050 exon 94959 94849 exon 94279 94085 exon 91747 91564 exon 91412 91175 gene_12 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 115497 115278 exon 113891 113767 exon 112585 112461 exon 112386 112206 exon 111790 111683 exon 111597 111530 exon 110363 110073 exon 108301 108092 exon 106029 105976 exon 105395 105341 exon 105178 104774 gene_13 gene GT_PGL_5_AGS_4 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 111793 111683 exon 111597 111530 exon 110363 110073 exon 108301 108092 exon 106029 105976 exon 105395 105341 exon 105178 104774 gene_14 gene GT_PGL_5_AGS_5 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 85672 85396 gene_15 gene GT_PGL_5_AGS_6 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 99812 99751 exon 99560 99539 exon 99174 98559 gene_16 gene GT_PGL_5_AGS_7 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 99830 99741 exon 99120 98433 gene_17 gene GT_PGL_5_AGS_8 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 99885 99741 exon 99170 98505 gene_18 gene GT_PGL_5_AGS_9 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 110028 109679 exon 96430 96423 exon 91412 91401 exon 88517 88503 exon 88116 88103 exon 82987 82983 exon 52702 52448 gene_19 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 78343 79106 gene_20 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 85396 85669 exon 85738 85832 gene_21 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 86326 86654 exon 86809 87046 exon 89453 89757 RepeatMasker tomato repeats master Copia00053 4033 4200 1 Copia00053 4033 4200 1 nucleotide_motif 301 4291 4463 Unknown00034 3703 4016 1 Unknown00034 3703 4016 1 nucleotide_motif 2374 4513 4821 Copia00198 8043 8142 1 Copia00198 8043 8142 1 nucleotide_motif 252 5551 5651 Copia00094 5050 5603 1 Copia00094 5050 5603 1 nucleotide_motif 2698 6477 7014 Copia00172 1343 1490 1 Copia00172 1343 1490 1 nucleotide_motif 700 26429 26569 Copia00125 2890 2986 1 Copia00125 2890 2986 1 nucleotide_motif 522 34569 34666 Copia00208 2699 2880 1 Copia00208 2699 2880 1 nucleotide_motif 820 34711 34883 Gypsy00190 6723 7610 1 Gypsy00190 6723 7610 1 nucleotide_motif 2177 35325 36193 Copia00110 2414 2696 1 Copia00110 2414 2696 1 nucleotide_motif 1742 41119 41389 Unknown00040 4371 4587 1 Unknown00040 4371 4587 1 nucleotide_motif 973 44479 44697 SONATA2 1 216 1 SONATA2 1 216 1 nucleotide_motif 1068 55576 55788 Copia00133 1 2327 1 Copia00133 1 2327 1 nucleotide_motif 12058 57148 59380 Copia00133 3073 4264 1 Copia00133 3073 4264 1 nucleotide_motif 3829 59398 60522 Copia00133 4308 4475 1 Copia00133 4308 4475 1 nucleotide_motif 269 60643 60805 ISABELLE_TM 7998 8034 1 ISABELLE_TM 7998 8034 1 nucleotide_motif 252 66372 66408 Unknown00043 8235 8317 1 Unknown00043 8235 8317 1 nucleotide_motif 402 68431 68512 Gypsy00107 8876 9910 1 Gypsy00107 8876 9910 1 nucleotide_motif 7270 73489 74541 POTTEN2 564 797 1 POTTEN2 564 797 1 nucleotide_motif 701 75874 76102 ATHILA7_I 6330 6437 1 ATHILA7_I 6330 6437 1 nucleotide_motif 308 77705 77751 Copia00063 16 184 1 Copia00063 16 184 1 nucleotide_motif 405 78205 78360 Gypsy00003 5074 8393 1 Gypsy00003 5074 8393 1 nucleotide_motif 21025 79977 83415 Copia00013 346 1126 1 Copia00013 346 1126 1 nucleotide_motif 6547 83508 84284 TS2 520 652 1 TS2 520 652 1 nucleotide_motif 654 107454 107585 LINE_LS 4140 4208 1 LINE_LS 4140 4208 1 nucleotide_motif 234 113007 113077 Unknown00019 154 698 1 Unknown00019 154 698 1 nucleotide_motif 667 117058 117612 RepeatMasker tomato repeats master Copia00094 4302 4465 -1 Copia00094 4302 4465 -1 nucleotide_motif 1035 4847 4686 Copia00063 17 196 -1 Copia00063 17 196 -1 nucleotide_motif 374 5752 5570 Copia00112 4484 5127 -1 Copia00112 4484 5127 -1 nucleotide_motif 2883 7308 6710 Gypsy00163 7774 7852 -1 Gypsy00163 7774 7852 -1 nucleotide_motif 447 13075 12997 Copia00151 8217 8371 -1 Copia00151 8217 8371 -1 nucleotide_motif 540 13833 13672 Copia00151 10053 10173 -1 Copia00151 10053 10173 -1 nucleotide_motif 272 22110 21994 Copia00208 2742 2822 -1 Copia00208 2742 2822 -1 nucleotide_motif 416 24537 24458 Copia00125 3821 3864 -1 Copia00125 3821 3864 -1 nucleotide_motif 288 24576 24533 Copia00125 2769 3062 -1 Copia00125 2769 3062 -1 nucleotide_motif 1695 24852 24559 SONATA1 11 243 -1 SONATA1 11 243 -1 nucleotide_motif 897 29589 29353 Copia00133 23 177 -1 Copia00133 23 177 -1 nucleotide_motif 804 34900 34749 Unknown00057 2904 3401 -1 Unknown00057 2904 3401 -1 nucleotide_motif 431 36714 36216 Unknown00043 10179 10504 -1 Unknown00043 10179 10504 -1 nucleotide_motif 606 37526 37217 Gypsy00178 2711 2911 -1 Gypsy00178 2711 2911 -1 nucleotide_motif 747 38508 38322 Copia00110 2715 2840 -1 Copia00110 2715 2840 -1 nucleotide_motif 551 44584 44456 Unknown00043 5465 5533 -1 Unknown00043 5465 5533 -1 nucleotide_motif 245 52116 52056 Unknown00057 474 766 -1 Unknown00057 474 766 -1 nucleotide_motif 386 52605 52334 Unknown00043 5280 5459 -1 Unknown00043 5280 5459 -1 nucleotide_motif 512 52923 52754 Unknown00057 1451 1563 -1 Unknown00057 1451 1563 -1 nucleotide_motif 248 66065 65968 Gypsy00073 11876 11992 -1 Gypsy00073 11876 11992 -1 nucleotide_motif 608 68828 68708 POTTEN2 564 4501 -1 POTTEN2 564 4501 -1 nucleotide_motif 680 75206 74958 POTTEN1 84 321 -1 POTTEN1 84 321 -1 nucleotide_motif 600 76051 75818 Unknown00052 104 2571 -1 Unknown00052 104 2571 -1 nucleotide_motif 349 76631 76514 HAT1_MT 1 125 -1 HAT1_MT 1 125 -1 nucleotide_motif 247 77402 77278 Gypsy00073 1052 1375 -1 Gypsy00073 1052 1375 -1 nucleotide_motif 568 77677 77436 Copia00181 1808 1865 -1 Copia00181 1808 1865 -1 nucleotide_motif 319 77704 77648 Copia00110 13154 13366 -1 Copia00110 13154 13366 -1 nucleotide_motif 1182 77974 77763 Copia00053 3364 5071 -1 Copia00053 3364 5071 -1 nucleotide_motif 13863 79976 78256 Unknown00037 4560 4835 -1 Unknown00037 4560 4835 -1 nucleotide_motif 1016 83499 83221 Unknown00008 2525 2880 -1 Unknown00008 2525 2880 -1 nucleotide_motif 1623 84626 84280 Unknown00043 9982 10055 -1 Unknown00043 9982 10055 -1 nucleotide_motif 258 87263 87189 TS2 5 350 -1 TS2 5 350 -1 nucleotide_motif 1036 87646 87305 Gypsy-9-I_CR 10851 10918 -1 Gypsy-9-I_CR 10851 10918 -1 nucleotide_motif 286 110234 110164 Gypsy00043 1066 1314 -1 Gypsy00043 1066 1314 -1 nucleotide_motif 831 117036 116812 Copia00110 13309 13623 -1 Copia00110 13309 13623 -1 nucleotide_motif 1352 117298 116983 Copia00110 13161 13292 -1 Copia00110 13161 13292 -1 nucleotide_motif 736 117615 117482 Gypsy00073 592 677 -1 Gypsy00073 592 677 -1 nucleotide_motif 306 117633 117556 Unknown00045 531 2052 -1 Unknown00045 531 2052 -1 nucleotide_motif 9122 119443 117908 Gypsy00033 5071 5322 -1 Gypsy00033 5071 5322 -1 nucleotide_motif 1623 119692 119441 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1986 78370 79976 match_2 match 722 57175 58744 match_3 match 2379 78269 79976 match_4 match 2434 80711 82052 match_5 match 2512 80711 82052 match_6 match 2496 80711 82052 match_7 match 1901 80711 82048 match_8 match 2502 80711 82052 match_9 match 2502 80711 82052 match_10 match 2097 80711 82048 match_11 match 2097 80711 82048 match_12 match 2518 80711 82052 match_13 match 2510 80711 82052 match_14 match 2510 80711 82052 match_15 match 2825 78220 79976 match_16 match 2512 80711 82052 match_17 match 2539 80712 82052 match_18 match 2512 80711 82052 match_19 match 2486 80711 82052 match_20 match 2526 80711 82052 match_21 match 2127 80711 82052 match_22 match 2123 80711 82052 match_23 match 2133 80711 82052 match_24 match 2494 80711 82052 match_25 match 2510 80711 82052 match_26 match 2886 78220 79976 match_27 match 2486 80711 82052 match_28 match 2526 80711 82052 match_29 match 2518 80711 82052 match_30 match 2434 80711 82052 match_31 match 2434 80711 82052 match_32 match 2107 80711 82052 match_33 match 2107 80711 82052 match_34 match 2123 80711 82052 match_35 match 2520 80711 82052 match_36 match 2510 80711 82052 match_37 