SG 53227903KAB 53227903KAB KR 10-2021-164539 2021-11-25 CasBio (S) Pte. Ltd. Novel CRISPR/Cas13 systems and uses thereof 121 4017 DNA PAT source 1..4017 mol_type other DNA organism synthetic construct atgaagatttcgaaggtagatcatactaagagtgcggtgagtgtacaaactgcacagggacagcaaggtattctttataaggatccgtccacagaagagatgagcgtggaagatcgcgtcaccaaaagagcagatgctacgaaagcattatacgctgtgttcaatcaacctaaggataaacgaagcatttcaggggaagcaacaacggttgcatcttcttttaactatgtgatcaaagacctgaaaaaaagcaaatcacttaatgggaagttgagtgtggagagcctctatgaagctgtgggaaatgaacttaaaggaaaacatgcgagtgctgaagagatagatttggcaattacattattgctgaagaaaagtctgcgtagagattcctttatagaggcgttaaagctggtgctgggtaaagcgtataaaggagaaaagctaaatgaggaagataagagaataatcaaggacgatctgatagttcctttgataaaggattatgataaatcatctatcagagagcaggcagtggcctcgatcaaacatcagaaccttatcgcacagccggattccaagtctgatgacgcagtaatggttatatccaatatagccggggcttctgagagaagtacgaatgagaaagaagctttaaggcagtttatatctgaatatgcagtgctagatgacagtgttcgtcatgatatgcgtgttaaactccgtcgtctggtgatcctgtatttttatggcatggatgtagttccgacgggtgattttgacgaatgggaagatcatgtccagaggggaaagaccgctgatctgttcatagactttgcacctgtcggaggtaagacagatgctgatagattaaaggatgctattcggaaaatgaacattgaaagataccgatatagcgtagatgcgatagatcaggataatacagaactcttcttcgaagatatgatgatcaacaaattctttattcatcatattgaaaacgaagtagagcggatatataggaatactaagcctggtgatgagttcaagagaagcttaggctatatcagcgagcgtgtgtggaagggaattattaactatctgtgtattaagtatatagcaataggaaaggctgtatataattgcgctatggctgggttgggctctgatcagcccgatattaaattgggagtcatcgacagagtgtatgctgatggcatcagttcctttgattatgagattatcaaggcacaggaaacactccagagagaaacctctgtatacgtttcatttgcgattaatcatcttggggctgctactgttaatctgactgaaaaagagaccgattttcttacacttgataataaacagattaaggaactggcaaagacaggtgttctcaggaatattcttcagttttttggtggtaaatccgtatggaaaaatttcgagtttgctcctgaagggggtaccggcaatgaagaaattgtattgttatattaccttaaagacatcctgtatgcgatgagaaatgagaactttcatttttcaacagccagcattaatgatggctcatgggacactgatctgatcggcaggatgtttgcatacgactgtaccagagcaggggtgggacaaaagaacaaattctattccaacaaccttccaatgttctataaatcagaggacctggaacgagcattacatattttgtatgatcactatagcgagcgagcttcgcaggttccggcgtttaatacggtatttgtgagaaagaacttttctgaaatacttaaggggcagaatctgcctatgccaacttcagctgaagaatctcttaaatatcagaatgcgatctattatctctataaagagatttattataacgtatttctgagttcatcagaaagccgagattatttcattaaagcagtcaagtcacttaggtgggaaaactcgaatgaagagaatgccgtaaaagactttcaaaatcgaattaatgaactgaccggaaaatacagtttatcccagatttgtcagttgatcatgacagaatacaatcagcaaaacagcggaagcagaaaaaagaagactgctaaggatgaacagaataaaccggatattttcaagcactataagatgcttttgtataagagcattcgggaagcaatgcttaagtatgtggacgataaatcagaggactttggttttataaaaagtccggtattcggaaaggatgacaactgcattgcgttagaagaattcctccctgattatgaatcgacgcaaaatgcaaaactgatagaacgcgtgaagtcagatttcagacttcagaaatggtacattttgggaagactgctcaatcctaaacaggtaaatcagcttgccggatctatcaggagttatattcagtattcagatgatgtaaagagacgtgcaaaagaaaatggtaataagattcatgtatccacggaatcgtatccttatcagactgttttgagagtcattgatctgtgtgcgaaattgagtggacttaccaccaataacatagatgactattttgatggtagtggggattatctgtcataccttgctcgctttgtggagtatgatccgaatgatataccgaagatatatcatgatgaagctaatcccattcttaatcgcaacatcattatggctaaattatatggcgcaggagatgttattaccaatgcagtagaacatgtcaatacaagtatgatcagagatcttgaatcatatgagaagaaaacgttggggtatcgctcttctggagtatgtaaggacaaggatgaacaggaaacgctaaaaaaatatcaggaattaaagaaccgggtagagcttcgagagatagtggagtgttctgaaattataaatgaacttcagggacagctgatcaactggtgttatctgagagagagggatctgatgtatttccagctggggttccattatacctgtttgaagaattcatccgataaaccggagatgtatgtaaaagcgaaaaccgtagatggaactattgatggatttatcctgcaccagatcgccgcattatatacgaatggactaaagctgtattcttgcggtaaagctgtaagagatgataatagaaagataattcattatgacctgagcagtggaaaagaattaaagggcaatgataagagtgcagccgggaaaaagattactgactttatggggtatacgtcattagcgttaaacaggacagagaatgacatactccctatatccggtgatttttattatgccgggctggaactgtttgaaaacgtaaatgaacacgagaatatcataagcctcaggaattatatcgatcacttccactattatgcaaaacatgacagaagcatgatcgatatctacagcgaggtatttgacagattcttctcctatgacatgaaatatcgtaagaatgtgcctaatatgatgtacaacattctgctgtcgcattttgtgaaagcacaattcgtattcggatcaggaatgaaggagtccggagaaaagaccaagtcccaggccagatttgacttgaaggataaagccgggcttgagcccgaacaattgacatataaggttgcgaattctgagaaaccggtgcaactttctgctaaagacaaacaattcctgaagacggttgcattattgttgtattatccggaaaaaaagacgtttccggaggggatgtatgccgataccaggtttgtagaagggacatcatcaaataaaaggaataacaattcttcaggcaaccgacatggcaatggtaatcacaatgtaggaggacataacaaagggtacaatcagggcaggaaaaacggcaattggtctaaggacaaatccggagacagaaatgccggaaagaaacaaacaaataaaaaccggaaagatagtaccagcgtctataaagatgaaggattcagtaacagaataaatattccttctgagtattattctcagaaaccggggaaaaagtag 4149 DNA PAT source 1..4149 mol_type other DNA organism synthetic construct atgaaattatcaaaaactggaaaaaacggctggcatcacagaaacggagtaaaggttaacaacagtaaacaggagggatttgtttacagtattcctcataatgatggtgagagtacagataagtttgttgaagacagaaagaaagattttaagagactttataaggtatttccttctgttgaaaaagccagaaacataagtgaagagattgctgcagtcatagataaaacgatcagaaataaaagaacagaaatatggaccggaaaaaatgattattctgaaatggcctgcagattcagaaatctgcttcagcgcgaatctatgttcagacagcctgtagaagtaaaaaccgctgaatatatggtttatggtcttttgcgatcaagcctgcgttctgaaaaaacggagaaggatcttatagattttttatgccatgtgaatgacaagtcctcatcagctggtgcaatatttatgcaggagctgaccagggattatatgggtgaaaagatcaattataagtcgataataaaccagaatctcgtaatccagcctgttaagacagaatccttaaaagataacattgatcaggaggatgttttactaactgtttccgaaaggaaaaatcctgaagactcggcaaagaattataaaagtattgaaaataaagcattacggagctttttattggaatatgccagccttgatgataataagcgtaaggatctgagaaaaaagctccgcaggatagttgtactctatttttatggaaagtccgaagcagacggcttaggagaaaactttgatgagtggaatgaccatgaatccaggcgtgcatgtgaggagaagttcattgaatttgatgagagtaccaaggataatttcagatccaaaacatctaagctgataagaaatgccaatatcacagcatacaggacttcaaaagaaatcattgaaaacaatcatgacgggctgtattttgccaatcctgattataatttcctttggttaaggcatttatccagggaggttgagcgtctgacatcaaatatcaatgctgataagacgtataagctgaataagggctatttaagtgaaaagtcctggaagggaataatcaattatcttagcataaagtatatagctataggcaaatctgtattcaatttcgcatcttccggagtagattctgatggcagtgatatacagattggcgaagtaaacagggagttccaaaacggaataagttcatttgaatatgagaggataaaagccgaagaaacacttcagagagaaagtgcggtaaaagttgcctttgctgcaagacatcttgcatcggctacgatgaatcttacaccggaagattcagatatgctcctgtttgataaggacaaaatgtctcagaatctaaaagatacaggcagggtactggctgatgtattgcagttttttggaggacagtctgtctggaaggattatattataaaagaaactgaaaagtattcaagtgaagaagaattcggaactgatttattatataatctgaaaaaatgcgtctatgccttaagaaatgacagtttccatttcaaaactttgaataataaggctgattgggatactgaccttgtagcaggattgtttgaaaaagactgtgaaaacatggtaggccttgataaagataagttttatgataataacctttacaagttctttaaacaggaagacctgaaaaaagtattagacaaactgtatgataaaatccatgacagggcatctcagatacctgctttcaatacagtgtttgtaagaaataatttcagcaggttcctgttgtctaaaggtatcacacgctcatttgcgtcagaggagcagggaagacagtttgcaagtgcagtatattatcttttcaaagaaatctattacaatgattttatccagtcaggaaatgctaaaacgctgttcctgaattatgttaattcaatcaaaatcgagaaagcaattaacagatacgggaaagaagaaactaaaagagaatgcaaaccggcagaagatttcaagacatatataacgttgtgccggaatatgagtttctctgagatatgtcaggcagtaatgactgagtataaccagcagaacaaccagtccagaaagaaaaaatcagcttttgatacagcaaaaaacaaagataaattcagacattatgtagatattttacatgaagggatcagggaagcatttgcagcatatattggtctcaatgatcagaaaaattatgatggtatatatggctttgtaaagtcatttaacagcagcgatgtgttcacagtcgaaaaggacaagtttattgaagggtacagatctgaacgtttccaaaatctgatcagtaaagtgagacagaatcctgaacttcaaaagtggtatattgtggctagacttctgaatcccaaacaggtaaatgaactttccggatcgataagaagctataagcagtatattgaagatgtatgccgcaggtcgatcgctgaaaaatgtcctgtaaggaaaaatgatggaaaagaggtaagcaaagcttcttttgataatgatgtaaaagaactgatgtccatcgattatatgggtgttgtagcgatattggagatatgtatacgtcttaacggaagattttcaacagtatgcgatgattattttaaggatggtgctgacggctatgctgaatatctggagcagtatcttgattatcaagatgaaaaaactaaggatgccggtgtaagtccttcaaccatgctgtcgatgttttcagaagaagtctcagcggataatactgataagaatcagggaatcatatatcatgacgggactaatcccattatgaacagaaatattctcttatcgaaactctatggtggagcaaattcggtaatacattctgtaaagaaggtggataaccgcctgatagcagattttattaaaagcggtaagcttatacaggaatacaataagagaggatactgtattaatgaggaggaacagaaaaatctgaagagatatcaggctcttaagaacagggttgagttccgagatatagtagaatatggcgaaatcctggatgaactgcaagggcaactgattaactggagttatttaagggaacgtgatctgatgtatttccagcttggtttccattatacgagccttcataattctgaaagaaagtttgaagggtacagatatataactaaagaagacggaagtgttatagagaatgcagtactgcaccagattctatcattatatattaacggaataccgttctattacagctacgccgatgtggaaggcagagaccggtttatttgctgtgcactaaagaagaaagaacctgttgatggtaccagcaacaagtttgaagataccggaacaaagatgagatatgtaggatattactgcaaagaaggtgataattatctgggtgaagggatatatcttgcaggtctggaactgtttgagaatattgctgaacatgataatatcatcaagcttagaaactacatagatcatttccattattatattgaagacgacaggtcgatgctggatgtttacagtgaagtttttgacagatatttttcatatgatattaaatatcagaagaatgttgttaatatgctgtataatgtccttttgagtcatttcgctaaagccggatttgaatttggcgaaggaataaaacagataggaagcagcaaaaagaacgaaatgccgttaaccaaaaagatggcgcgcattctgctgaaatcacttgaatcggatgattttacttataagattggtaatacatctgaagcaaagaatcaggaaacggtcgttcttcctgccagagatgatcttttccttgatgctcttggaaaagtacttaattgggatggcagtattactgatgaaaacgctttacagaaaacagagattattacaggaagaagtggcaattatctgaagaaatcaaggaacagtgataagaagaatgatggtaataaaagaagtgatataaaaaaatcattcaataaagataaaaacatacccgaaaagaaagaagcactgaccagtactccgtttgcaaacctgtttaataatttacatatggattttgattaa 