match 2510 80711 82052 match_38 match 2434 80711 82052 match_39 match 2434 80711 82052 match_40 match 2107 80711 82052 match_41 match 2097 80711 82048 match_42 match 2123 80711 82052 match_43 match 2127 80711 82052 match_44 match 2512 80711 82052 match_45 match 2434 80711 82052 match_46 match 2434 80711 82052 match_47 match 2083 80713 82048 match_48 match 2159 80713 82048 match_49 match 2561 78220 79976 match_50 match 2520 80711 82052 match_51 match 2533 80711 82052 match_52 match 2549 80711 82052 match_53 match 2512 80711 82052 match_54 match 2512 80711 82052 match_55 match 1883 80711 81840 match_56 match 2418 80711 82052 match_57 match 2418 80711 82052 match_58 match 2418 80711 82052 match_59 match 2175 80711 82048 match_60 match 1881 80711 81839 match_61 match 1883 80711 81840 match_62 match 2403 80711 82052 match_63 match 2418 80711 82052 match_64 match 2418 80711 82052 match_65 match 2418 80711 82052 match_66 match 2313 80711 82048 match_67 match 2440 80711 82052 match_68 match 2472 80711 82052 match_69 match 2472 80711 82052 match_70 match 1966 80711 81994 match_71 match 1881 80711 81839 match_72 match 1891 80711 81840 match_73 match 2418 80711 82052 match_74 match 2418 80711 82052 match_75 match 2418 80711 82052 match_76 match 2512 80711 82052 match_77 match 2512 80711 82052 match_78 match 2512 80711 82052 match_79 match 2109 80711 82052 match_80 match 2109 80711 82052 match_81 match 2504 80711 82052 match_82 match 2512 80711 82052 match_83 match 2512 80711 82052 match_84 match 2512 80711 82052 match_85 match 2557 80711 82052 match_86 match 811 57175 58787 match_87 match 1834 115900 116911 match_88 match 1748 99887 100900 match_89 match 5103 117096 119690 match_90 match 5882 96779 99787 match_91 match 7226 106430 110170 match_92 match 7485 102307 106220 match_93 match 110220 115559 match_94 match 2141 80711 82024 match_95 match 2504 80711 82052 match_96 match 2504 80711 82052 match_97 match 2510 80711 82052 match_98 match 2494 80711 82052 match_99 match 2533 80711 82052 match_100 match 624 33729 34898 match_101 match 2533 80711 82052 match_102 match 2192 80711 82048 match_103 match 1746 80711 81847 match_104 match 1778 80711 81847 match_105 match 3271 78070 79976 match_106 match 2508 80712 82052 match_107 match 2508 80712 82052 match_108 match 2516 80712 82052 match_109 match 3271 78070 79976 match_110 match 2502 80711 82052 match_111 match 2502 80711 82052 match_112 match 2508 80712 82052 match_113 match 2508 80712 82052 match_114 match 2516 80712 82052 match_115 match 2502 80711 82052 match_116 match 2502 80711 82052 match_117 match 2508 80712 82052 match_118 match 2516 80712 82052 match_119 match 2516 80712 82052 match_120 match 1869 78817 79976 match_121 match 854 57175 58786 match_122 match 2042 80711 82048 match_123 match 553 57585 58787 match_124 match 2280 80711 82048 match_125 match 722 57175 58744 match_126 match 2783 78085 79976 match_127 match 2042 80711 82048 match_128 match 698 57141 58784 match_129 match 2545 80713 82052 match_130 match 2549 80711 82052 match_131 match 2109 80711 82052 match_132 match 2109 80711 82052 match_133 match 2502 80711 82052 match_134 match 2518 80711 82052 match_135 match 755 57173 58787 match_136 match 2962 78070 79976 match_137 match 2482 78069 79796 match_138 match 2928 78070 79976 match_139 match 2928 78070 79976 match_140 match 2159 80713 82048 match_141 match 1883 80711 81840 match_142 match 3253 78067 79976 match_143 match 2946 78219 79976 match_144 match 2880 78220 79976 match_145 match 2365 78220 79976 match_146 match 2880 78220 79976 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 1013 1 80636 clone_start_1 clone_start 1078 1 544 clone_2 clone 1217 1 119690 clone_start_2 clone_start 1439 1 730 clone_3 clone 1017 9807 41543 clone_end_1 clone_end 1037 9807 10374 clone_start_3 clone_start 1098 24310 24884 clone_4 clone 1180.5 28457 59992 clone_end_2 clone_end 1114 28457 29018 clone_start_4 clone_start 1384 30190 30911 clone_end_3 clone_end 1110 36715 37281 clone_start_5 clone_start 1122 39538 40211 clone_end_4 clone_end 922 45063 45548 clone_start_6 clone_start 1086 49058 49605 clone_end_5 clone_end 924 51473 51983 clone_start_7 clone_start 1057 54390 54922 clone_end_6 clone_end 993 56680 57180 clone_start_8 clone_start 1489 59776 60546 clone_end_7 clone_end 1098 61662 62215 clone_end_8 clone_end 1235 63767 64397 clone_end_9 clone_end 1402 64710 65416 clone_5 clone 1331 68092 98749 clone_end_10 clone_end 1211 68092 68765 clone_6 clone 1324.5 70663 91987 clone_start_9 clone_start 1477 70663 71445 clone_start_10 clone_start 278 80485 80636 clone_start_11 clone_start 920 80711 81205 clone_start_12 clone_start 999 80711 81246 clone_end_11 clone_end 961 81033 81549 clone_start_13 clone_start 1231 81198 81846 clone_start_14 clone_start 831 81614 82052 clone_start_15 clone_start 819 81620 82052 clone_end_12 clone_end 759 81662 82052 clone_start_16 clone_start 944 82698 83209 clone_start_17 clone_start 1453 83761 84525 clone_end_13 clone_end 1005 89623 90129 clone_end_14 clone_end 1015 96810 97321 clone_start_18 clone_start 1515 96816 97579 clone_start_19 clone_start 1322 96817 97507 clone_end_15 clone_end 1140 98598 99184 clone_start_20 clone_start 392 101607 101816 clone_start_21 clone_start 747 101902 102278 clone_end_16 clone_end 805 103435 103891 clone_end_17 clone_end 1283 107803 108449 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_18 clone_end 948 80636 80135 clone_end_19 clone_end 995 119690 119185 clone_end_20 clone_end 1001 4134 3603 clone_start_22 clone_start 997 41543 41041 clone_start_23 clone_start 1322 25651 24985 clone_start_24 clone_start 1247 59992 59364 clone_start_25 clone_start 1053 50331 49774 clone_end_21 clone_end 1001 51391 50820 clone_end_22 clone_end 803 52018 51584 clone_start_26 clone_start 795 52049 51619 clone_start_27 clone_start 898 66274 65740 clone_start_28 clone_start 1451 98749 98018 clone_end_23 clone_end 1172 91987 91369 clone_end_24 clone_end 283 80634 80480 clone_start_29 clone_start 779 81123 80711 clone_end_25 clone_end 733 81100 80711 clone_end_26 clone_end 874 81185 80713 clone_end_27 clone_end 1007 81538 80992 clone_start_30 clone_start 811 81492 81064 clone_end_28 clone_end 1269 81732 81065 clone_start_31 clone_start 1168 81677 81065 clone_start_32 clone_start 1138 81676 81067 clone_end_29 clone_end 1033 81710 81170 clone_end_30 clone_end 1001 81782 81250 clone_start_33 clone_start 1084 81834 81260 clone_start_34 clone_start 1130 81897 81296 clone_start_35 clone_start 1041 81866 81306 clone_start_36 clone_start 967 81830 81307 clone_end_31 clone_end 1191 81991 81355 clone_start_37 clone_start 973 81911 81393 clone_start_38 clone_start 1195 82052 81418 clone_start_39 clone_start 852 82052 81595 clone_end_32 clone_end 737 83089 82698 clone_end_33 clone_end 737 83089 82698 clone_end_34 clone_end 729 83089 82698 clone_end_35 clone_end 1493 91973 91200 clone_start_40 clone_start 793 103816 103386 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.998 8033 8637 match_part 1.000 9246 9383 match_part 1.000 9813 9904 match_2 match_part 1.000 8060 8637 match_part 0.991 9246 9352 match_3 match_part 1.000 8060 8623 match_4 match_part 1.000 8078 8630 match_5 match_part 0.993 8123 8529 match_6 match_part 0.993 8133 8560 match_7 match_part 1.000 9948 10058 match_part 1.000 10579 10692 match_part 1.000 15619 15836 match_part 0.987 16386 16460 match_8 match_part 1.000 15774 15836 match_part 0.980 16386 17023 match_part 0.583 17395 17406 match_9 match_part 1.000 19113 19472 match_part 1.000 20317 20354 match_part 1.000 22958 23063 match_part 1.000 23158 23228 match_part 1.000 23413 23482 match_part 0.984 23894 23956 match_part 1.000 27560 27608 match_10 match_part 1.000 19114 19472 match_part 1.000 20317 20354 match_part 1.000 22958 23063 match_part 1.000 23158 23228 match_part 0.914 23413 23482 match_part 0.969 23894 23925 match_11 match_part 1.000 19114 19472 match_part 1.000 20317 20354 match_part 1.000 22958 23063 match_part 0.958 23158 23228 match_part 0.923 23413 23425 match_12 match_part 1.000 19118 19472 match_part 1.000 20317 20354 match_part 1.000 21602 21695 match_part 0.958 22958 23029 match_13 match_part 0.992 19118 19472 match_part 1.000 20317 20354 match_part 1.000 21602 21663 match_14 match_part 1.000 19121 19472 match_part 1.000 20317 20354 match_part 1.000 22958 23063 match_part 1.000 23158 23228 match_part 1.000 23413 23482 match_part 1.000 23894 23956 match_part 1.000 27560 27604 match_15 match_part 0.997 19122 19472 match_part 1.000 20317 20354 match_part 1.000 21602 21695 match_part 0.981 22958 23063 match_part 1.000 23158 23168 match_16 match_part 1.000 19122 19472 match_part 1.000 20317 20354 match_part 0.989 21602 21695 match_part 0.968 22958 23020 match_17 match_part 0.984 19164 19350 match_part 1.000 19417 19472 match_part 1.000 20317 20354 match_part 0.989 21602 21695 match_part 0.985 22958 23022 match_18 match_part 1.000 19215 19472 match_part 1.000 20317 20354 match_part 1.000 22958 23063 match_part 1.000 23158 23228 match_part 0.966 23413 23441 match_19 match_part 1.000 19233 19472 match_part 1.000 20317 20354 match_part 1.000 22958 23063 match_part 1.000 23158 23228 match_part 1.000 23413 23482 match_part 1.000 23894 23956 match_part 1.000 27560 27631 match_part 0.971 27720 27821 match_20 match_part 1.000 19233 19350 match_part 1.000 19417 19472 match_part 1.000 20317 20354 match_part 1.000 22974 23063 match_part 1.000 23158 23215 match_21 match_part 1.000 23433 23482 match_part 1.000 23894 23956 match_part 1.000 27560 27591 match_part 1.000 27759 27821 match_part 1.000 28171 28245 match_part 1.000 30768 30884 match_part 1.000 32104 32220 match_part 0.982 33318 33374 match_part 0.992 39055 39182 match_22 match_part 0.968 23894 23956 match_part 1.000 27560 27631 match_part 1.000 27720 27821 match_part 1.000 28171 28245 match_part 1.000 30768 30884 match_part 1.000 32104 32220 match_23 match_part 0.979 78343 79106 match_24 match_part 0.978 85396 85669 match_part 1.000 85738 85832 match_25 match_part 1.000 86326 86654 match_part 1.000 86809 87046 match_part 0.993 89453 89757 match_26 match_part 1.000 86327 86654 match_part 1.000 86809 87046 match_part 0.972 89453 89558 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_27 match_part 0.997 47837 47041 match_28 match_part 1.000 47843 47265 match_29 match_part 1.000 48237 48030 match_part 1.000 47954 47750 match_30 match_part 0.964 85672 85396 match_31 match_part 1.000 94254 94085 match_part 1.000 91747 91564 match_part 1.000 91412 91175 match_32 match_part 1.000 95253 95050 match_part 1.000 94959 94849 match_part 0.993 94279 93834 match_33 match_part 0.995 96958 96777 match_part 1.000 96683 96542 match_part 1.000 96430 96323 match_part 1.000 95262 95050 match_part 1.000 94959 94849 match_part 0.944 94279 94226 match_34 match_part 0.991 95157 95050 match_part 1.000 94959 94860 match_35 match_part 1.000 96957 96777 match_part 1.000 96683 96542 match_part 1.000 96430 96348 match_36 match_part 0.992 97544 97182 match_37 match_part 0.993 98044 97314 match_38 match_part 1.000 97961 97476 match_39 match_part 1.000 98043 97489 match_40 match_part 1.000 99830 99741 match_part 1.000 99120 98433 match_41 match_part 1.000 99885 99741 match_part 0.997 99170 98505 match_42 match_part 1.000 108287 108092 match_part 1.000 106029 105976 match_part 1.000 105395 105341 match_part 0.995 105178 104774 match_43 match_part 0.995 115490 115278 match_part 1.000 113891 113767 match_part 1.000 112585 112461 match_part 1.000 112386 112206 match_part 1.000 111790 111683 match_part 1.000 111597 111530 match_part 1.000 110363 110073 match_part 1.000 108301 108092 match_part 0.981 106029 105976 match_part 1.000 105395 105341 match_part 1.000 105178 104798 match_44 match_part 0.982 111793 111683 match_part 0.971 111597 111530 match_part 0.962 110363 110073 match_part 1.000 108301 108280 match_45 match_part 1.000 113818 113767 match_part 1.000 112585 112461 match_part 0.989 112386 112213 match_46 match_part 0.990 115474 115278 match_part 1.000 113891 113767 match_part 1.000 112585 112461 match_part 1.000 112386 112327 match_47 match_part 0.875 113822 113767 match_part 1.000 112585 112461 match_part 1.000 112386 112337 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 8033 8637 exon 9246 9383 exon 9813 9904 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 9948 10058 exon 10579 10692 exon 15619 15836 exon 16386 17023 exon 17395 17406 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 19113 19472 exon 20317 20354 exon 22958 23063 exon 23158 23228 exon 23413 23482 exon 23894 23956 exon 27560 27631 exon 27720 27821 exon 28171 28245 exon 30768 30884 exon 32104 32220 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 19114 19472 exon 20317 20354 exon 22958 23063 exon 23158 23228 exon 23413 23482 exon 23894 23956 exon 27560 27591 exon 27759 27821 exon 28171 28245 exon 30768 30884 exon 32104 32220 exon 33318 33374 exon 39055 39182 gene_5 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 19118 19472 exon 20317 20354 exon 21602 21695 exon 22958 23063 exon 23158 23168 gene_6 gene GT_PGL_3_AGS_4 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 19233 19350 exon 19417 19472 exon 20317 20354 exon 22974 23063 exon 23158 23215 gene_7 gene GT_PGL_3_AGS_5 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 19164 19350 exon 19417 19472 exon 20317 20354 exon 21602 21695 exon 22958 23022 gene_8 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 48237 48030 exon 47954 47041 gene_9 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 78343 79106 gene_10 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 85396 85669 exon 85738 85832 gene_11 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 85672 85396 gene_12 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 86326 86654 exon 86809 87046 exon 89453 89757 gene_13 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 96958 96777 exon 96683 96542 exon 96430 96323 exon 95262 95050 exon 94959 94849 exon 94279 93834 gene_14 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 96958 96777 exon 96683 96542 exon 96430 96323 exon 95262 95050 exon 94959 94849 exon 94279 94085 exon 91747 91564 exon 91412 91175 gene_15 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 98044 97182 gene_16 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 99885 99741 exon 99170 98505 gene_17 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 99830 99741 exon 99120 98433 gene_18 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 115490 115278 exon 113891 113767 exon 112585 112461 exon 112386 112206 exon 111790 111683 exon 111597 111530 exon 110363 110073 exon 108301 108092 exon 106029 105976 exon 105395 105341 exon 105178 104774 gene_19 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 111793 111683 exon 111597 111530 exon 110363 110073 exon 108301 108092 exon 106029 105976 exon 105395 105341 exon 105178 104774 AUGUSTUS_tom_cdna de novo gene_1 gene 0.51 2 1822 transcript_1 transcript 0.51 2 1822 start_codon_1 start_codon 2 4 intron_1 intron 1 354 424 intron_2 intron 1 1166 1244 CDS_1 CDS 0.51 2 353 CDS_2 CDS 1 425 1165 CDS_3 CDS 1 1245 1822 stop_codon_1 stop_codon 1820 1822 gene_2 gene 0.91 8047 16710 transcript_2 transcript 0.91 8047 16710 start_codon_2 start_codon 8047 8049 intron_3 intron 1 8638 9245 intron_4 intron 1 9384 9812 intron_5 intron 1 10059 10578 intron_6 intron 1 10693 15618 intron_7 intron 1 15837 16385 CDS_4 CDS 0.91 8047 8637 CDS_5 CDS 1 9246 9383 CDS_6 CDS 1 9813 10058 CDS_7 CDS 1 10579 10692 CDS_8 CDS 1 15619 15836 CDS_9 CDS 1 16386 16710 stop_codon_2 stop_codon 16708 16710 gene_3 gene 0.6 19111 33386 transcript_3 transcript 0.6 