3924 DNA PAT source 1..3924 mol_type other DNA organism synthetic construct atgaagatatccaaggttaatcatactaagtcagccgttagtgtttctgaaggttctcccaagggaatactgtatgaggatccgaccaaaagcggaacgaaggatcttgaaactcgaatactagagcgtaacgaagctgcgaaattactgtataaccctataaatacatcgagaagcagaaagaaaacacataaaataatcaatagaagtcttagggctttcttcaatcgagtaaagaagaaaaccggtgggagtttctcttgggatgaattgaaaagagtatcgtatgattcttctttggatgcagagcgtgataagattactgattctgatatagattctgttgttgaagcctgtttgaagaagagtctttcaaccccggaatgtatagaggcggtaaagcagattacaagagttttgtgtggcaagaatacctcccatgatctggatgacaaacttatagggaaattgtcttccaaattacatgatgactactcgaaggaacgattgctgggtaacatcaagaagtcgattgaaaaccagaatatggtagttcaacccggacaggttgacggagaaagcatttttaaattaactggtgatgattctttgaaagagaatccggagaaggtttctttcgaaagattccttattagctatgccaatctcgacaagaaattccgtgattgtgaattgcgcaagttaagaaggctgatagttctatatttttatggtgagacagaagtagatacgacagatgattttgacgtttgggcagatcacaaaaagcagcgtaattttaaatggtttatttcagatatcgagtttattgctacatatgaaaaataccttaaagaattacagtttgaggatagaaggaatcatcatacaaagatatcggaacctgagttcagggagaagataagacaagaaaacataaacagatataggaattcaattgcagtaattaacaaatcaaatgaagtgtactttgatgatcctgtccttaacaaattctggatccatcatatagaaaattctgttgaaaaactgctgaaaagggtaaatcccgccgattcatttaagctaaatgttgcatatataggcgagaaagtctggaaagaggttattaactatctgagtattaaatatattgctgttggtaaggctgtctatcgttttgcagttgatgatatgacctatggcgtcataccggatctgtataagtcaggaataagctcatttgattatgaactcataaaagccgacgaatcgcttcaaagggatattgccgtttcggtagcatttgctgccaataatatggcacgagctactgttgtgctcgatgagaagagcagcgattttcttgttgagagttttgatctggaaaaatccattagaacagatgttgcgctcgatatggcgatactgcaatttttcgggggcaaatcgtcttggaaacagtgcgacgcattgaaagattgtaaatatatcgatcttctttatgacatgaagaaaatgctctattccattcgtaatatgagttttcattttatttcatctgaagaaggagataacggttataagactaacgggataatcccggcgatgttcaatcaagaaataacaacctatacgacgattcttaagagcaagttctattctaacaatctgcctgctttttataatgattcagatttggaaggagaatttaaacttctatataaaaattacgtagaaagagcatctcaagttccttcttttaatagtgttgttgtcagaaagagtcttccggattttgtaaaaagagatctgaagattaaaacagctctctcgggagatgatctcacaaagtggcatagcgctctatactatcttctcaaggaaatctattacaatctcttccttgcaagtgatgatgcaaagattttgtttttgaaagcagttgaaaataataagaattctaataatagcagtgtttctgataagaatgaccatcgaagagaagctggaattgattttgccgagcgaatagagagtataaaagatcatagtctttcagagatatgtcagatcattatgaccgagtataaccagcagaatcaaagcagaaaggttaagacggctcaagatgagaagaataagaaatctttattcattcactacaagatgttgcttaatctttgccttcggaatgcatttaagatgttccttgatcgcaacgagttctcattcttaaagagtattcataatcgcgaagttaagagttcctctgatgaatggaccgctgctttttgcgcggattggacatcaaatgcatatagcatgattcaagatgagattaataaaaatccttcgttgcaaagctggtatatactatcaagattcattacaacaaaacagcttaaccatcttagtggagatatcagacattttattcagtatgtagaggacgttaagaggcgagccaaagagacaggaaatgcatgtaaatacgatcttgataataaggtttgtatataccgtaaagtacttcaggttctggatttttgtaacaaaacaagcggaatagtatcttcagagattggtgactattttaaagatgatgatgaatatgcaaagtttgttagtaactatcttgattttggtggaacgacgaagctggaattgattgcgtttacaaaccagactgttggagatgatcagatcaatatatattgcaacgattcaaagccaatcctcaacaggaatattgtaatggcaaaactgtttgcccctacagatacgataagtaaggcgatagctgcaaatggaaaccgagtaactgtcgatgatattgaggagttctattctattaaaccgattgctcagaaatttctttctgatggtgatagtgttgccaagaaagaaaagaagcaacttatagaggaacttaagaaaacaaagcgatatcaagagatagttaatcgcattgagttccgcaatattgtagattatgcagagatgataaatgacttgcttggtcagttggtcagttggtcatatctgagggaaagagatctgttgtatttccagttgggtttccattatctttgtcttatcaatgattcttacaagccggataagtatagagtccttcgtgatggagagcggataataaacaatgccgcactatatcagatcgtttcgttgtattcctttaatgtagatacttttagagatgataatgataaagataaaggtaaaaaatataataatatatgtgagtacagcctgaatattggtttagatgaagaatggcaattctatactgccgggcttgaactattcgagactatcactgaacatgattctattaagaagtttagggattatattgatcacttccattactacacaaatcaggatagaagcattctggatatgtatagcgaggtctttgaccgattcttctcttatgatatgaaattccgtaaaaacactgtcgttatcttgcagaatatactgaaatcttatttagtaataatgccggttaaatttaattcgaagtataaatcaacagataacggtagtagtaaaatgcgtgccaatgttgacatgggtgaaaaaggcttaaagtcagaggtgtttacttataagtattctgacagctgtaaggtcatcttgcctgcaaggtcgattaattatcttaaggatgttgcatctatcctgtattatcctcataaaacgcctcgtgatgctgttgatatggaagattttaaaaagaactatgaggttgcacaaactttaaataaggcaaaagacaatcatcataagtctaaaaatgattataagaataatgatcgtcctaaagataattattctccgtttaagagccagtttgataaattgaaaaagaagggtattacatttgaagataactga 3960 DNA PAT source 1..3960 mol_type other DNA organism synthetic construct atgaaaatatcaaaagtagatcatacaagaacggcagttggggtgaatgagaatggaccattgggaattgtttattcagatccatctcagaatgctgttcaaaatccagagattagagttaggactagaattaaaaaagcaaatatgctttatacggtttttggacctacgaatgatgagatggattctcaacgagagaatggaatagcaaaagaattcaataaaataatcaaaagatataataataaaatagatcccaagaggggagaaaaggaaactgataaaaagatatataaaatgaattctgatgaactgattaaagatattaaatcggtttttggcaattattctttaaatgaatcaacgagaaaagaaattgatgaagcgttaaatgtattaattaaacgttctcttagaaaaaaggaaactattgaatcattaaatctcttatttgaaaaaacaataaagggagaggagtttaaggcggaagagaaggataagattcaaaagtatgtggttgatcgtatagttgctgactattcaaagaatacgctatcaaaaaatactataaaatcaataaaaaatcaaaatcttgtggtccaacctcaaaataaaaatggcgaatttgtttttacacaggcaaaaaataggatgaatgggaaagtaaatcaaggaagtataaggatttcaaaagctcaggaaaaagatgctttaaatgattttcttgatggttttgcagtgcttgataaacaaatgagagataagcaactcatgaaaataagacggttagttgatttatacttttatgggattgatgaggttgtaaaggaagacttttcagtttgggaaagacatgaaaaaacaaaaggtaatgataaaaaaatcattcctttttctcgtactgatatatcgactttacaaataaaacgaggagattctgaggacgagaaaaaaaggaagaatagagaaaagaaaataattaaaaaatctgatagcgctaagttggacgatatgataagaaggtggaacatagatagattccgtgaatcgtttagtgctattgataaaagtgataacagtttgttttttgatgataaaaacatttctaaattctttattcatcatattgaaaatgaagtagaaaggttatttaattcagagagattggatgattataaaatgcatattggttatgttagcgagaaggtatggaagggaattattaattatctaagtataaagtatatatcaataggcaaatctgtttataattatgcaatggaggagttaaataattcatcaggagatgtaaatcttggtgtgatagatagtagatatttgacaggtattagttccttcgattatgaaaagataagtgctgaagaaactcttcaacgagagacagcagtatatgtttcatttgcttctagtaatttgtcgagagctgtttttaaagatggagtagattgtgacttaatgtcgactaagattatagataatcacgataagtttgatgaaagcaaagtaaaaaaaagagttctacagttttttggaggagaaagctcttgggatggttttggaaagacgtttttatctgaagaatataatgaattcgattttttggaagatctaaagacacttatttaccagatgagaaatgagagttttcattttaatactgaaaagaaaaatgtagatataaaaaatcctaaacttttttcagatatgtttgcttatgaatgcagtaaagcgtgtgtgtctgaaaaagataaattttattcgaataatttacctctcttctattcagaaaaacctcttgagaaagttctgaataaactatacaccaagtataatgatcgtaagtcgcaagttccgtcttttgagaaggtaatgaaaagaagtgaatttggaaaatatctcataaaatctggagttgccaccaactttaataaagaggatacagataaacttgagtcgggactatattacctgtataagcagatatattataatgatttcctagttaacgatatgattgcaaaggggatatttgtagataatataaacaataagaaactaagaagaaatgagaataataaagtaatcaaagctgataaagggcttgaagattttaagaaacgcttgaatgaaataaaaaattattctctttctgaaatatgccaaattataatgacagaatataatcagcaaaataatcaaaagaagaaatctcagaaaaatgaggagatattccagcattataaattgggactttattcataccttcgcgaggcgttaattatatatattaataataatagtgatatttatggttttataaaacaacctactattaaatctgaaggtaaaatgccgaatattaatgagtttctaccagattattcttcaagtcagtatgatgatttgatagcaaaggtctccgattcttttgaactgaaaaagtggtatgtaatgactagattcttaaatcctaaacagactaatcatttggttggagcgttaaggaattatatacagtatgtggaaagcataaaaagaagggcggaagaaacaggaaataaaatatatatagattgtcagattttagaatctgtaaaagatatcacaaaagtagtagatatgtgtaccagaatatgtggtaatacttctaatgaaatctctgattactttgatgataacgatgactatgcaggttatctagaacgttttttagactttgaatataaagaatctttgggctcgaaatcatcaatgcttggagcattctgtatgaccaaaattaatagtgaagagataaagatttaccatgatggaacaaatcctatacttaatcgaaatatcgtattatctaaactatatggagcaaatagtataatttcagaggctgttccaaaagttgatcaaaatatgataaaagaatactatattgtggctgataaaattaaagaatatcgaaagagtggcgattgtaaaaacattgatgagattaaacagcttaaagaataccaagaattaaagaatagggttgaatttagagatattgttgaatattcagaaatacttagtgagctgcaaggacagctcgttaattgggcatatcttagggaacgagatttgatgtatttccaattagggtttcattacgtatgtctcaagaatgatagtcaaaagccagaagcatataaaatgattgaggtgccttgcgttgatgggtcttctcgaatgataaatggtgctattctttatcagatagtcgcaatgtatacttatggaatgaatatatactatagggggcataaaaaagatgaggagtacaatgatagtgaaaatcgatgggaagccttcaatggttcaataggtgagagaattccaagatttgccttgtattctggatatatgattaagggagacaatgctaagtacaaactatcatataatatttatacatcagggttggaactatttgaagttcttgaagaacatggtaacatagttgattttaggaacgatatagaccattttaactactatcaaaagaaggatagaagtatgcttgattattatagtgaggcttttgatagattttttacatatgatatgaagtatcggaaaaatgttcctaatacattatctaatattttagcgtctcattttcttgttccttcttttgtgtttgggacttcttcaaaaaaagtggggaacaaaaactatattgaaaagaagtgtgctcacattagatttaatactaagaatccgttaaaaccaggcagttttacatatgtaatttcggaagataaacgtgtagtaggaccagcgagactgaaggggtatgtaaaaaatgtattgaatattttatattatccagaagtgcctgaaatggagcttttagattcctcttatatatttaaagaagaaaaaaagagaaaacttctcaaataa 4221 DNA PAT source 1..4221 mol_type other DNA organism synthetic construct atgaagatttctaaagtaagaggaactcagggcaaaggaagtaaacttacaattaatgcaaaggcagcagttgtaattaacccaaccggtcaggagggtattctctatgatgatccgtcaagaatgggcgaatcaagaaaaaatgacaagcagagagaatcatacatcaaggatcgtattcgtgcctctcaaaaattgtattcaattttcaatagtaatcaaaaaatccccaaaaacaaaaaaactgaatctgaaaaagcaattgatatgattattgctggtttttcatcagaagatggcgccagttttcgtttaatgtttaaagatttcgctgaaattctggataaatatgcagaaaaaagttatgaaaacagaagaaatcatatagacgaatctcccgaattatcaaagcttggggtaaatataagtgacaatcagataaacgccctttctaatctattaagtgaagaaagtatagctataaaaataaaaaaaggaactgaatcagtaaaagataaggtaaaggttagcgagagggatattgattcggcaatatcaaattgcctaaagaaatgtatgtgcagggtaaaaacaaagaaagcgttaaaggctcttcttatgaaagtttttgatatcccatatactttagatggagacgtcaatattagaagagattttattgattatgcgatagaagattattgccgtattcgtgtaaaaaacagtgtctctgaatcaattaaaaagaataatatgccggttcagccgacgagttcggaaggtgttactgtttttcagatgccttctttgcaggaaacaaaaagtaccaagagtaaagaaagggaagcatttaatcatttcctgtcagaatatgcagatttagatgagaataagagaaagtcgttacgaataaaactccgaagacttaatgatttatatttttatggaaaagacgcaactatggcattggctgataacgaggatgtggacgtttgggaagaccatgcaaaacatggcgatattaaagagttatttataaaagttcaaaaaccacaaatcacaggtgacggaaaagcggataagctggctatgagtcagtatgaagataatattcgaactaaatatagagaagcaaatattacttgttacagaaaagcagtagaagaaatagataatgacaagagtctattctttgaagataatatgctcaatatgtttgtgcttcacagaattgagagtggtgtagaacgaatatattcgcatattaaagccaatgaggagtacaagcttcaaacgggatatgtaagtgaaaaagtatggaaagatctgattaactatatttccataaaatatattgctattggaaaagcggtgtataactatgccatggatgaacttgtcagtggagataagagtattgaaatgggcaagattaatgacaattatatttccggtataagttcctttgactatgagcttattaaggctgaggagatgcttcagagagaaactgctgtttatgttgcatttgcagcaagacatcttgctcatcagacagtcgacttagacgagaaaaattcagattttttactatttccggataagagtagaaaagataaagatggtaaaaatataaatgattttataaaagaaggtattaatcttcgttctactatattgcagtattttggtggggcatcttcatggagtgatttttcatttgaaaagtatatgacagatggtcgcgatgatgtagatctgcttaccgatttacagaaagcaatttattctatgcgaaatgacagttttcattatacatctaaaaaccataataatgatggttggaataaagaattaattggagcattgtttgaatatgaggctaatcggctgactataatacagaaagataaattttattcaaacaatttaccaatgttttatgatgaaagtaatttgaaggaattattatcatctctatacagtaaatctgtagaaagggcttctcaggttccttcatttaacagtgtatttgtcagaaaatcattcccaaaagtctgtacacaagacttatctattgatgtaaagacaatgaatgaagaggataaacttaagttttataatgctctttattttatgtttaaagagatttactacaatctttttcttaatgattcaaacgttttaaatcgttttattgatatttcgacaaaaacaaaaaagaacggaaagggagatgaaggtactcattattgggcagaaaaagatttcagacagaggattctctctataatagagagcagaaaaaattatactctttcacagatatgtcagttaattatgactgaatataatcagcagaatacaggcaatatgagacataagtctgctgataaaaacggtaaaaatcctgacagttatcagcattacaaaatgcttctattgtcatatcttggagaagcgtttgttgaatttgtaaaagaaaaatatgattttgtattcacaccggttaaaagggatttgatggataaagaggcatttttgcctgatttcgcaaagacagtcaatcctcttggcgatttaattgaaagagtgaaagaatccggtgtattgcaaaaatggtatatagtaggcagattcctcagtcccaaacaggctaatcagatgcttggttctttgcacagttataagcagtatgtgtgggatatatatcgaagagcagaagagactggtacgaaaattaataaacgtgtttcagaagataccatatcaggagttgccattagagatatagacagcgtgcttgatctttgtgtaaagatgtccggaactattacgaataatctgacagattatttcaaagacaaggaagaatatgcagcttatattaacgattttcttgattttgagtataaaaccggagattacaattgggctcttaaagacttttgtaaagaaataacggatgaagatgacaaagaaggtatttattatgacggggaaaatccgataataaatcgtaatattgttatatcaaaactgtatggcgaagcggaatttgtttcaaaaatcttcaaaagagtaaataaagaagatataaaagtatataaagaccttaagaaaaatatcgaaccatatcagaatatgggaacatttgaaacaaaagagcagcaggaaaatgttaaacgtttccaggaattaaagaatcatatagaattcagagatcttgttgattacagcgaaataacaaatgaacttcaggggcagcttgtaaactggatttatttgcgtgaacgagatttaatgtatttccagcttggattccattatttatgtttgaataataacagtgagaaaccggagctatataagaaaatagaattcaaggacgaaaaagtcattgataatgccgtactttatcaaatttgtgctatgtataccaacggtttgccattatactatagcagtaccaaaaatgcaaacataaaggaagtgagtgcaaaagcgggaacgagcacaaaagtagataaattctattcatctggaatcagagctaatggtgaaagttattcgagagactatacaacttatatggctggtttggagctattcgaaaatacaaaggaacatataaatattactatgtttagaaatgatattgagcatttcagatatttagtttcaaacacaagaagtatgttggatgtatacagtgaaatatttgatcggttctttacatatgatatgaaatacaggaaaaatataccaaacattttatataatattttattggcccattttgtgaatgttcaattcgatttttctacagggaaaaagaatattggaacaggggagaatatatatgaaaagaaatgcgcgaaaataaatatccaaaataatggtggaattgtatctgagaagtttacttataaattaaaggacgagaaaacgattgatttgcctgcaaggggacgaaggtacatggaaaccgtagcaaggttattatactatcctgaaacagttgatgaggagaaaatggtaaaagatttggtcattaaagataataagccatttggaaagaaacgaaataataagtatagtaacagaaaagaaggtgcttcggatagaaaaaaatatgaagagaataaagccaggaaaaaagataatagttttatgtccggaatggacggtgtagattggtctaaattaaattttaaataa 4026 DNA PAT source 1..4026 mol_type other DNA organism synthetic construct atgaaaatatcaaaagttgatcacaccaggatggcggttgctaaaggtaatgaacttaggagagatgagatcagtggaatcctctataaggatccgacaaaggcagggagtataaactttgatgaacggttcaataaattgaatcaatcggcaaaaatcctgtatcacgtgttcaatggagttgttacaggaaacaaacattttattaatactgttaaaagggttaatgacaatttagacagggtattattcacaggtaggaacgatgaaagaaaatctatcacagatacagatgttgttctgagaaatgcggataggatcaatgcattcgataggatttcaacagacgagagaaaacagataattgatgagttattggagatccaactgagaaagggcttgagaaagggaaagaccggacttagagagatattgctgataggtgccggagtaaaaggcagaactgacaggaaacaggatatagctaagttccttgagatcttggatgaagatttcaataagacaaagcaggctaagaatataaagttgtccatagagaatcagggattggtagtagcgcctgtagaaaaaggagaggacaggatctttgatgtcagcggggttcagaaaggaaaaagcagcaaaaaagctcaggagaaagaagctctgtctgcatttctgtcagattatgctgatctggacaagagcgtcaggactgagtatcttcgtaagatcagaagactgataaatctatatttctacgtcaaaaacgatgacgatctgtcttcagcagaaattccggcagaagtgaatctggaaaaggactttgatatctggagagatcacgaacaaaaaaagggagaaaaaggagactttgttgactacccggacatacttttggcagatcgtgatgagaagaaaagaaacagtaaacaggtaaaaattgcagagaagcaattaagggagtcaatacgcgaaaataatataaaacggtatagatttagcataaagacaatcgaaaaagatgatggaacatacttctttgcagataagcagataagtgcattctggattcaccatatcgaaaatgcggttgaacgaatattaggatcgattaatgacaaaaaactgtacagattgcatttaggatatcttggagaaaaagtctggaaggatatacttaatttccttagcataaaatacatcgctgtgggtaaggcggtatttaattttgcaatggatgatctgcaggagaaggatagagatatcgaacccggcaagatatcagaaaaagcattaaatggattgacatcatttgattatgaacagataaaggctgatgaaatgctgcagagggaagtagctgtcaatgtggcattcgcagcaaataatctggccagggtaactgtagatattcctcaagatgaaaacaaggacaaagaggatatccttctttggaataagcaggacatacacaaatacaaaaagaagtctcagaaaggtattctgaagtctactctgcagttttttggaggcgcttcaacctgggatcttaaaatgtttgagaaggcatatccggaccagaaagaggattacgaagaagaatatctatatgacattatccggatcatttatgcactcaggaataagagctttcatttcaagacatatgatcagggtgacaggaattggaacagcaaactgatcggaatgatgatcgagcatgatgctgagaaagttgtttctgttgagagagaaaagttccattccaataatctgccgatgttttataaagacgctgatctagagaagatgttggatctcttatacagcgactatacaggacgagcatcgcaggttccggcatttaacactgttttggttcgaaagaatttcccggaatttcttaggaaagacatgggctataaggttcatttcagcaatcctgaggtagagaatcagtggcacagtgcggtgtattacctatataaagagatttattacaatctgtttttgagggataaagatgtaaagaatcttttttatacttcgttaaagaatataggcaatgaagtttcggacaaaaaacaaaagctggcttcggatgattttgcgtccagatgtaaagaaataaaggatagagacctttcggaaatctgtcagatgataatgacagaatataacgctcagaactccggcaatagaaaagttaaatctcagcgtatgatcgagaaaaataaggatattttcagacattataaaatgctgttgataaagactctatccggtgcttttgcactttacttaaagcaggaaaaattcgcatttatcggaaatgcggcaacgataccgtatgaaacaactgatgtgaaggaatttttgcctgaatggaaatccggaatgtatgcatcgcttgtagatgagataaaggagaatcttgatcttcaagaatggtatatcactgggcgattcctcaatggaaggatgcttaatcagttggcaggaagcctgcgttcatacatacagtatgcagaagacatagaacgtcgtgcagcagaaaataggaataagcttttctataagtctgacgaaaagattgagacatgtaaaaaggcagttagagtacttgatctctgcataaaaatttccacaagaatatctgcagagtttacagactattttgatagcgaagatgattatgcagattatcttgaaaattatcttagctatcaggatgatacgattaaggaattatccggatcttcgtatgctgcgcttgatcatttttgcaacaaagatgatctgaaatttgatatctatgtaaatgctggacagaagccgatcctgcagagaaatatcgtgatggcaaagcttttcggacctgatagtattttaccggaggttatggaaaaggtcacagaaagtgacatacgggaatactatgactatctgaaaaaagtatcaggttatcgcgtaaagggaaaatgcagtaccgtgaaagaacaggatgatctgctgaagtttcagagattgaaaaatgcagtagaattccgggatgttactgagtatgcagaggttatcaatgagcttttaggacagctgatcagctggtcatatcttagagagagggatctgctgtatttccagttgggattccattatatgtgtctgaaaaacaaatctttcaagccggcagaatatatggatattaagagaaagaatggtacaactatacataatgcgattttgtaccagatcgtatctatgtatattaatggattagatttctacagctgtgaaaaagataatgacaagctagaagtggcggcagcaggaaagggagtaggaagtaagatatcgctttttataaagtactcagagtatttgtataatgatccgtcatataagtatgagatctataatgcaggattagaagtttttgaaaacaatgatgagcatgataatattacggatcttagaaagtatgtagatcattttaagtattatgcgtcggatgattctgataaaaaaatgagcctgcttgatctttatagtgaattctttgatcgattctttacatatgatatgaagtatcagaagaatgtggtgaatgtgttagaaaacatccttttgaggcattttgtcattttctatccaaagtttggatcaggaacaaaagaggttggagtcaagaactgtaaaaaagaaaaagatagggctcagattgaaataagtgaacagagccttacttcggaagactttatgtttaagcttgatgacaaatcggaaggagaaccaaagaagtttccggcaagggatgaacgttatctccagacgatcgccaagttgctttattatcctaaaaaagatgttgatttgaacaaattcatgacaaaagaagaatcaatgaataaaaaagttcagttcaatagaaaaaaggaaacaaacaggagacaacagaataattcatcaagcggagcattatcttcatctatgggtgatttattaaagaacatcaaattgtaa 3909 DNA PAT source 1..3909 mol_type other DNA organism synthetic construct atgaaaatatctaaagttaatcatgtgagaacaggaacgagaattaaagaaaacaatggtgaaggagtattatatgctaatccttcaaaacagacaaatgccgtaaaagatttatctaagcatatccaggatgtaaatcagaaagctcaaggattgtattctccattaaacccggtaaaatctcttattaatcctaaaatgccaaaagaaaagaaggatgagattaatggttcatacaaagcttttaagagcgttgttatcggtattgtaaaagaaaatgaaacaggaattccggattctgcttctgtaattaggactttatatgaaaaagctaaaaaaatagatctaaaagtttcggatgcatcttatttgtcttcgaagctgatagacaagtgcttaagaaaaagtctcgagtcaaaatctgagattgcaaaagaaatattaaaggcaattatttctacggataaaagtgcggttaattcgcttaatgccgaagaagtaaaggctttctttgaactggttcataaggattattataagaaagaacaactcaaagcaattgaaaagtctatagaaaataaagatgtcaaagttcaggtaaaaacaggacaaaatggcgaaaatcatcttgttctttcaaatgctgatagtgcgaaaaagcattattattttgattttgtaaaagaatttgccacaaaagacaaagctgaaagagaagaaatgattatcagatttcgtcagttgattattcttttttattcgggttcagagtcttataaactttcgattggctctgatgttggggcttggacttttggttcgtctcttcctgaagttacagccaatgtcgacgatgaaattgcttctttgattgcagaatataatgaaaatattgcgcgcaaaaacgatattcaaaaatcgattgatttgaaatccaatcaaatgaagaattataagtttaattctcctgaatataaaaaattagatgatcaggtttcaaaactaaaggatgaacagggagattgtaagcatgcaatatccgacgcaaaaagaaagattaaagctcttgttgagaatctgatatgcacaaaatatcgtgatgctgttaaggcagagggcttaactgattctgatatattctggataggatatattcagcaggttgctcaaaaacagtttagcaagaaggacgcatataacaattacagaatatcaactaaatacctgtatgaagttacatttaatgagtggatttcgttcatggcatcaaaatacattgatcttggaaaggcagtatatcattttgcgatgcctgactttagcgatattaaatcaggtaaggaagtccatgcgggaaaagtacaacccgcttttgaagatggaattacaagcttcgattatgaaagaattaaagccaaggaaacattggcaagagatttttcagtgtatgccacttattcatcaggcattttctccaatgctgttacagatagcgaatataggctaaaagatgaaaaagaagatgctttgttttataagcaggaagattgggagcaagcgcttttgcccaatgctaagaagaagcttcttatgtattttggcggtcaaacaaaatgggaggactctgaaattgaaaagttgtcggatctagagatgactaaagcatttcaggatatgataaacgtcatccgtaactcgaactatcattatgcaggaagtgtgttggaacccggtgagcaaagcgttaacattgcaaaaatgctttttgaaaaagagttttcccagcttggaagaataataagggaaaagtatttatccaataatgttcccgtatattacaacgttgaagatattaataagatgatgacttatctatatcagggtgaatccaagagagaagcacagattccatcatttggcaatgttcttaaaaagaaagaaatgcccggatttgtatctaagtatattcccggaaacttacttgctaagtttgattccgaaggtatggacaagttcagagcatctctttactttgtattgaaggaagcgtattattatggatttttgaatgagactaatcttaaagacagatttattatggcatttaaaaattccgaaaaagatgccaagaatcctgaagctattgaaaacttcaaagcacgaatcgctgatatggatgattcatgttcgtttggtgagatatgtcagattcttatgacagattacaatcagcaaaatcagggtgaatataaggtaaagtctcagataaaacaaaatcaagatgagaaagacaacaaaggtcataagtattctcatttcaaaatgcttttgtatgtaactctgcaaaaagcgtttattgattatatttttgaaaaacaggatatatatggctatattaaagctccgattttcaaaagtaatttctttgacggagatgaacctcaaaagtttgtagaatcatgggaagccaatctgtttggcgatgtaaagaaaacaacagaaacagactcgtactatttggcatggtatgtgctttctcatatgcttccggcaaagcaggttaatcaacttcaaggcggaataaagagttatattcaatttgtcacagatataaacagacgtgaaaagagtgtactcggaacagaaaaagataatagcttggtcaataatatagattattatcaaaatatacttaaggtccttgagtttgtaatgtgttttgttggaaaaacatccaatgttttgacagattactttgctgatgaagatgactatgcattgcatttgtattcctatgtcggattcgctggtaagaaagaggagaaaaccaattctactctttccggtttttgcagtaaatctataacaaaagcaggaaaagtattaacggacagaataggaatatatcatgatggaactaaccctattgtaaataataatgtcgttaaagcgctcatgtatggcaacgagaacgttctttctgaagcggttaccagagtttcagctgatttgattaatggagaaataacaaaatactatgaagtaaagaataaacttgaaaaggtatttgaaaaaggcgaatgctcaaatatagaagagcagaaagaattaagagagttccaaaaccttaagaacagaatagaacttcaagacatatccatatttacggaaataattaatgactatatgtctgaacttgtaaatatggcttatcttcgtgaaagagatcttatgtattatcagcttggctataattatattagattggaatacggtaatgttgaggataagtataaagaacttcaaggcgacaatataaatatcaaatcaggagctcttttgtaccagatagttgcactttacacacatgagttgccgattgtttataaggacaaggatagctataaatatactaataacggtaaaattggcagatttgttaaatcatactgcgaagaagaattcaatgatttagataatacttatttgaagggcttggaattgtttgaagatataaaacttcatgacgacttgcatatgtttagaaatgaaatagatcatcttaagtactttattcgtgcagacaaatctattcttcaaatgtatagtcgtatttacaatggattctttagctacgatttgaagcttaagaagagtgtatcatacatatttgccaatatccttgcgaagtattttattattgccgatacagagatgaagagttcggttgaaaacggaaaaagagtagccatgctttcagtcaagggattggaatcggatgtatttacttataagggcaaaaaacgtgataaagaaggaaaagaaagagacagcaagtatacattgccggttagaagtgatgaattcttaaaagaagtcaagaaacttcttggctataagagtatgtga 3942 DNA PAT source 1..3942 mol_type other DNA organism synthetic construct