19111 33386 start_codon_3 start_codon 19111 19113 intron_8 intron 1 19351 19416 intron_9 intron 1 19473 20316 intron_10 intron 1 20355 21601 intron_11 intron 1 21696 22957 intron_12 intron 1 23064 23157 intron_13 intron 1 23229 23412 intron_14 intron 1 23483 23893 intron_15 intron 1 23957 27559 intron_16 intron 1 27632 27719 intron_17 intron 1 27822 28170 intron_18 intron 1 28246 30767 intron_19 intron 1 30885 32103 intron_20 intron 0.96 32221 33317 CDS_10 CDS 0.87 19111 19350 CDS_11 CDS 1 19417 19472 CDS_12 CDS 1 20317 20354 CDS_13 CDS 1 21602 21695 CDS_14 CDS 1 22958 23063 CDS_15 CDS 1 23158 23228 CDS_16 CDS 1 23413 23482 CDS_17 CDS 1 23894 23956 CDS_18 CDS 1 27560 27631 CDS_19 CDS 1 27720 27821 CDS_20 CDS 1 28171 28245 CDS_21 CDS 1 30768 30884 CDS_22 CDS 0.98 32104 32220 CDS_23 CDS 0.66 33318 33386 stop_codon_3 stop_codon 33384 33386 gene_4 gene 0.39 36920 37162 transcript_4 transcript 0.39 36920 37162 start_codon_4 start_codon 36920 36922 CDS_24 CDS 0.39 36920 37162 stop_codon_4 stop_codon 37160 37162 gene_5 gene 0.96 85484 89703 transcript_5 transcript 0.96 85484 89703 start_codon_5 start_codon 85484 85486 intron_21 intron 1 85670 85737 intron_22 intron 1 85833 86320 intron_23 intron 1 86655 86808 intron_24 intron 1 87047 89452 CDS_25 CDS 0.96 85484 85669 CDS_26 CDS 1 85738 85832 CDS_27 CDS 1 86321 86654 CDS_28 CDS 1 86809 87046 CDS_29 CDS 1 89453 89703 stop_codon_5 stop_codon 89701 89703 gene_6 gene 0.69 115988 116604 transcript_6 transcript 0.69 115988 116604 start_codon_6 start_codon 115988 115990 intron_25 intron 0.76 116161 116405 CDS_30 CDS 0.77 115988 116160 CDS_31 CDS 0.76 116406 116604 stop_codon_6 stop_codon 116602 116604 AUGUSTUS_tom_cdna de novo gene_7 gene 0.97 40745 40173 transcript_7 transcript 0.97 40745 40173 stop_codon_7 stop_codon 40175 40173 CDS_32 CDS 0.97 40745 40173 start_codon_7 start_codon 40745 40743 gene_8 gene 0.16 50331 46652 transcript_8 transcript 0.16 50331 46652 stop_codon_8 stop_codon 46654 46652 intron_26 intron 1 48029 47955 intron_27 intron 1 48680 48275 intron_28 intron 0.81 48876 48807 intron_29 intron 0.44 49068 48994 intron_30 intron 0.68 50072 49989 CDS_33 CDS 1 47954 46652 CDS_34 CDS 1 48274 48030 CDS_35 CDS 1 48806 48681 CDS_36 CDS 0.46 48993 48877 CDS_37 CDS 0.96 49988 49069 CDS_38 CDS 0.28 50331 50073 start_codon_8 start_codon 50331 50329 gene_9 gene 0.06 54316 53033 transcript_9 transcript 0.06 54316 53033 stop_codon_9 stop_codon 53035 53033 CDS_39 CDS 0.06 54316 53033 start_codon_9 start_codon 54316 54314 gene_10 gene 0.09 71493 61640 transcript_10 transcript 0.09 71493 61640 stop_codon_10 stop_codon 61642 61640 intron_31 intron 0.88 64286 62253 intron_32 intron 0.64 64484 64361 intron_33 intron 0.61 64885 64553 intron_34 intron 1 65126 65035 intron_35 intron 0.96 69346 65274 intron_36 intron 0.96 70864 69430 intron_37 intron 0.98 71326 71250 CDS_40 CDS 0.58 62252 61640 CDS_41 CDS 0.88 64360 64287 CDS_42 CDS 0.44 64552 64485 CDS_43 CDS 0.97 65034 64886 CDS_44 CDS 1 65273 65127 CDS_45 CDS 0.98 69429 69347 CDS_46 CDS 0.97 71249 70865 CDS_47 CDS 0.5 71493 71327 start_codon_10 start_codon 71493 71491 gene_11 gene 1 99019 91390 transcript_11 transcript 1 99019 91390 stop_codon_11 stop_codon 91392 91390 intron_38 intron 1 91563 91413 intron_39 intron 1 94084 91748 intron_40 intron 1 94848 94280 intron_41 intron 1 95049 94960 intron_42 intron 1 96322 95263 intron_43 intron 1 96541 96431 intron_44 intron 1 96776 96684 intron_45 intron 1 98407 98177 CDS_48 CDS 1 91412 91390 CDS_49 CDS 1 91747 91564 CDS_50 CDS 1 94279 94085 CDS_51 CDS 1 94959 94849 CDS_52 CDS 1 95262 95050 CDS_53 CDS 1 96430 96323 CDS_54 CDS 1 96683 96542 CDS_55 CDS 1 98176 96777 CDS_56 CDS 1 99019 98408 start_codon_11 start_codon 99019 99017 gene_12 gene 0.98 115477 105003 transcript_12 transcript 0.98 115477 105003 stop_codon_12 stop_codon 105005 105003 intron_46 intron 1 105340 105179 intron_47 intron 1 105975 105396 intron_48 intron 1 108091 106030 intron_49 intron 1 110072 108302 intron_50 intron 1 111529 110364 intron_51 intron 1 111682 111598 intron_52 intron 1 112205 111791 intron_53 intron 1 112460 112387 intron_54 intron 1 113766 112586 intron_55 intron 1 115277 113892 CDS_57 CDS 0.99 105178 105003 CDS_58 CDS 1 105395 105341 CDS_59 CDS 1 106029 105976 CDS_60 CDS 1 108301 108092 CDS_61 CDS 0.99 110363 110073 CDS_62 CDS 1 111597 111530 CDS_63 CDS 1 111790 111683 CDS_64 CDS 1 112386 112206 CDS_65 CDS 1 112585 112461 CDS_66 CDS 1 113891 113767 CDS_67 CDS 1 115477 115278 start_codon_12 start_codon 115477 115475 AUGUSTUS_ab_initio de novo gene_1 gene 0.56 2 1822 transcript_1 transcript 0.56 2 1822 start_codon_1 start_codon 2 4 intron_1 intron 1 354 424 intron_2 intron 1 1166 1244 CDS_1 CDS 0.56 2 353 CDS_2 CDS 1 425 1165 CDS_3 CDS 1 1245 1822 stop_codon_1 stop_codon 1820 1822 gene_2 gene 0.06 8047 16710 transcript_2 transcript 0.06 8047 16710 start_codon_2 start_codon 8047 8049 intron_3 intron 0.98 8638 9245 intron_4 intron 0.66 9384 9812 intron_5 intron 0.21 10059 11011 intron_6 intron 0.58 11195 15618 intron_7 intron 0.79 15837 16385 CDS_4 CDS 0.95 8047 8637 CDS_5 CDS 0.68 9246 9383 CDS_6 CDS 0.69 9813 10058 CDS_7 CDS 0.39 11012 11194 CDS_8 CDS 0.67 15619 15836 CDS_9 CDS 0.83 16386 16710 stop_codon_2 stop_codon 16708 16710 gene_3 gene 0.02 19111 37162 transcript_3 transcript 0.02 19111 37162 start_codon_3 start_codon 19111 19113 intron_8 intron 0.99 19351 19416 intron_9 intron 0.54 19473 20316 intron_10 intron 0.3 20355 21601 intron_11 intron 0.62 21696 22957 intron_12 intron 0.95 23067 23157 intron_13 intron 0.95 23229 23412 intron_14 intron 0.98 23483 23893 intron_15 intron 0.79 23957 27559 intron_16 intron 1 27632 27719 intron_17 intron 0.54 27822 28170 intron_18 intron 0.97 28246 30767 intron_19 intron 0.82 30885 32103 intron_20 intron 0.96 32221 33317 intron_21 intron 0.3 33375 33665 intron_22 intron 0.32 33847 36857 CDS_10 CDS 0.73 19111 19350 CDS_11 CDS 0.99 19417 19472 CDS_12 CDS 0.29 20317 20354 CDS_13 CDS 0.29 21602 21695 CDS_14 CDS 1 22958 23066 CDS_15 CDS 0.95 23158 23228 CDS_16 CDS 0.95 23413 23482 CDS_17 CDS 0.93 23894 23956 CDS_18 CDS 1 27560 27631 CDS_19 CDS 1 27720 27821 CDS_20 CDS 0.97 28171 28245 CDS_21 CDS 0.88 30768 30884 CDS_22 CDS 0.99 32104 32220 CDS_23 CDS 0.88 33318 33374 CDS_24 CDS 0.28 33666 33846 CDS_25 CDS 0.38 36858 37162 stop_codon_3 stop_codon 37160 37162 gene_4 gene 0.47 85484 89703 transcript_4 transcript 0.47 85484 89703 start_codon_4 start_codon 85484 85486 intron_23 intron 0.97 85670 85737 intron_24 intron 1 85833 86320 intron_25 intron 0.56 86655 86808 intron_26 intron 0.94 87047 89452 CDS_26 CDS 0.94 85484 85669 CDS_27 CDS 1 85738 85832 CDS_28 CDS 0.55 86321 86654 CDS_29 CDS 1 86809 87046 CDS_30 CDS 0.92 89453 89703 stop_codon_4 stop_codon 89701 89703 gene_5 gene 0.83 115988 116604 transcript_5 transcript 0.83 115988 116604 start_codon_5 start_codon 115988 115990 intron_27 intron 0.88 116161 116405 CDS_31 CDS 0.93 115988 116160 CDS_32 CDS 0.88 116406 116604 stop_codon_5 stop_codon 116602 116604 AUGUSTUS_ab_initio de novo gene_6 gene 0.96 40745 40173 transcript_6 transcript 0.96 40745 40173 stop_codon_6 stop_codon 40175 40173 CDS_33 CDS 0.96 40745 40173 start_codon_6 start_codon 40745 40743 gene_7 gene 0.01 71493 46652 transcript_7 transcript 0.01 71493 46652 stop_codon_7 stop_codon 46654 46652 intron_28 intron 1 48029 47955 intron_29 intron 0.91 48680 48275 intron_30 intron 0.99 48876 48807 intron_31 intron 0.72 49068 48994 intron_32 intron 0.75 50072 49989 intron_33 intron 0.46 53053 50467 intron_34 intron 0.72 54442 54328 intron_35 intron 0.86 54785 54690 intron_36 intron 0.34 56615 54861 intron_37 intron 0.96 61179 56946 intron_38 intron 0.54 61416 61318 intron_39 intron 0.96 61664 61550 intron_40 intron 0.56 64165 62253 intron_41 intron 0.61 64286 64214 intron_42 intron 0.59 64484 64361 intron_43 intron 0.92 64650 64563 intron_44 intron 0.92 64885 64803 intron_45 intron 1 65126 65035 intron_46 intron 0.54 69346 65274 intron_47 intron 0.7 70864 69430 intron_48 intron 0.99 71326 71250 CDS_34 CDS 0.94 47954 46652 CDS_35 CDS 0.93 48274 48030 CDS_36 CDS 1 48806 48681 CDS_37 CDS 0.74 48993 48877 CDS_38 CDS 0.98 49988 49069 CDS_39 CDS 0.64 50466 50073 CDS_40 CDS 0.95 54327 53054 CDS_41 CDS 0.61 54689 54443 CDS_42 CDS 0.45 54860 54786 CDS_43 CDS 0.5 56945 56616 CDS_44 CDS 0.99 61317 61180 CDS_45 CDS 0.53 61549 61417 CDS_46 CDS 0.88 62252 61665 CDS_47 CDS 0.62 64213 64166 CDS_48 CDS 0.95 64360 64287 CDS_49 CDS 0.52 64562 64485 CDS_50 CDS 0.92 64802 64651 CDS_51 CDS 1 65034 64886 CDS_52 CDS 1 65273 65127 CDS_53 CDS 0.98 69429 69347 CDS_54 CDS 0.99 71249 70865 CDS_55 CDS 0.6 71493 71327 start_codon_7 start_codon 71493 71491 gene_8 gene 0.11 99019 91278 transcript_8 transcript 0.11 99019 91278 stop_codon_8 stop_codon 91280 91278 intron_49 intron 0.4 94084 91413 intron_50 intron 0.83 94848 94280 intron_51 intron 0.53 95049 94960 intron_52 intron 0.73 96322 95263 intron_53 intron 0.74 96541 96431 intron_54 intron 0.97 96776 96684 intron_55 intron 0.99 98407 98177 CDS_56 CDS 0.39 91412 91278 CDS_57 CDS 0.6 94279 94085 CDS_58 CDS 0.54 94959 94849 CDS_59 CDS 0.67 95262 95050 CDS_60 CDS 0.73 96430 96323 CDS_61 CDS 1 96683 96542 CDS_62 CDS 0.96 98176 96777 CDS_63 CDS 1 99019 98408 start_codon_8 start_codon 99019 99017 gene_9 gene 0.17 103865 102396 transcript_9 transcript 0.17 103865 102396 stop_codon_9 stop_codon 102398 102396 intron_56 intron 0.19 103648 102485 CDS_64 CDS 0.69 102484 102396 CDS_65 CDS 0.17 103865 103649 start_codon_9 start_codon 103865 103863 gene_10 gene 0.23 110153 104353 transcript_10 transcript 0.23 110153 104353 stop_codon_10 stop_codon 104355 104353 intron_57 intron 0.65 105006 104546 intron_58 intron 0.85 105340 105179 intron_59 intron 0.75 105975 105396 intron_60 intron 0.74 108091 106030 intron_61 intron 0.86 110072 108302 CDS_66 CDS 0.51 104545 104353 CDS_67 CDS 0.82 105178 105007 CDS_68 CDS 0.95 105395 105341 CDS_69 CDS 0.78 106029 105976 CDS_70 CDS 0.88 108301 108092 CDS_71 CDS 0.77 110153 110073 start_codon_10 start_codon 110153 110151 gene_11 gene 0.48 115477 111627 transcript_11 transcript 0.48 115477 111627 stop_codon_11 stop_codon 111629 111627 intron_62 intron 0.98 112205 111791 intron_63 intron 0.76 112460 112387 intron_64 intron 0.98 113766 112586 intron_65 intron 0.8 115277 113892 CDS_72 CDS 0.79 111790 111627 CDS_73 CDS 0.96 112386 112206 CDS_74 CDS 0.76 112585 112461 CDS_75 CDS 0.99 113891 113767 CDS_76 CDS 1 115477 115278 start_codon_11 start_codon 115477 115475 AUGUSTUS_tom_ugs de novo gene_1 gene 0.54 2 1822 transcript_1 transcript 0.54 2 1822 start_codon_1 start_codon 2 4 intron_1 intron 1 354 424 intron_2 intron 1 1166 1244 CDS_1 CDS 0.54 2 353 CDS_2 CDS 1 425 1165 CDS_3 CDS 1 1245 1822 stop_codon_1 stop_codon 1820 1822 gene_2 gene 0.94 8047 16710 transcript_2 transcript 0.94 8047 16710 start_codon_2 start_codon 8047 8049 intron_3 intron 1 8638 9245 intron_4 intron 1 9384 9812 intron_5 intron 1 10059 10578 intron_6 intron 1 10693 15618 intron_7 intron 1 15837 16385 CDS_4 CDS 0.94 8047 8637 CDS_5 CDS 1 9246 9383 CDS_6 CDS 1 9813 10058 CDS_7 CDS 1 10579 10692 CDS_8 CDS 1 15619 15836 CDS_9 CDS 1 16386 16710 stop_codon_2 stop_codon 16708 16710 gene_3 gene 0.67 19111 33386 transcript_3 transcript 0.67 19111 33386 start_codon_3 start_codon 19111 19113 intron_8 intron 1 19351 19416 intron_9 intron 1 19473 20316 intron_10 intron 1 20355 21601 intron_11 intron 1 21696 22957 intron_12 intron 1 23064 23157 intron_13 intron 1 23229 23412 intron_14 intron 1 23483 23893 intron_15 intron 1 23957 27559 intron_16 intron 1 27632 27719 intron_17 intron 1 27822 28170 intron_18 intron 1 28246 30767 intron_19 intron 1 30885 32103 intron_20 intron 0.91 32221 33317 CDS_10 CDS 0.9 19111 19350 CDS_11 CDS 1 19417 19472 CDS_12 CDS 1 20317 20354 CDS_13 CDS 1 21602 21695 CDS_14 CDS 1 22958 23063 CDS_15 CDS 1 23158 23228 CDS_16 CDS 1 23413 23482 CDS_17 CDS 1 23894 23956 CDS_18 CDS 1 27560 27631 CDS_19 CDS 1 27720 27821 CDS_20 CDS 1 28171 28245 CDS_21 CDS 1 30768 30884 CDS_22 CDS 0.95 32104 32220 CDS_23 CDS 0.73 33318 33386 stop_codon_3 stop_codon 33384 33386 gene_4 gene 0.43 36920 37162 transcript_4 transcript 0.43 36920 37162 start_codon_4 start_codon 36920 36922 CDS_24 CDS 0.43 36920 37162 stop_codon_4 stop_codon 37160 37162 gene_5 gene 0.72 115988 116604 transcript_5 transcript 0.72 115988 116604 start_codon_5 start_codon 115988 115990 intron_21 intron 0.76 116161 116405 CDS_25 CDS 0.79 115988 116160 CDS_26 CDS 0.76 116406 116604 stop_codon_5 stop_codon 116602 116604 AUGUSTUS_tom_ugs de novo gene_6 gene 0.96 40745 40173 transcript_6 transcript 0.96 40745 40173 stop_codon_6 stop_codon 40175 40173 CDS_27 CDS 0.96 40745 40173 start_codon_6 start_codon 40745 40743 gene_7 gene 0.15 50331 46652 transcript_7 transcript 0.15 50331 46652 stop_codon_7 stop_codon 46654 46652 intron_22 intron 1 48029 47955 intron_23 intron 1 48680 48275 intron_24 intron 0.8 48876 48807 intron_25 intron 0.41 49068 48994 intron_26 intron 0.79 50072 49989 CDS_28 CDS 0.99 47954 46652 CDS_29 CDS 1 48274 48030 CDS_30 CDS 1 48806 48681 CDS_31 CDS 0.42 48993 48877 CDS_32 CDS 0.97 49988 49069 CDS_33 CDS 0.32 50331 50073 start_codon_7 start_codon 50331 50329 gene_8 gene 0.08 54316 53033 transcript_8 transcript 0.08 54316 53033 stop_codon_8 stop_codon 53035 53033 CDS_34 CDS 0.08 54316 53033 start_codon_8 start_codon 54316 54314 gene_9 gene 0.06 71493 61640 transcript_9 transcript 0.06 71493 61640 stop_codon_9 stop_codon 61642 61640 intron_27 intron 0.78 64286 62253 intron_28 intron 0.5 64484 64361 intron_29 intron 0.55 64885 64553 intron_30 intron 1 65126 65035 intron_31 intron 0.9 69346 65274 intron_32 intron 0.94 70864 69430 intron_33 intron 1 71326 71250 CDS_35 CDS 0.62 62252 61640 CDS_36 CDS 0.86 64360 64287 CDS_37 CDS 0.29 64552 64485 CDS_38 CDS 0.97 65034 64886 CDS_39 CDS 1 65273 65127 CDS_40 CDS 0.99 69429 69347 CDS_41 CDS 1 71249 70865 CDS_42 CDS 0.53 71493 71327 start_codon_9 start_codon 71493 71491 gene_10 gene 0.99 99019 91390 transcript_10 transcript 0.99 99019 91390 stop_codon_10 stop_codon 91392 91390 intron_34 intron 0.99 91563 91413 intron_35 intron 1 94084 91748 intron_36 intron 1 94848 94280 intron_37 intron 1 95049 94960 intron_38 intron 1 96322 95263 intron_39 intron 1 96541 96431 intron_40 intron 1 96776 96684 intron_41 intron 1 98407 98177 CDS_43 CDS 0.99 91412 91390 CDS_44 CDS 1 91747 91564 CDS_45 CDS 1 94279 94085 CDS_46 CDS 1 94959 94849 CDS_47 CDS 1 95262 95050 CDS_48 CDS 1 96430 96323 CDS_49 CDS 1 96683 96542 CDS_50 CDS 1 98176 96777 CDS_51 CDS 1 99019 98408 start_codon_10 start_codon 99019 99017 gene_11 gene 0.82 115477 105003 transcript_11 transcript 0.82 115477 105003 stop_codon_11 stop_codon 105005 105003 intron_42 intron 1 105340 105179 intron_43 intron 1 105975 105396 intron_44 intron 1 108091 106030 intron_45 intron 1 110072 108302 intron_46 intron 1 111529 110364 intron_47 intron 1 111682 111598 intron_48 intron 1 112205 111791 intron_49 intron 1 112460 112387 intron_50 intron 1 113766 112586 intron_51 intron 1 115277 113892 CDS_52 CDS 0.82 105178 105003 CDS_53 CDS 1 105395 105341 CDS_54 CDS 1 106029 105976 CDS_55 CDS 1 108301 108092 CDS_56 CDS 1 110363 110073 CDS_57 CDS 1 111597 111530 CDS_58 CDS 1 111790 111683 CDS_59 CDS 1 112386 112206 CDS_60 CDS 1 112585 112461 CDS_61 CDS 1 113891 113767 CDS_62 CDS 1 115477 115278 start_codon_11 start_codon 115477 115475 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.997 8032 8637 match_part 1.000 9246 9383 match_part 1.000 9813 9896 match_2 match_part 0.991 9946 10058 match_part 0.974 10579 10692 match_part 1.000 15619 15836 match_part 0.997 16386 16986 match_3 match_part 0.997 19112 19472 match_part 1.000 20317 20354 match_part 1.000 22958 