atgccaaacgtaaaattcaccttagtccctgtggactattcaaagccttacgacgaacaacccgattgtaaacgtcacgtcattggagcttatgctaatctggctcgtcacaacatgacactaaccatcaacaccatcatgcaggccatcggcatgcctctttttaatgagaacgaaatagaaaatgctttcaacaagtcccatcgcaaaaaattggaagctcttgacaacatccagaaagtgaaactgcagaaacgcctctatcgtcatttcccgttcttcaagcgaatgaagttggaggatgaagagaaaaagacggttcaactgaaatcgctcatgacagtcatgtcactttttacaagtctgatggctgatatacgcaacaattacacacattaccgaccttataataacaaagaagaacaaaacagacaattagaacttaaaaaagaagtaggcaaaaaactacaatatttgtacgagaatagcagccagacatttaagagcatggaggaacttgatcattccagcaatgaggtgctttcagctcttcgcattcctgaagacgttgtggaacgtttctcgccagacgatcctgattacaagaaactactcaacacgctacatgattccaatataccgaaatggaaaaaatcaggtttgaaactcgacatgaaaacccagataatcaccaagaaatctgtacgctatgtgcgaaaccctaactatcaagcctatatgatggatgaagagaaaggcttgtctgatataggcattatttacttcttgtgcctttttctggacaaacaagtatctttctcactaatggatgaagttggcttcaatcagcagattaagttcacaggtgagcatgcagaacagcagttaatgtatgtcaaagaaatcatgtgcatgaaccgtatccggatggtgaaggccaggatagacagtgagatgtcagacacggcactggcattggatatgttaagtgaactgcgcaaatgtcctcgtccgttgtatgatgtattctgtaaagaggcacgtaacgaattcaaagatgatgccacagtagtttgggaaaacactcacggcgaggaggctgttattactgaagagcaaggtgatataggggaagagacagatgctattgccgcaaatactacgggaaaaaatactcctcgcagtacctttgtacgctgggaagaccgctttccccagttggcactcaagtatatagacttgacaggtatgttcgaccatcttcgttttcaacttaatttaggtaaatatcgctttgccttttaccaacacgacaaagcatacagcgttgataatgctgagcgcctgcgtattcttcaaaaggaattgcatggttttggacgcatccaggaggtgaacgaaatgatgaaggaaaaatggcaggatgtcatggagatcaagaacgttgaggatggacaaatatataaggaacccgatgtagcagggcagaagccttacgtgacccagcagaatgcccaatatgactttgacaccaagagccactccatcggcatccgatgggagggatggcacaacaaccactctgacaatcattatggcgatttggataggagggatatgtttatcccaagattgcccgctaaccctgcatcgcctgagggcgacaagcgtcagactaatcaggcagaagaactgttaccgcctcagtgtatgctgagtctctatgagttgccagctattttgttctatcactatctgcttaaaaaatatcagaaaaatactggattggtggagaagaaaatctccgacttttacaccaacatgaaaaacttcctgacagaagtcagcgagggtaacatattacctgccgatgagaccacgttaatccgtgaattacagacaagagggcttaagttttctgacattcctgtcaaactgaagaaactgctcaagggcgaagtgacagacaatgcaaagcgcatggaggaatcagccctcctgcgtctgcatgagcgtaaagataagaaaagacgggcacttgaaagtttcattgccaaatgcaagatgattggcaccaaagaaaacaaatttaataaaatacgtgccgtcgtcaagactggatccttaggacagctactggctcgcgacatcatggaatggctaacgacagacacaaagaaacgtatgaacctgacaggtcaaaactatgttgccatgcaaacggcactttcgatgatgggacaaagtttcgagttggcacctgaagcaaaggtgacttgtgaaaagatgagaaacatctttgttaaggctaatatcctgcccatgaacgatgacgactttgatgcagattttcatcatccgttcctacttgatgtatttgacgaagagcctgtttctatcgaagacttctacaagatttacttggagaaagaaatcttctacatcgactatctaaccgaacatttcaaaaagtacaaagccaaaggggctgctctgtacataccattcctgcattgcgaaaggcttcgatggaaaaatactgaacagaacggtctgaaggaactggcagctcgctacctgcagcgtcctttgcaattgcctaacggactctttactgatgacattttccatttattggaggatatagccactaagaatgccgattttgcaaaagtgcttgaaaaacagaaaaaagacaaccatcagttgcagcagaatgtagcctacatgattcgaatctacatgaagacagtagagtatgatcagccacaaaacttctataacacgatgcccgtcggagataccaatagtccatatcgtcacatctatcgcatcttcaagaaattcttcggtgaatccatccccaagacaaacaagacgacatcgccagcctacaccatcgaggagattcgtgccattttgaataataagcagctattgaaggataagatagacttctttgtcaaggaagaaaaagagaaactgaaaaaacaacagatacgtgatttcagaaactatgaaaaaaagcagtggaaactgctaaaagcaaaaaacgaagcagcccccaaaggccagcactttaatgtgaaagctgaagttcagaaacgattgaacgagaaacgcgaggagcagcgcaaagcattagatcttttagttatggatgttaaacagaagttggagggtaaactgagaaaagtgaatgataatgagcgagcaatacgccgttataaaacacaggatatcctattgctcttcatggctcgtgaaattctaaaggcaaagagtcaggacgaggactttaccaagggattctgtctgaaatatgttatgagcgactcactgctcgacaaaccaatcgacttccagtggacggtgaatttccagaataaggaaaagaaaactatcgccaagactattgagcaaaaggacatgaagatgaaaaactatggtcagttctacaagtttgccagcgaccaccaacgtctgtcgtcgctactatcacggctacctgccgatatattcgagcgtgcagaaatcgaaaatgagtttgcatactatgacaccaaccgaagtgaggtattccgccaggcatatatcatcgagagcaaagcctaccagttaaagccagagttgactgatgatgcgaatgccaatgaagagtggtttacctatcttgataaaaaaacaaagaagcttcgcgctaagcgcaacaactttggcgagctgctgaagattctggccgctggtggcgatggcgtactggacgatgtcgagaagagtctgctgcaaagcacacgcaatgccttcggacacaacacctacgatgtagatatgcctgttatcttcagcgggaaactggataaaatgaatatccctgaggtggctaacggtattaaggacaaaatcatagaacagactgaacaattgaagaaaaacgtttaa 3378 DNA PAT source 1..3378 mol_type other DNA organism synthetic construct atggctatatttgtaattaaggtagaaatccaacgacaaatgacactcgcattcaaaaacgaaaccgaacagaaacccgttctcggagcatacgccgccatggcaagaaacaatgccttccttaccgtgatggatatcatggaccaattgcatatcccccggactgtgctcaccgataattccggaaaagaagtggatccggaatcccatatatggagactcaacttattcccgaagaactataggcttcttcccgaacaggaggccagggcttcccggctccttcgcaatcatttccctttcctcgatctcgcggatgacctcaaggatgttgagaatgaccatggacaggcagcaaggaaaaatgtctcctatgaggacttgtgcaattcctttcttaccatgatggaagtgctgacgcaccttagagatgtcaaccttcactacaagatcaaggacgaaagaatcgcggatttctatttccgccgtgcggagaaagagaccgggcacatcctccgggaagtgctgaaagcagcaccccgaaagatcaaggaccgttacaagggaacagcgctcatggatgaaacctcgttgtccttcttcacggacgggaattacatccaaaagggaaggaaatattctttcaattcccgatgggccttcaatccgcagcggcaaccgcagccgtctgaagtgaaagtcttgaagaacaacgctcccgtcattgacagaaacacgggcataccgcgcatgttcgaaaggctatccactttcggcgagatcctcttcatcgcccttttcacggagaaacggtatatccccgaccttcttagagacagtgggcttgacaacaacttcatggcatcaggcgataacggaaaaatgtcccagcagaggattattcgggagatcatctccgcctacagcatccggctcccggaacgcaagttggatatcgagaccggggcgacacaaatcatgctggacatgctgaacgaactggcgcgctgcccctctgaactgttcgatgttctcccggaaagcgaacgaagatcctttgagataacgggcagtgacggctcccaggtccttatgaagcgttattcggacaggtatgtcccgctggtgttgcgctatttagacgtgactgaagaattcaaacggctcaggttccaggtcaataccggtctgctccggtacgagcaccacggaccgaaggagtatatggacggtgtcgcccggttccgtatcgtccagtcaagcatcaatggattcgggagaatccaggagatggaagcggcacggacagccggcgcgacttacctcggcttccccctcctgaaaactgatgacgatggaaacatgaccgagatgccctacattaccgactcggcggcccggtatgtcctgaacggcgatctgatcggcttatcatttggggacgccgctccgaagattgataccctccctaatggggcgggatttaagtacaaggtgtcctgtcctcaaccggactgctggctaagccggtatgagctcccggcgctggccttctatacgtttctttccagaaaataccatatctcacggagtaccgaggatatcgtcgaggatgctttaaatgaataccgggccttctttgcaggtatcgctgatggaagcatcacatccatggacggggtcggcatccccaggaagaatattccggagaagttgcttgactatctggaggggaggggcaagagaacggatttcaagaaatacaaggagggtctggtcgcaaagatgctcctcaatacggaagcactgctgtcccgcctcaaagaagacttgaaggtaattggaacgaaggataaccgtatcggaaaaaaatcctacgtgcgcatccgccccggtaagcttgccgagttcctcgcagaggatatcgtccggtttcaaggtcatcctgcggggatgcctgaaaagaaactgacaggacagcagtacagcatcctacagggaatgattgccactttccatgaaggactggccgacgcgtgtcggaatgccggcctgctagacggagattccgcccatccattcctttccttggtattcacacgccatgcacagggaatgacatccacagtcgatttctatcgggcataccttgaggagcggcgtacatacctaaagggcgtggttccggacgaggctcccttccttcatcaggaaagaaggaaatggtcggccaacaaggattctgcgtattacaagtccctcgcattgcgatacattaaggatgagaagacgggagacaaggtcggtgtcttcttaccgcggggactgtttgacaatgcggttcacgccatcatcaaagagcattgcccgaacacgtcgaaggtcatcaatgcttcagaacgggcaaatatggccttcatcatacttacctacctggagaaagaactggatgaccaaaaccagggattctatttcaacgaagaaaggctgaaggagtacgggttctcgaaagccatacggaaagagttggaagagagcggcatgaaacgactgtctcatgtcctgcgtcttgagaggaacaccaatccttctggactgtattacgaagctctcagggaagagtccggctggaaagatgaccgtagaaagggtggacaactggataggaagaccgaggaattcgctgaaaaactgcgccatagttataaacgtatgtgcgataatgaaaagactatccgtcgatacatggtgcaggacattacacttttccttctggcaagaagtcttgtccgcatcgcagggaactccgtcaacctatggtcagtagggccagaagggaatggaatcctcgaccagtgggtcgacgtaatgacaccgtataagaaatacataatccgtcagaagggtatcaagatcaaggactacggtgagatctacaagattcttaaggacaggcggattgactccctcctcctgaaccagaagaaacgggtgccggaggctatcgacctggaggaaatcaaggaggaactcgtcacatacaaccgcaaacgcgcctccatggtcagcgctatacaggtgtatgagaaaggtgtcttcgaggagaatcgggagcatttcgacagtatgaccagtcgcttcggcttcaaggaaatccttgaggcagacgtaaggtcaagttccttgacaaaggaggcggttaagaaagtaaggaatgcggtctcccacaatcagtatcccgaccgtatggtgattaaggatggccgtagcatggtactctactcccccgatcttcccgatatggcgaagggtatcgccgaaacgaccgatagactcacgaaatatggaactgatattagtaagcaaactgacgagtga 3648 DNA PAT source 1..3648 mol_type other DNA organism synthetic construct