23063 match_part 1.000 23158 23228 match_part 1.000 23413 23482 match_part 1.000 23894 23956 match_part 0.974 27560 27597 match_part 0.983 27763 27821 match_part 1.000 28171 28245 match_part 1.000 30768 30884 match_part 1.000 32104 32220 match_part 0.982 33318 33374 match_part 0.993 39055 39189 match_4 match_part 0.997 19116 19472 match_part 1.000 20317 20354 match_part 0.989 21602 21695 match_part 0.958 22958 23029 match_5 match_part 1.000 19131 19350 match_part 1.000 19417 19472 match_part 1.000 20317 20354 match_part 1.000 21602 21695 match_part 1.000 22958 23063 match_part 1.000 23158 23228 match_part 1.000 23413 23426 match_6 match_part 0.992 19231 19350 match_part 1.000 19417 19472 match_part 1.000 20317 20354 match_part 1.000 22974 23063 match_part 1.000 23158 23228 match_part 1.000 23413 23426 match_7 match_part 0.981 22004 22377 match_8 match_part 0.778 23456 23482 match_part 1.000 23894 23956 match_part 1.000 24579 24747 match_part 1.000 27560 27631 match_part 1.000 27720 27821 match_part 1.000 28171 28245 match_part 0.987 30768 30926 match_9 match_part 0.968 23894 23956 match_part 1.000 27560 27631 match_part 1.000 27720 27821 match_part 1.000 28171 28245 match_part 1.000 30768 30884 match_part 1.000 32104 32200 match_10 match_part 0.967 78321 79142 match_11 match_part 0.996 85400 85669 match_part 1.000 85738 85832 match_part 1.000 86321 86654 match_part 1.000 86809 87046 match_part 0.992 89453 89947 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_12 match_part 1.000 48237 48030 match_part 0.998 47954 47041 match_13 match_part 0.952 83692 83526 match_part 0.973 79976 79791 match_14 match_part 0.995 96958 96777 match_part 1.000 96683 96542 match_part 1.000 96430 96323 match_part 1.000 95262 95050 match_part 1.000 94959 94849 match_part 1.000 94279 94085 match_part 1.000 91747 91564 match_part 0.988 91412 91166 match_15 match_part 0.992 98032 97120 match_16 match_part 0.994 99894 99741 match_part 0.999 99120 98411 match_17 match_part 1.000 99956 99741 match_part 0.996 99170 98467 match_18 match_part 1.000 115500 115278 match_part 1.000 113891 113767 match_part 1.000 112585 112461 match_part 1.000 112386 112206 match_part 1.000 111790 111683 match_part 1.000 111597 111530 match_part 1.000 110363 110073 match_part 1.000 108301 108092 match_part 0.981 106029 105976 match_part 1.000 105395 105341 match_part 1.000 105178 104778 match_19 match_part 1.000 115469 115278 match_part 1.000 113891 113742 match_part 1.000 112585 112461 match_part 0.978 112386 112206 match_part 0.935 111790 111683 match_part 0.800 111597 111593 match_20 match_part 1.000 115471 115156 match_part 1.000 114977 114848 match_part 1.000 113891 113767 match_part 1.000 112585 112551 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 8032 8637 exon 9246 9383 exon 9813 9896 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 9946 10058 exon 10579 10692 exon 15619 15836 exon 16386 16986 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 19112 19472 exon 20317 20354 exon 22958 23063 exon 23158 23228 exon 23413 23482 exon 23894 23956 exon 27560 27597 exon 27763 27821 exon 28171 28245 exon 30768 30884 exon 32104 32220 exon 33318 33374 exon 39055 39189 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 23894 23956 exon 27560 27631 exon 27720 27821 exon 28171 28245 exon 30768 30884 exon 32104 32200 gene_5 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 23456 23482 exon 23894 23956 exon 24579 24747 exon 27560 27631 exon 27720 27821 exon 28171 28245 exon 30768 30926 gene_6 gene GT_PGL_3_AGS_4 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 22004 22377 gene_7 gene GT_PGL_3_AGS_5 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 19231 19350 exon 19417 19472 exon 20317 20354 exon 22974 23063 exon 23158 23228 exon 23413 23426 gene_8 gene GT_PGL_3_AGS_6 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 19131 19350 exon 19417 19472 exon 20317 20354 exon 21602 21695 exon 22958 23063 exon 23158 23228 exon 23413 23426 gene_9 gene GT_PGL_3_AGS_7 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 19116 19472 exon 20317 20354 exon 21602 21695 exon 22958 23029 gene_10 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 48237 48030 exon 47954 47041 gene_11 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 78321 79142 gene_12 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 83692 83526 exon 79976 79791 gene_13 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 85400 85669 exon 85738 85832 exon 86321 86654 exon 86809 87046 exon 89453 89947 gene_14 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 96958 96777 exon 96683 96542 exon 96430 96323 exon 95262 95050 exon 94959 94849 exon 94279 94085 exon 91747 91564 exon 91412 91166 gene_15 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 98032 97120 gene_16 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 99956 99741 exon 99170 98467 gene_17 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 99894 99741 exon 99120 98411 gene_18 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 115500 115278 exon 113891 113767 exon 112585 112461 exon 112386 112206 exon 111790 111683 exon 111597 111530 exon 110363 110073 exon 108301 108092 exon 106029 105976 exon 105395 105341 exon 105178 104778 gene_19 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 115469 115278 exon 113891 113742 exon 112585 112461 exon 112386 112206 exon 111790 111683 exon 111597 111593 gene_20 gene GT_PGL_11_AGS_3 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 115471 115156 exon 114977 114848 exon 113891 113767 exon 112585 112551 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 9948 10058 match_part 1.000 10579 10692 match_part 1.000 15619 15836 match_part 0.980 16386 17023 match_part 0.583 17395 17406 match_2 match_part 0.983 85739 86203 GenomeThreader_SGN_markers SGN marker sequences match_3 match_part 1.000 86534 86034 match_4 match_part 0.950 115497 115278 match_part 0.992 113891 113767 match_part 0.992 112585 112461 match_part 0.972 112386 112206 match_part 0.966 111790 111733 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 9948 10058 exon 10579 10692 exon 15619 15836 exon 16386 17023 exon 17395 17406 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 85739 86203 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 86534 86034 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C03HBa0030O03.1 type gene exon 115497 115278 exon 113891 113767 exon 112585 112461 exon 112386 112206 exon 111790 111733 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.56 2 1822 transcript_1 transcript 0.56 2 1822 start_codon_1 start_codon 2 4 intron_1 intron 1 354 424 intron_2 intron 1 1166 1244 CDS_1 CDS 0.56 2 353 CDS_2 CDS 1 425 1165 CDS_3 CDS 1 1245 1822 stop_codon_1 stop_codon 1820 1822 gene_2 gene 0.97 8047 16710 transcript_2 transcript 0.97 8047 16710 start_codon_2 start_codon 8047 8049 intron_3 intron 1 8638 9245 intron_4 intron 1 9384 9812 intron_5 intron 1 10059 10578 intron_6 intron 1 10693 15618 intron_7 intron 1 15837 16385 CDS_4 CDS 0.97 8047 8637 CDS_5 CDS 1 9246 9383 CDS_6 CDS 1 9813 10058 CDS_7 CDS 1 10579 10692 CDS_8 CDS 1 15619 15836 CDS_9 CDS 1 16386 16710 stop_codon_2 stop_codon 16708 16710 gene_3 gene 0.86 19081 34914 transcript_3 transcript 0.86 19081 34914 start_codon_3 start_codon 19081 19083 intron_8 intron 1 19351 19416 intron_9 intron 1 19473 20316 intron_10 intron 1 20355 21601 intron_11 intron 1 21696 22957 intron_12 intron 1 23064 23157 intron_13 intron 1 23229 23412 intron_14 intron 1 23483 23893 intron_15 intron 1 23957 27559 intron_16 intron 1 27632 27719 intron_17 intron 1 27822 28170 intron_18 intron 1 28246 30767 intron_19 intron 1 30885 32103 intron_20 intron 0.94 32221 33317 intron_21 intron 0.87 33375 34905 CDS_10 CDS 0.99 19081 19350 CDS_11 CDS 1 19417 19472 CDS_12 CDS 1 20317 20354 CDS_13 CDS 1 21602 21695 CDS_14 CDS 1 22958 23063 CDS_15 CDS 1 23158 23228 CDS_16 CDS 1 23413 23482 CDS_17 CDS 1 23894 23956 CDS_18 CDS 1 27560 27631 CDS_19 CDS 1 27720 27821 CDS_20 CDS 1 28171 28245 CDS_21 CDS 1 30768 30884 CDS_22 CDS 0.95 32104 32220 CDS_23 CDS 0.9 33318 33374 CDS_24 CDS 0.88 34906 34914 stop_codon_3 stop_codon 34912 34914 gene_4 gene 0.51 36920 37162 transcript_4 transcript 0.51 36920 37162 start_codon_4 start_codon 36920 36922 CDS_25 CDS 0.51 36920 37162 stop_codon_4 stop_codon 37160 37162 gene_5 gene 0.66 85484 91369 transcript_5 transcript 0.66 85484 91369 start_codon_5 start_codon 85484 85486 intron_22 intron 1 85670 85737 intron_23 intron 1 85833 86320 intron_24 intron 1 86655 86808 intron_25 intron 1 87047 89452 intron_26 intron 0.66 89655 91140 CDS_26 CDS 1 85484 85669 CDS_27 CDS 1 85738 85832 CDS_28 CDS 1 86321 86654 CDS_29 CDS 1 86809 87046 CDS_30 CDS 0.8 89453 89654 CDS_31 CDS 0.97 91141 91369 stop_codon_5 stop_codon 91367 91369 gene_6 gene 0.65 115988 116604 transcript_6 transcript 0.65 115988 116604 start_codon_6 start_codon 115988 115990 intron_27 intron 0.71 116161 116405 CDS_32 CDS 0.69 115988 116160 CDS_33 CDS 0.71 116406 116604 stop_codon_6 stop_codon 116602 116604 AUGUSTUS_tom_pot_cdna de novo gene_7 gene 0.03 85428 40173 transcript_7 transcript 0.03 85428 40173 stop_codon_7 stop_codon 40175 40173 intron_28 intron 0.87 46753 40773 intron_29 intron 1 48029 47955 intron_30 intron 1 48680 48275 intron_31 intron 0.82 48876 48807 intron_32 intron 0.44 49068 48994 intron_33 intron 0.8 50072 49989 intron_34 intron 0.86 53053 50467 intron_35 intron 0.65 54442 54328 intron_36 intron 0.53 56615 54690 intron_37 intron 0.9 61179 56946 intron_38 intron 0.64 61416 61318 intron_39 intron 0.98 61664 61550 intron_40 intron 0.74 64286 62253 intron_41 intron 0.57 64484 64361 intron_42 intron 0.51 64885 64553 intron_43 intron 1 65126 65035 intron_44 intron 0.9 69346 65274 intron_45 intron 0.92 70864 69430 intron_46 intron 0.9 71326 71250 intron_47 intron 0.94 85410 71524 CDS_34 CDS 0.88 40772 40173 CDS_35 CDS 1 47954 46754 CDS_36 CDS 1 48274 48030 CDS_37 CDS 1 48806 48681 CDS_38 CDS 0.45 48993 48877 CDS_39 CDS 0.98 49988 49069 CDS_40 CDS 0.72 50466 50073 CDS_41 CDS 0.99 54327 53054 CDS_42 CDS 0.61 54689 54443 CDS_43 CDS 0.67 56945 56616 CDS_44 CDS 0.98 61317 61180 CDS_45 CDS 0.64 61549 61417 CDS_46 CDS 0.97 62252 61665 CDS_47 CDS 0.86 64360 64287 CDS_48 CDS 0.33 64552 64485 CDS_49 CDS 0.98 65034 64886 CDS_50 CDS 1 65273 65127 CDS_51 CDS 0.99 69429 69347 CDS_52 CDS 0.9 71249 70865 CDS_53 CDS 0.9 71523 71327 CDS_54 CDS 1 85428 85411 start_codon_7 start_codon 85428 85426 gene_8 gene 0.42 115765 91390 transcript_8 transcript 0.23 115765 91390 stop_codon_8 stop_codon 91392 91390 intron_48 intron 0.99 91563 91413 intron_49 intron 1 94084 91748 intron_50 intron 1 94848 94280 intron_51 intron 1 95049 94960 intron_52 intron 1 96322 95263 intron_53 intron 1 96541 96431 intron_54 intron 1 96776 96684 intron_55 intron 0.98 98407 98177 intron_56 intron 0.5 99154 99024 intron_57 intron 0.84 99740 99171 intron_58 intron 0.61 104469 99832 intron_59 intron 0.59 105006 104546 intron_60 intron 1 105340 105179 intron_61 intron 1 105975 105396 intron_62 intron 1 108091 106030 intron_63 intron 1 110072 108302 intron_64 intron 1 111529 110364 intron_65 intron 1 111682 111598 intron_66 intron 1 112205 111791 intron_67 intron 1 112460 112387 intron_68 intron 1 113766 112586 intron_69 intron 1 115277 113892 intron_70 intron 0.68 115742 115491 CDS_55 CDS 0.96 91412 91390 CDS_56 CDS 1 91747 91564 CDS_57 CDS 1 94279 94085 CDS_58 CDS 1 94959 94849 CDS_59 CDS 1 95262 95050 CDS_60 CDS 1 96430 96323 CDS_61 CDS 1 96683 96542 CDS_62 CDS 0.98 98176 96777 CDS_63 CDS 0.77 99023 98408 CDS_64 CDS 0.6 99170 99155 CDS_65 CDS 0.85 99831 99741 CDS_66 CDS 0.48 104545 104470 CDS_67 CDS 0.95 105178 105007 CDS_68 CDS 1 105395 105341 CDS_69 CDS 1 106029 105976 CDS_70 CDS 1 108301 108092 CDS_71 CDS 0.93 110363 110073 CDS_72 CDS 1 111597 111530 CDS_73 CDS 1 111790 111683 CDS_74 CDS 1 112386 112206 CDS_75 CDS 1 112585 112461 CDS_76 CDS 1 113891 113767 CDS_77 CDS 0.78 115490 115278 CDS_78 CDS 0.68 115765 115743 start_codon_8 start_codon 115765 115763 transcript_9 transcript 0.19 115765 99057 stop_codon_9 stop_codon 99059 99057 intron_71 intron 0.95 99740 99171 intron_72 intron 0.39 103458 99746 intron_73 intron 0.62 105006 103596 intron_74 intron 1 105340 105179 intron_75 intron 1 105975 105396 intron_76 intron 1 108091 106030 intron_77 intron 1 110072 108302 intron_78 intron 1 111529 110364 intron_79 intron 1 111682 111598 intron_80 intron 1 112205 111791 intron_81 intron 1 112460 112387 intron_82 intron 1 113766 112586 intron_83 intron 1 115277 113892 intron_84 intron 0.65 115742 115491 CDS_79 CDS 0.93 99170 99057 CDS_80 CDS 0.88 99745 99741 CDS_81 CDS 0.63 103595 103459 CDS_82 CDS 0.78 105178 105007 CDS_83 CDS 1 105395 105341 CDS_84 CDS 1 106029 105976 CDS_85 CDS 1 108301 108092 CDS_86 CDS 0.92 110363 110073 CDS_87 CDS 1 111597 111530 CDS_88 CDS 1 111790 111683 CDS_89 CDS 1 112386 112206 CDS_90 CDS 1 112585 112461 CDS_91 CDS 1 113891 113767 CDS_92 CDS 0.83 115490 115278 CDS_93 CDS 0.65 115765 115743 start_codon_9 start_codon 115765 115763 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 61.6 919 1167 match_2 match 86.3 1241 1576 match_3 match 95.9 1241 1783 match_4 match 61.6 919 1167 match_5 match 52.4 802 1167 match_6 match 87.8 1256 1576 match_7 match 90.1 1247 1783 match_8 match 60.1 883 1167 match_9 match 46.6 850 1164 match_10 match 90.1 1253 1780 match_11 match 65.9 724 1167 match_12 match 85.9 1259 1810 match_13 match 84.7 1244 1780 match_14 match 109 793 1167 match_15 match 81.6 1256 1792 match_16 match 53.9 922 1161 match_17 match 81.6 1256 1792 match_18 match 53.9 922 1161 match_19 match 81.6 1256 1792 match_20 match 53.9 922 1161 match_21 match 81.6 1256 1792 match_22 match 53.9 922 1161 match_23 match 79.0 1259 1747 match_24 match 49.7 922 1161 match_25 match 88.2 1259 1747 match_26 match 51.6 922 1149 match_27 match 85.1 1259 1768 match_28 match 52.4 922 1161 match_29 match 95.1 1253 1768 match_30 match 57.0 883 1149 match_31 match 86.3 1259 1789 match_32 match 51.6 922 1161 match_33 match 93.6 1253 1768 match_34 match 57.8 922 1149 match_35 match 81.3 1259 1792 match_36 match 63.2 919 1164 match_37 match 44.3 922 1149 match_38 match 94.0 1235 1798 match_39 match 82.4 1259 1777 match_40 match 58.2 841 1161 match_41 match 79.0 1247 1783 match_42 match 58.9 805 1161 match_43 match 87.0 1265 1780 match_44 match 52.4 922 1167 match_45 match 79.0 1259 1819 match_46 match 68.9 817 1167 match_47 match 66.2 1259 1777 match_48 match 92.0 868 1167 match_49 match 84.0 1259 1798 match_50 match 63.5 763 1164 match_51 match 71.6 1259 1795 match_52 match 70.1 901 1164 match_53 match 84.3 1256 1813 match_54 match 57.8 922 1161 match_55 match 86.7 1256 1813 match_56 match 53.9 868 1167 match_57 match 55.8 922 1161 match_58 match 83.6 1259 1579 match_59 match 55.8 922 1161 match_60 match 83.6 1259 1579 match_61 match 92.4 1235 1783 match_62 match 54.3 919 1164 match_63 match 80.5 1259 1780 match_64 match 57.4 880 1161 match_65 match 101 1253 1813 match_66 match 102 697 1167 match_67 match 180 1223 1816 match_68 match 137 2 355 match_69 match 165 760 1164 match_70 match 59.3 883 1164 match_71 match 77.0 1259 1573 match_72 match 80.5 1247 1777 match_73 match 68.6 922 1167 match_74 match 92.8 1256 1780 match_75 match 53.5 910 1167 match_76 match 58.2 883 1167 match_77 match 88.2 1259 1576 match_78 match 87.0 1259 1780 match_79 match 58.2 883 1167 match_80 match 60.8 655 1164 match_81 match 77.4 1259 1786 match_82 match 60.8 655 1164 match_83 match 77.8 1259 1786 match_84 match 75.9 1259 1813 match_85 match 68.6 910 1164 match_86 match 85.1 1259 1813 match_87 match 52.4 922 1167 match_88 match 89.4 1250 1783 match_89 match 