atgttacaaacagaaaaaaacgatcgtggagctttttgggctgcttatttcaacacggcaacgaacaacgttcaggcgattcttcaattcgccggaaaaaacgttcagcttgaggaactttcaaatcaggagttcaagctttcagcaaacggaatcggcgatgaagagacaaaagaactcgaatggtcggccgaaagctatccggcaattcaaacgctgaaaatgacaggcgatgaagtcaacattccagaacaaattcgaatcatgaagacgctgtccaagcatcttccttttatgaagagaatctcaactcgcgtgcagaacggcgttcgcaaaaatggcaaaaccgaaaaagcgggagaggaaatgacgccgcagatgtttgctgaaattcttattgggtacgtgaattatctttacgacctgcgtaattatttcacgcactacaaacacgttcccgtctcccggaagaatatgcagtccgagtatttggggattctctttgacgccaatgttggaacggccaaagagcgcttctattcggaagacaagattgccaaagacgacaagcggtttaacaatttccgtatgcacaagggcgcggaatccgtaccggacaaaaaaggcggcatgaaaaaacagccgaaactcaacaaggatttcctgttttatctttgggagacggatccaatcacgcccaaaggcaaagacaatccgtatctcgaactgacagctcaggggctggcgtttttcctgtgtctgtttttggaaaagaagtccgctaacatgcttttggactccgtcggcattgaagaagacgcggaaagtttgattgacggattcggtttcgagaataattccggcgataatcgaacgctgctcaaacggattttcaccattacatgcgcccgacttccgcgcactcgtctggaaagcgagaatctgataagcaatcaggttcttggcctggacattatgaactatcttcataaatgcccgaaagagttttacaatctgctttcacctcaagatcagcataaattccggacgctttcagacgatcacgggacggaaacgctgctgaagcgttttgacgaccggttcccgtatctggctctgaacgttatggacagattggagtgtttcgattctctgcgattctgcattgacatgggaacgttctatttccgttgtcattctcgcgttcagattgacggctcccgtctggaaaaccgccgattaaagaagaagctgacgtgttacacccgccgtcaggacgcgatcgagtattttcaaaccgaacgcgcggcggaaaacacgttctatcaaacggacaatcttgctccggctccgaaggcgtatcgaacggacatgcttccgcagtacgacctcggccgcggtcggaagcaggaaaaccggattggaattgctctgaaatcgttagacgacagccggccgatgttcaatcaaccgacgctggatcccgccgggcaaatcaagccgaaaacgtacaagccggacgcgtggctgtccacgtacgaactggctcccgcgctgtttttgtctttgcatgggaaaggcagcgacgttgaaaagcgaattgaggaattcattcgttcctggaaggggtttgcagactggatgtccaaggcgtcaaaagaacaactcaaagaattgcgttacaattccgccagggaggaattcgaagtttttaagtcccgctttgaaaagcagtttggtttgtcggtaaacgatattccggacgaattccgctattatcttgtcaacggcaagatcaagccgatttatatgcgatttcaaagaggcagcgctgttccaataacgatggacgaagccgctcagatttggctttacaacgaatgtgacaagacccgatcgatcattcggaaatttaacaatgagcaaagctatgattttaagctcggcaaaggcaggcagcgccggtatacatccggaaacatcgccttatggcttgttcgcgattttatgcgcttccagaaagccaacgacaatcctcgagaaggttttggaaaactgaaatcgtctccagacttcaacgtcctccagtcgtctctggcgctgttcaacagccgaaaagacagtctgaaagagattttgaaaaatgctcgactgatttataacccgtccggcaaccacccgtttttggaaaacgtaatcaatcgcagcggggcgttgttgtcaattgaaggattcttcaacgcctatctggacgaacgattggagtggctaagcaatgcctctggacgggaggtttatcagcttcgcaagctgtacgaacgcggagaaaagaagcgcagcgccgccaaaggccttccccctgcaaacgtttatttgggcgaaatggcaaagcagtttctggacgagtccgtttgcttgccgcgaggtctgtttgacgaccttgttcgttcagcgctcaaggaaatctatccggaacagtacgccaaagacgtcccggacggtcagcgcgccaatttcacctggctgatgcaaaagcatctgaaatggtctggagacgatcatcagtggttctataaagagcttaagcagtcgatgacggctgaagagttcaaaaagctgtttgaattgcttggaacaacggacgttcgttacgacaacgcaggcaagaaaacgctcaatgacaaactcgaggagacgtactctcagcgctggtatgatttggaaaaaagcttgaaaaatgataaagaatttaagagcctttcacctaatgataaacagagcgctattgacgaccgcatggggcaggagaatcaaatgtaccgaagcctgctcaatcgtcttcgcgatgtgtggaagcgcattcgaatgtccagcgttcaggacgttgtacttcgcgacgcggtctggcagctgttgggactgccggaaaagtctgtgcgtctgtgcaacgtcaagccggaatacgacctgaaaacgcagcgcatgatacgcgacgacgctggagacggcagcatctccaacgatgcaattcttaatgagacgcattcgttggaaaatatcatcgatcttcccaagggcttgggaacaatcgtgctcaaaggcgaaatgaagctcaagaattttggaaacttctaccgcatgctttccgatcccaaactgccttcgttcctttgcctgtacaaacagtttgggtttaacgccgttgattacagctatctcgaacttcaggagtttgagttctacgatcgcaagtttcgtccggctgttttcaattgggttcatcagcttgaggagacggtgttggaaaagtatccggatttgccgatgaaatatggcaaatttgttgatttttggacaattgccggtaaagcaaacggcgggtatattttcactcaattattgttgacgtcaattcgcaacgccgtttcgcaccagtactatccggaattctgcgttccgtcagattggacaaatcagaaggatatcgacacgtactcgccgcagttcaaagatcagcttttaagcgtcaaggcagaattcctcaaacgacgttctgaagacaaggacgcattgttgtcagaaacgatttacgactacgcgcagtctctgtttgaaaacgcaatcgcctttgttgaacagcaaccgtaa 4143 DNA PAT source 1..4143 mol_type other DNA organism synthetic construct atggcaaattttcaaacaccccaaaggcatatttttggtacatatctgaatatagctcgtgccaatttttacaaaacgattcttcatgtcttttctgcatcaggcattgactgttacacaaaaaggggtgacctctttgtaagagaagacaccgtagacaaagtcattagtgcattatacttgattgttaacggagagaatgcaggttatcacgccatcaaagaaatcgttagtaagagctatgacaagcgatggaaagaagacaaagcactacaaggtaatctttctggcagtgaactgaaagctagaaaagaagagtttaaatcgcctctgaaagatgaggggcctgatggcgaagatgcaagaatttgcaaatcattcacattaggaagtgagcaggaagagcgaatgaggaaattgcttttccggcatatacctctattatcacctattatggcagatgttgtagccatgcagttcaaggaaactaccaatgagcatcaagaggcaaataaaacgttacatgatgcaacgcttgccgattgcttcaaagaactgagcaacattgcaaggtgtctcagtgaaagccgcaatttctacacacataaaaatccatacaactcaatagaagcccaaagaactcagctccaattacagaaagtcatcgcaaacaatttggataaagctttcattggcagtcgtagaattgcgaagaaacgtaacagctattctgagaaagacctggcattcttgactggtcatgataatgattgcagaatggaagagatatttgtacttgatgaaaatggtaacaaaatatggaaagtagagaaggataaaaacggaaaagacaaactcgataaagacaagaatcccatttatgtctataagaaggttaaagcaaaagacgggaaaggtagagagaaacttgatgaaaaagggaagccagtttatgagactctacgtgaaaatggggaacctgtacatgaatatgagaaaaaatttgtagaacggaaagatttctatttccgtattaggggtaagcgtgaagtattagctcctgatcttaccccaacaggagaagagtgcgatggcctttctgcatttggaatgctttatttttgttctttattcttgtcaaaagagcaaacggcacaattgtgtacagaatctcgtgtattcgtcacgagcccgtatcagcctgctggtaatttaaagaataatatcattcttaatatgatgttcgtatatgccatacatattccgcgtggcaagcgtcttgacagcgagactgacagccaggcattgggaatggatatgctaaacgaactacgtcgctgccctatagaactttacgatgtactaccatctatcggaaaacgggattttgaagacaatgttaaacatgagaacaatagaacgccggaattgtccaaacgtattcgattaaaagaccgtttcccatatcttgccatgcgctatattgaccaacaacaattatttaaaagaatacgcttccatgtccggctcggtagttttcgtttttgcttctatgataagacttgtattgacggaaagtcacatcctcggcaactccacaaagatattaatggctttggccggttgcaggacatggaaaaagagcgtaaagaacaatatgggcactttttccaacaatcaagagaacagtccatatggcagaaagacgaaaatgcctatgtaaatctaaagcaattggaaccaattaaagctggtgaccagccgcatatcaccgatatgtttgcccagtacaatatccatcaaaaccgaatcgggctcttttggaacaccgatgaagaatgtaaacttgttaataaaacaaatgctcagggagagataatttacaacggatattatcttccaccgcttaactacgtggattctccaacagaaaacaacaaacacaaaagaaaagcacctgttgatatgccggcaccactatgctcattgagcgtttttgagttgcctgctatgttgttctacaattttttaagaaacaccgatagtcttgggggagaggaatttcccgatgttgaagaaattgttattaaacaatacgacaatatccgaaaatttttcttagaggtcaaggatattcagcctactgacaatatagagaatctggctaccatcctaaacgcttatggtttgtctaaacaaagtgttccaaagaagatatatgactatttgtctaataagaacacattaattagtaaagacattcggaaatctacagagaaagaggttaaaaaccgccttagaagagcaatcattagaaagcaacgctttgaacaggatcaggagcacatagaaaacaccaaggataacaagatcggaaaagatagctttgtcagcatccgctatgccaaaattgctgaggaactggcaaagtccatgatggaatggcaaagcggcaatacaaagatgacaggattgaatttcagggttctgactgctgctctggcaaaatttggcgatggtgtaataaagcgagatacgatcatttcaatgcttcaaaaggcggagatcatgggaggagacaacccacattgctttattgaacaagcaatcgagcaggaacaatatgacattgaagaattctatcttgattatattagtgcagagattgaatacctgaagcgttttctgatgattgatggaaaaacgattatattgaaagacgagcaattgcttgatgctcttaggaaagataaagaagtccatgatgatgtcaggattcgtcttaagaacgatgttgatttcggccaactcccttttatccacaagtcacgcttgcgttggcaacaaagcaaaatcgaagaattggcaaacagatatctttatgtaaaagaagaaggtgaagaaacacttggacgtgccactcttttattgcctgatggtatgtttttcccatatataatgaagggatttcagaaatgtcatcaggagctaacaaacagtatagaagccctttctgatgagcagaaaaaaggaattgaaaacaacgtggcttatttgataaatctctattttgagtctaaaggagagaagtcccaatcgttttatgattccacagaaccttcacactataatgacaatataaggcaattggcaccatacaaatatgctagatcttatgaatttttcaagataatcaaaggctggcagattcacctgtcttgcgatgaaatgaaaaagaggttgactggaaaaaagaccatcatcgacaacaaaattaatgctttaaaagagaaaggaaattacatttctttagaggaagccaaaaacgctcttcgaagaaaacttcacaacacgttccgcgacatgcaggacaatgagcgtgtcattcgtcgttataagacacaagatcgcattcttttccttatggcgagagatatgatgggcgaaattgttaacaagaaggcggacttgttcaagttggaaaatgtatgcaaggatgatttccttagtcagaaagttaaggcatccatcgcggtacatttatctatgggagaggtgtttaaaatccagaaagatgagatggcaataaaagattatggtaaattgtatcggctattgagagatgaccgaataaccaaattgttatcttatgccttgtacgaaacaggtgaaacaatcgactatgatgacatcacggatgaactgaaggaatatgaaagttgtcgttctgctgctttcgaggcagttcagatgatagaagatacaagataccaacaagacaaagaggtgctttcaaatcccaatgaaaacaacttctattgtggaaacatacgctataaaaatggaaaagataacggaagagagaatgaggcgaaacgaaacaattttagaacattattagaagatctccaaaaatttacaccagaacaaatggaaatgtttagtcaggaagatagagaattgattatatctatccgtaacgcgtttgggcataatagttacccaaagcaagtcgattttgaaagattaatcaatcaagaaaggaagaataatcccaattttaaaatcgagctaaaacaagttgcatctttcattctggataaattggaagaatatgtaaatcaagtaaatccccaaacatag 3741 DNA PAT source 1..3741 mol_type other DNA organism synthetic construct atgagctacaccccctcctcccgccctccgcgccgcccgcagatcgtcgaaggttcgcgcaacaacgcccttcgcatccttaaaatcacgcccgacgaacagaccgcgttcgtgacctacctcaactacgccgtcaacaatctctccgaagtggctggcgtcgcgttttcggacgagaggaaggtccgtgccgacgtcttcaggggagaaccggccgacatccagcgccggatttcccgtctggcggatttcctctggtcgttccgcgagaaggacccgtccgccgacgaatcgggctacaaggccaaactcggcggcggccacgacgacatggcggtttggctaaccgaaaagattgtctccctccgcaacttcttctcccatgtcaatcgacaggactgcacgccgctcgtcatttcgcatgacgaatacgtcttcgtcgagggcatcctcggcggagccgcgcgcgatgcggcgatggggccggggctcaatcccgccaaggcccagaaactgaagctcgcaacgcaccacgtcaaggaggcccacacctacgagttcacacgcaaggggctggtgttcctgacgtgcctcggcctctacaaggacgaagccgaggagttctgccatctcttccacgaaatgaaggtcccggaccgcatcgaggacgcggacctcgatgaagaactgccggacggccgccaccgcgccgtcctcggactggaggacttggacaagttcgccggtctcaagggcaagggccgcgctttgatcgagctgttctcgttctacagctaccgccgcggacgccagtccctggacgcggcgaacctcgacttcatgcagttcgccgacgtcgtcggctgcctcaacaaggttccggcccccgcgttcgaataccttccgctcgaaaaggagcacgcggaactcgaagccctcaaggccgcctcgaccgaatccgaggaaaacaagcgcaccaagtacgtcctgcgccgccgcgaccgcaaccgcttcctttccttcgcggccgcctactgcgaggacttcggcgtcctgccgtccgtccgcttcaagcggctcgacgtacgccggacgaccggccgccaccagtacgtcttcggccccggcgccgacgcggaaacggacgaggaggaaagcaaccgcgtccgcctcaaccgccactacgccatccgccgtgacgcgatcccgttcgagttcgagccggaccgccactacggtccggttcgcatcggcgcgctccgcagcgccgtcagcgccacggagatgcgcagacttctctacctccacgcccagggcgcggacatcgacgccgtgctccgcggctacttcgaggcctaccaccgcgtcctcgaacgcatggtcaacgccggctccctcgccgagatctccctcgacgacgaaaccttcctcgccgacttcgcgacgatctgcggcacgtcgccggaagcgttcaaggcggatccggaggccttccgcaagttcgttccggagagtctccggcgctacttctccaaggacgccggaccccgttcggaacagcgtctccacgcgcttctctgttcgaagctcctggccgcggtcaaccgcacgtgcgacatcctcgtccgtcacgacgccctcgaggcgtggcgcgaggcgtcccgtccctggctcgacgcacgggacgactggcgcggccggatcgacgtctggcgcaaggccaatccgaagaaagatcttcccgacgaactcaagaccttcgaggcctatcttgaaacgctcccggccgacgagcgtcccgcccgtccggaggaaccccgttgccgcgtcggcgaaggcgaaggcgaaatcacgaatccgccgacctggtgccggttctccgacgccgactacgtctcgttcgtcttcgactggttcaacctcttccttccgaacaaccgcaagttccgccagctccccatctccgagcagcacagggaaggcgtcgaagaccatcttttccagatggtccacgccgccatcggcaaattctctctcgaccagaaggggctctggtccctgctcgaaaagaaccgggcggagctcaagccgtatgccgacctcctgcaataccggacggacatacgtgtccttgtggctccgttcgttcgggaactcaatcatcaacttcctgagaatcggcgacttccggaatttgacaatggtgttgacaaagacgaaaaagaaattgcaagcccgattcttaacatcttccgtcatttcaggcagaacgagctctggcaatttttgcagaatttccggccggagttgaagtcttggtgtcggagcatgaagagcaagctccaagacgccatggaaaagaaaccgtctcgaaaagatggcaaaccgcacttcccgaaagttgaagacttgtttgaggtgttgaatcttcgtcgcccctccccgaccctggaagacctcgccgtggaggctgtcaagctctcgaacgacatgttcctcgaagagacgaaccgctggggcgctgccaatccaatgtccgtttcgcgcgacgatttgctcgccgcctgccgccgcttcggcgtccgtcccggaatgcccgtggagtacaagtccctcctcaagaccgtcctcggcatcgactacgatgcctggcgccacgccttcgactacgggaccggccgtccgttcgcggaccgccggctggaggacgaggagcacgtcgccgcccagattccgcttccgaacggcttcgccgaccgtgtcgcggcgtctctcccgcgcaaggtccgcgagcggttccaggctcccggctccgccgcgttcgacttcaacgccgccttccgcgcctggtccccggatccggccgtttcgctccgcgacttctacgacgtcaagccgctcgtcgcgagccagatcgcccgaaagcacccgcccgagggcggggcggcgaccgccgaccccttcgccgccctttccgcaaagacgctcgattccgccgtgcgcgaaatcaaggacgccgaaaaccaggacaaggtcctcctgttcgtggcgatgaaatactgggagcgctttcgcggcggcgacacctactcgaccggcaagctcaagatgccgttctcggagaagaccacgctgcgcgagttcttcgacacgcccgttcagatcgaaaaagatggcctgaccgtttccttccgtcccaacgacgtcaaccgtccggcgttcgcgacgctgttcggcaattcccgcgcggcgaaggactaccgcgccaagatcgcgaagatcctttctccggacgggtcccgcacggccttcgacttctacgagatggtcgtcgccttccgcgagcagaaggctcgcgaccgccacgagcgcctggccttcacgccctacgccgtccatttcgacgccctctgcgaaatccccgcctccgcctacgagaaggcggcggaaggtcgtttcggggaggcgaagaccgaggcgatccgcgccatggagttcgagcgctacaaggcggtcctccccggcttgacccgcgaggactacgatgccgtcgccgacgcccgcaacgccgtttttcacacaggtttcaagttcgactgctccaaggcgatcgccgtctgcaagcgcctcggcgtcctcggaatgatgccgggcgaagccgctccggctggccgcagaacgtcgtcccattctgggccgaaatggtccggcccgcgccggaacggcggttcgaggtggtga 2766 DNA PAT source 1..2766 mol_type other DNA organism synthetic construct gtgagcaagaatgataacatcaaatccaaagcaaaagcacttggcttgaagtcaacgtttcaggttggcgacgaggtcgttatgacttctttcggtaaaggtaataaagccatcgttgaaaagattgtacgtggaaccgacgtgcagtctgttccgactgagccgaacttcagcgctgaaatcgaaggtaaaaaatttgaccttgtcggcagagctcatattcagacaaagtcggacaatcctcagtattcaaagaaaagaaccggcgacgatatgataggcgcaaaggcggcacttgaaaagagattcttcggcggtacgtttgacgacaatatacatattcagctcgcttacaatgttcttgatattgaaaagattctttctgtccatatcaacaatattgtttacacgcttaataacatacgaagaaaagacaacgctgaagatgacgattttatcggctatatgagtaccagaaacgactacgacacctttattgaaccgagaaagcacaacattagcgaagacgctgctaaaagcattgacaaatcaagagcctcgtttgaagagtatcttcagccgccggtaaaggattgtctgcattatttcggaaacaccttttttgctccccgtgagattgaaaagacatacacggataatcgcggctttgaaaggaagaaaaaagttaccgtaaactcgcttatagacgagaaggaaatatactatatttttgccctcctcggcggacttcgtcaattctgtacccatgacaacaaaagcggcagaaactggctttattctctcgaggaaaacggaataaactctgatgcaaaggcggtacttgacaagtactataattctgcagttgcaaggattgacgaaagctttgttgacaacgcatctaaaactaatttcaagctgatttttaatgcaatggatgtcagcgacgaagcgcttcaggacaatatagcaaaggcgttttacaagtttacggtttgtaagagctttaaaaacatgggcttttcaattaaaaagctccgtgaacagctgctcgaacttcctgaatatgaagggcttaaagataagcattacgattccgtgcgctcaaagctttatcagattatggacttcgttatttatctgagtttcaaagatgaaaagtttaagaaggataatgaagaaaagattaataatatcgttaacgaactccgtgcgaccttgaacgaagaggataaaggcagagtatatgcctcttatgccgaaaggatgaaatctgagcttaaaccggcaattgcacgccttaagtctgatattgacaaaattaaggacagcagggtgaaagagtttgaacttgatgcgtccgtaaaatatagactctcaaaggtcgtagaaagtgtgcgccttaaggatagggcaacatattttacaaagctcatatatctgactactctgttccttgacggcaaggagattaacgacctcctgactactcttattcatcagtttgagaatatcgcaagttttattgatgttatgaacgacagaggtattgattgccgtttttcggatggatataagctttttgaatcctcaaagcaaattgcgtttgagcttcgcaatgtcaatagctttgctcgtatgacaaggacctcaaaggatgacgaaaacgcaacgcatatgatgtatatagatgctgcagagattctcggcaccgattataccgaagagcagattgaggagcatcttaacctggaaaagaaaagaatgataccaggcacgaaaaaagcggatatgaacttccgtaactttataatcaataacgttataaagtcatcacgcttcaattatcttgtcagatattccaatcctaaaaaaatcagagcgctcgccgataacgagggtgtaatccgttttgtcctgggcgagttgccggatgcgcagattgaccgttatactttactttgcggcttcaatcccgatgccgaccggcaggaaaaaacggacaaacttgcaaaggcaattactggtttgaggtttaacgattttgaaaatgttaaacagggcgcaaatactgagggcgaatctcaggagtcaattgacaaggcacagaagcagggactgatttctttgtacttaaccgttctatatcttttgacaaagaatcttgtttatgtaaactcacgctattttcttgcattccattgtcttgagcgtgatgcgcagctgcttggaagcggtgctgggcatcatgagccttatgttgctcttactcagcgctttattaatgaagataagctcaatgagcatgcctgcgaatatcttaagaccaatattgcaaattcggatgaatatacaattagaatattccgcaataatgctgctcacttgagtgctgttagaaatgcaaatctgtatattgacaagttgaaggaatttaaatcgtactatgagatttatcatttcctttctcaagagaatatttacggtaaatattgcgttgataagaaatatgttacagccgatgaaaatggaagtaaaacaataagtgttaaaattagcaaggattattgtcctcaggtatatatcgacaagtcgcttgaatactttgacaagctcaataaatatggtacgtattgcaaggacttcacgaaggcactcaattcgccattcggctacaacctcgcaagatataagaatctgtctatcgagggcttgtttgaccgaaaccgtcccggagacaaaggtgagaacacgtttgaggactaa 2871 DNA PAT source 1..2871 mol_type other DNA organism synthetic construct