62.4 883 1167 match_90 match 89.4 1250 1783 match_91 match 62.4 883 1167 match_92 match 89.4 1250 1783 match_93 match 62.4 883 1167 match_94 match 88.2 1244 1780 match_95 match 109 844 1167 match_96 match 78.6 1259 1780 match_97 match 57.4 910 1161 match_98 match 90.5 1259 1792 match_99 match 60.8 883 1149 match_100 match 89.0 1259 1792 match_101 match 58.9 784 1149 match_102 match 92.4 1259 1792 match_103 match 57.8 922 1149 match_104 match 81.6 1259 1792 match_105 match 62.0 907 1149 match_106 match 84.3 1238 1792 match_107 match 52.4 922 1149 match_108 match 87.0 1259 1792 match_109 match 58.9 922 1161 match_110 match 91.3 1259 1792 match_111 match 50.4 922 1149 match_112 match 59.3 676 1167 match_113 match 91.3 1259 1792 match_114 match 90.1 1259 1792 match_115 match 59.3 922 1161 match_116 match 79.7 1259 1792 match_117 match 57.8 805 1149 match_118 match 84.0 1259 1792 match_119 match 60.8 883 1161 match_120 match 82.4 1259 1792 match_121 match 56.2 922 1149 match_122 match 85.1 1259 1738 match_123 match 51.6 907 1149 match_124 match 83.6 1259 1813 match_125 match 55.8 919 1161 match_126 match 81.6 1250 1792 match_127 match 64.7 919 1164 match_128 match 88.2 1244 1798 match_129 match 93.6 847 1167 match_130 match 76.3 1253 1561 match_131 match 65.9 922 1161 match_132 match 78.2 1253 1747 match_133 match 67.4 922 1161 match_134 match 82.4 1256 1786 match_135 match 76.6 868 1167 match_136 match 83.6 1259 1786 match_137 match 83.6 793 1167 match_138 match 73.2 1247 1780 match_139 match 64.3 922 1167 match_140 match 103 1259 1819 match_141 match 114 769 1167 match_142 match 72.8 1259 1795 match_143 match 66.6 880 1161 match_144 match 81.3 1259 1801 match_145 match 68.9 769 1167 match_146 match 87.4 1259 1747 match_147 match 50.4 922 1161 match_148 match 79.7 1253 1735 match_149 match 56.2 922 1149 match_150 match 80.9 1259 1780 match_151 match 58.5 880 1161 match_152 match 54.3 727 1164 match_153 match 82.4 1253 1804 match_154 match 94.7 649 1167 match_155 match 141 1244 1801 match_156 match 135 2 355 match_157 match 84.0 1241 1795 match_158 match 69.7 793 1149 match_159 match 77.8 1259 1813 match_160 match 61.6 919 1161 match_161 match 91.3 1259 1780 match_162 match 58.9 907 1167 match_163 match 155 16375 16692 match_164 match 79.7 1259 1777 match_165 match 55.8 850 1164 match_166 match 77.0 1259 1786 match_167 match 65.5 922 1167 match_168 match 71.6 1259 1786 match_169 match 91.3 811 1167 match_170 match 70.5 907 1167 match_171 match 76.3 1259 1573 match_172 match 65.9 727 1164 match_173 match 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84.3 1241 1786 match_207 match 63.2 910 1149 match_208 match 71.6 1259 1789 match_209 match 68.2 919 1164 match_210 match 101 1259 1789 match_211 match 103 694 1167 match_212 match 90.1 1244 1786 match_213 match 107 805 1167 match_214 match 90.1 1244 1786 match_215 match 107 805 1167 match_216 match 89.4 1226 1813 match_217 match 53.5 922 1167 match_218 match 53.1 664 1164 match_219 match 85.9 1259 1786 match_220 match 77.0 1259 1735 match_221 match 70.9 919 1164 match_222 match 53.5 913 1167 match_223 match 83.6 1259 1723 match_224 match 73.2 1244 1813 match_225 match 70.1 922 1167 match_226 match 93.6 1259 1783 match_227 match 57.0 883 1167 match_228 match 98.6 1259 1786 match_229 match 99.0 850 1167 match_230 match 56.6 754 1167 match_231 match 80.9 1259 1573 match_232 match 189 1247 1792 match_233 match 24.6 418 471 match_234 match 158 739 1164 match_235 match 130 2 355 match_236 match 121 86806 87075 match_237 match 144 86319 86654 match_238 match 142 89449 89685 match_239 match 85.9 1259 1816 match_240 match 52.4 922 1161 match_241 match 79.7 1259 1816 match_242 match 62.0 874 1167 match_243 match 75.9 1259 1729 match_244 match 63.9 880 1161 match_245 match 75.9 1259 1729 match_246 match 63.9 880 1161 match_247 match 74.7 1247 1795 match_248 match 64.3 850 1161 match_249 match 194 78430 79017 match_250 match 139 78610 79047 match_251 match 259 78430 79224 match_252 match 144 1250 1780 match_253 match 115 805 1167 match_254 match 83.2 1244 1771 match_255 match 67.8 808 1167 match_256 match 71.2 1259 1786 match_257 match 83.6 883 1167 match_258 match 93.2 1244 1801 match_259 match 84.3 814 1164 match_260 match 94.4 1259 1777 match_261 match 51.2 913 1149 match_262 match 81.3 1259 1780 match_263 match 65.1 874 1164 match_264 match 93.6 1244 1876 match_265 match 57.0 820 1164 match_266 match 64.3 922 1164 match_267 match 85.5 1244 1579 match_268 match 68.2 1259 1777 match_269 match 77.8 862 1167 match_270 match 89.7 1256 1786 match_271 match 61.6 907 1164 match_272 match 92.0 1241 1783 match_273 match 60.1 907 1167 match_274 match 80.1 1247 1819 match_275 match 62.0 880 1164 match_276 match 77.0 1247 1819 match_277 match 60.5 880 1149 match_278 match 78.2 1247 1819 match_279 match 60.5 880 1161 match_280 match 89.4 1259 1783 match_281 match 56.2 922 1161 match_282 match 52.4 922 1161 match_283 match 89.4 1259 1783 match_284 match 88.2 1241 1780 match_285 match 65.9 910 1167 match_286 match 81.6 1259 1780 match_287 match 64.3 874 1164 match_288 match 82.8 1259 1780 match_289 match 67.4 874 1164 match_290 match 92.4 1241 1816 match_291 match 60.5 907 1167 match_292 match 89.4 1256 1747 match_293 match 57.0 871 1149 match_294 match 92.4 1259 1768 match_295 match 58.2 880 1149 match_296 match 86.7 1259 1747 match_297 match 62.4 880 1149 match_298 match 56.6 874 1149 match_299 match 99.4 1259 1747 match_300 match 84.3 1253 1768 match_301 match 60.8 880 1149 match_302 match 85.1 1253 1768 match_303 match 57.4 880 1149 match_304 match 58.5 805 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match 62.8 883 1167 match_371 match 76.6 1259 1735 match_372 match 61.6 922 1161 match_373 match 100 2 355 match_374 match 192 1259 1798 match_375 match 25.4 418 453 match_376 match 154 850 1164 match_377 match 60.5 727 1167 match_378 match 77.0 1253 1786 match_379 match 82.4 1259 1780 match_380 match 58.5 880 1161 match_381 match 62.4 1259 1786 match_382 match 73.6 868 1149 match_383 match 82.4 1241 1783 match_384 match 54.7 919 1167 match_385 match 59.3 787 1149 match_386 match 83.6 1253 1747 match_387 match 78.2 1256 1735 match_388 match 70.1 895 1164 match_389 match 84.3 1259 1813 match_390 match 55.1 919 1164 match_391 match 52.0 868 1164 match_392 match 85.5 1259 1747 match_393 match 71.6 847 1167 match_394 match 68.9 1259 1576 match_395 match 84.3 1259 1786 match_396 match 52.4 919 1164 match_397 match 92.4 1259 1771 match_398 match 56.6 907 1164 match_399 match 100 1259 1798 match_400 match 104 850 1167 match_401 match 67.8 697 1161 match_402 match 93.6 1247 1771 match_403 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match_469 match 62.8 880 1161 match_470 match 50.4 916 1164 match_471 match 102 1259 1780 match_472 match 81.6 1244 1771 match_473 match 65.9 856 1167 match_474 match 75.9 1259 1792 match_475 match 82.8 847 1167 match_476 match 62.8 1259 1780 match_477 match 78.6 868 1155 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_478 match 270 48277 46877 match_479 match 183 53653 53051 match_480 match 399 50469 48874 match_481 match 176 71248 70853 match_482 match 64.7 112748 112461 match_483 match 95.5 112389 112195 match_484 match 132 48277 47570 match_485 match 142 95262 94849 match_486 match 142 95262 94849 match_487 match 144 95262 94849 match_488 match 110 96856 96323 match_489 match 129 95262 94849 match_490 match 226 98194 96323 match_491 match 153 99013 98408 match_492 match 156 95262 94849 match_493 match 131 48394 47501 match_494 match 85.5 58543 57566 match_495 match 77.4 57581 57342 match_496 match 195 98182 96323 match_497 match 131 95262 94849 match_498 match 181 98182 96323 match_499 match 131 95262 94849 match_500 match 181 98182 96323 match_501 match 131 95262 94849 match_502 match 137 48277 47567