atggcgaagaaacttagtccgaaagaaataagggaagctgcaaaagcagaaaagatgaaaagcataaaagctgcagaggctgaaagagaaaaagctgctgaagaagcgaaacttaaagctgaagcagaaaagaaagaaaaagcagaaaaaaatgaacgcgaaaaagcactgaagcgcttcagacttgatgaaaaatcacgaatggctcttcctaaaagtgaaagaaagtcacttgccaaagccgctggggtcaaatcagcttttgctgttggaaatgacatttatcttacttcattcgatcgcggtaacgatgcaatcgtagaaaagaaaatcactgatacagtggtaacaaatctgagaagtgatgaatcatttgaggtaaatgaaaatactattacagaaatgtctgttccgataaaaagcaaacgtatatctgatctgtacgctatagctgacaacccgctttacagaaaagattcagcgactaaagttcaaccggacaagcttcttctcaaggatactttagaaaaactatactttggaaaaacttttgatgatacacttcacatccagatcatatacaacattctggacattgaaaaaatacttaccgtttacagcatcaatacgatctactgcttaaacaatctgtttggaaaagaaagcggtgaaaaagaagaccttattagtaaactgacctatcagataacatatgatgaatttaaagaaagtaaagctcataatgaattcatcgatttttataatctgaacaccttagggtattacggcaatatttttttcaaagaaaaaaagaaacgttcacaaaaagaaatctatgatatcatagctcttatagctaccataagacaatggtgtgttcactgtgaagaagacaagcgcacatggctgttcaacacagaaaccgttttaagtaaggaatttcttgatattcttgatgacgtttacgaaagtcttgttgaaaaggtaaacagaaattttctgaaagacaacaaggttaatctgcaaatactcgaagacgtcctggaaataaaagacagtgaatcacgtgaaaaacttatccgacagtactatcgtttcattgttaccaaagaacagaaacttctcgggttctcgattaaaaagcttcgtgaagcaatgcttgaagaaaccgaattcaaaacagacaaaaaatatgatactgttcgttcaaagctttacaagcttatcgattttcttctgtttacaggatacactactgatgaagctgaaaaagaaaaagcactttttcttattaaatctctccgggaatcattgaccgaggaaactaaagacagaatatacaaatcagaagctgctcgtttatggctgaaatacgaaaatactataaccaacaaaatcagagaagctctcaatgaaaaatctataagcgaattaaaaaaagataaaagcttcgatgataaaagtattaccagcatcataacagatgaagtatcagggaaaaaagcaacttatttttcaaaaacaatctatcttcttgctcagttcatcgacggaaaagaagtaaacgatctgaccacttcacttataaacaaatttgataatatacgaagtctcattgatactgccggacagataggacttgactgtaaatttacagaagaatacaaattctttgaaaactccgatcagataagaacagaacttcatgttataaaaaatcttactaacatggagtattacgatactactgtaaaaaaacagatgtacaaagacgccgttcacattctcggaatacaggatgatgtttctgacgcagaacttgaaaagatcatcaattccattcttcttcttaatgaaaacggcaaaccactccctggaaccaaaggtaaaaaaggattccgtaattttatcatttccaatgttttaaaatcacgtagattcatttatctcataaaatactgcaatcctaagaagataagaaaaattgcaggaaacagaaaaatcataaagttcgttttaagccgtataacagactcacaactggaaagatactactattcatgcaatccggaacttaaatccggtatctatccgggacgtgatgatgctgtaaatgatctttctattcttatcgctgacatgaaattcgaagattttaaaaatgttgatcagagcgcaaatgttcatgacaacaacaatgctgccagagaaaaaatgaagtatcagactataatcagtctttatcttacagtttgctatcatctggttaaaaatcttgtaaacataaacgccaggtatgctatggccttccacgcacttgaacgcgacgctcgcctttaccaaattttcagcagtgaagagaattatgtggataatttaaatgctgactatgctatacttactaaaacacttctgaaagacaactatgaaaatgccggaaacctttatctcagaaacaaaaaatggaataaactcacaagagagaatcttgataattacattcctcaggccgctgcaaacttcagaaacgcagtagctcatcttaacccgataagaaatgctgatatgctgcttgaagatattgaagatgtatcatcatattatgccatctatcattacatcatgcagaaaagtgttacaaacagaactataagggtttctaatactactgaagacgaaaagcgaatacttacagattatcagaacaaaatcaaaagacatcatggttataacaaagattttgtaaaagctctctgcgtgccttttgcctataatatagtcaggttcaaatctctttctatatatgaaatgtttgatcgtaattatcatgaaaaaacgtcaccggaaactgatgacagccaaagcccctga 2847 DNA PAT source 1..2847 mol_type other DNA organism synthetic construct atggataaggaaaaaacaactgtagaaggaaaaaatactaatcaaaaatctgatgtgttaaaatcgctggcaaaagcaaatggacttaaatcttcttttgttatagggaatgaagttgttatgacttcatttggaagaggaaacagtgcgattcttgagaaaaagataacgggctcgagaatagaaaatcttaatccgaacgttgcgttttatgttaaaaaacatatatcagatagttgtaatcctgatagtggtaaatatgacgtaaagagtaaacgaatgaaggaaaaagctgttgttgatgatccagtatatgtttctccggaaaaagcttcaaatgttcatgctggtcaggatctcattggctgtaagaatgttctggaagaacggtatttcggaaagacttttgatgataatatccacatacagctgatctataatattcttgacatagaaaagatacttgcggttcatgtttcaaatgcaacttttgccattaacaatattttaggaattgaaggcaaggaaaacgaagattttatcggaaatctatcagtgctcaatacttttgatgagttcgagaattatgaaacgcatccaaagtttgcaaacaaaagtgcgataaaagaaaatctcaggaaatccaaagttttttttgataagattaaaaaaggaaataaactcggatatttcggtcaggctttttattatgcaacaggtactggtaaaaatctgatattcaccaagaaatcttcagagacgatatatgaattacttgctcttgtaggaagtctcagacaattttgcgttcatgacgaggtaatggttgataataaagtaaaatcaagaagctggctgtataatgctcaaaaagagttaaagccagattttctaaaagcacttgatgaactgtatagtaaagaagttgaaaaaatagacagtgattttattgtaaataatacagttgatttgcacattattcatgatgcaatagatgttattgacggatcagccgactggcagaaaatcacaaatgaatattatgatttcataataagaaaatgttttaagaatatcggtttttctataaaaagacttcgcgaaacaatgattgaagaacagatgaaagtattatgcggaaaatgcgatagagagaactgtaaaggttatggcaaatgcttcaaaaacaagaagtatgatagcgttcgttccagattaaacagaatcgttgattttataatattcaggcattataatgatgaagcaatcttaaagaatgtaagtcttctcagaacctgtatgagtgaagaagaaaaacagaaacgattttatttgccggaagctaaagctttatggaaaaagtacaattatgtgttcagaaattatgttcttaaaaaacttaatggcaagtcgataagcgggttaaaagagaaagcaatcgaaaattccatagatattaactcagtaaagataagcctcggtgatccggattatttctgtaagtttatttatcttcttacgttcttccttgatggtaaggagataaacgatttacttacaacgcttatcaataagtttgataacattgcaagttttataagtgttatgaaaaatgataagttatctattgactgtgaatttgtaccggaatacagctttttcgcaaacagtgctcaaatcacatctgatctcagagttataaacagttttgcaagaatgcaggcaccggctgagccgtcgaaagatgatatgtaccgtgatgctcttgatatccttggcatggatgacctgtcagaagatggaaagaagcagcttgaagatacagttttatgcagagatgaaaacggtaagtacatgaaaaaagaagataataatcctaaacgtgataccaactttagaaattttcttggaaataacgttcttgcaagtacacgtttcaagtatcttattcgctataataatgccaagaagacacgtgcacttgcaaataataaagcagttatcatctttatgttgaacaagatcaataaacagaatcctgaacagatagttagttattataaggcatgcagagatgacagtgacccagttgcttcggatgcagaagctaaaattgagtttcttgccgaaaagataatgaatgtcagctgtactcagttcagatacgttaaaaacggaactaaagtaagaccggatgaggctaaggaaaaagaaagattcaaagcgataatcggtctttatcttacagtcatgtacctgataaccaagaatatggtttatatcaattcaagatatgtgaccgcatttcattgccttgaaagggacagcgaacttcatggtgttaagtttgatcagaagaaactgcaaccgaatcttacaaaaaagtttattgatccgaaaacttgtggtgactatggcctcagaaataataaacgcgcaagaacttatatcgagcagaatatggataagatgtccaactgtactagttactggaatgaatacagaaatgccgtagcacatctttcggttatcaggaatatgaatcagtatattaaaaatgttaagaatataggcagttgttttgagctgtatcattatattatgcagcgtttcctgttagacaaagagaatattgctgaatcacttagagaatatgatgatttcataaagaagaagggatgctatagaaaagacttcgttaaggctttgaatactccgttcggatacaaccttgcaagatataagaatctttcaattgcagaactgtttgacagaaatgatactgagctggagagaacgaataagcttagaaatgaagcaatcaaagcagatatagaagaaatctga 1338 AA PAT source 1..1338 mol_type protein organism synthetic construct MKISKVDHTKSAVSVQTAQGQQGILYKDPSTEEMSVEDRVTKRADATKALYAVFNQPKDKRSISGEATTVASSFNYVIKDLKKSKSLNGKLSVESLYEAVGNELKGKHASAEEIDLAITLLLKKSLRRDSFIEALKLVLGKAYKGEKLNEEDKRIIKDDLIVPLIKDYDKSSIREQAVASIKHQNLIAQPDSKSDDAVMVISNIAGASERSTNEKEALRQFISEYAVLDDSVRHDMRVKLRRLVILYFYGMDVVPTGDFDEWEDHVQRGKTADLFIDFAPVGGKTDADRLKDAIRKMNIERYRYSVDAIDQDNTELFFEDMMINKFFIHHIENEVERIYRNTKPGDEFKRSLGYISERVWKGIINYLCIKYIAIGKAVYNCAMAGLGSDQPDIKLGVIDRVYADGISSFDYEIIKAQETLQRETSVYVSFAINHLGAATVNLTEKETDFLTLDNKQIKELAKTGVLRNILQFFGGKSVWKNFEFAPEGGTGNEEIVLLYYLKDILYAMRNENFHFSTASINDGSWDTDLIGRMFAYDCTRAGVGQKNKFYSNNLPMFYKSEDLERALHILYDHYSERASQVPAFNTVFVRKNFSEILKGQNLPMPTSAEESLKYQNAIYYLYKEIYYNVFLSSSESRDYFIKAVKSLRWENSNEENAVKDFQNRINELTGKYSLSQICQLIMTEYNQQNSGSRKKKTAKDEQNKPDIFKHYKMLLYKSIREAMLKYVDDKSEDFGFIKSPVFGKDDNCIALEEFLPDYESTQNAKLIERVKSDFRLQKWYILGRLLNPKQVNQLAGSIRSYIQYSDDVKRRAKENGNKIHVSTESYPYQTVLRVIDLCAKLSGLTTNNIDDYFDGSGDYLSYLARFVEYDPNDIPKIYHDEANPILNRNIIMAKLYGAGDVITNAVEHVNTSMIRDLESYEKKTLGYRSSGVCKDKDEQETLKKYQELKNRVELREIVECSEIINELQGQLINWCYLRERDLMYFQLGFHYTCLKNSSDKPEMYVKAKTVDGTIDGFILHQIAALYTNGLKLYSCGKAVRDDNRKIIHYDLSSGKELKGNDKSAAGKKITDFMGYTSLALNRTENDILPISGDFYYAGLELFENVNEHENIISLRNYIDHFHYYAKHDRSMIDIYSEVFDRFFSYDMKYRKNVPNMMYNILLSHFVKAQFVFGSGMKESGEKTKSQARFDLKDKAGLEPEQLTYKVANSEKPVQLSAKDKQFLKTVALLLYYPEKKTFPEGMYADTRFVEGTSSNKRNNNSSGNRHGNGNHNVGGHNKGYNQGRKNGNWSKDKSGDRNAGKKQTNKNRKDSTSVYKDEGFSNRINIPSEYYSQKPGKK 1382 AA PAT source 1..1382 mol_type protein organism synthetic construct MKLSKTGKNGWHHRNGVKVNNSKQEGFVYSIPHNDGESTDKFVEDRKKDFKRLYKVFPSVEKARNISEEIAAVIDKTIRNKRTEIWTGKNDYSEMACRFRNLLQRESMFRQPVEVKTAEYMVYGLLRSSLRSEKTEKDLIDFLCHVNDKSSSAGAIFMQELTRDYMGEKINYKSIINQNLVIQPVKTESLKDNIDQEDVLLTVSERKNPEDSAKNYKSIENKALRSFLLEYASLDDNKRKDLRKKLRRIVVLYFYGKSEADGLGENFDEWNDHESRRACEEKFIEFDESTKDNFRSKTSKLIRNANITAYRTSKEIIENNHDGLYFANPDYNFLWLRHLSREVERLTSNINADKTYKLNKGYLSEKSWKGIINYLSIKYIAIGKSVFNFASSGVDSDGSDIQIGEVNREFQNGISSFEYERIKAEETLQRESAVKVAFAARHLASATMNLTPEDSDMLLFDKDKMSQNLKDTGRVLADVLQFFGGQSVWKDYIIKETEKYSSEEEFGTDLLYNLKKCVYALRNDSFHFKTLNNKADWDTDLVAGLFEKDCENMVGLDKDKFYDNNLYKFFKQEDLKKVLDKLYDKIHDRASQIPAFNTVFVRNNFSRFLLSKGITRSFASEEQGRQFASAVYYLFKEIYYNDFIQSGNAKTLFLNYVNSIKIEKAINRYGKEETKRECKPAEDFKTYITLCRNMSFSEICQAVMTEYNQQNNQSRKKKSAFDTAKNKDKFRHYVDILHEGIREAFAAYIGLNDQKNYDGIYGFVKSFNSSDVFTVEKDKFIEGYRSERFQNLISKVRQNPELQKWYIVARLLNPKQVNELSGSIRSYKQYIEDVCRRSIAEKCPVRKNDGKEVSKASFDNDVKELMSIDYMGVVAILEICIRLNGRFSTVCDDYFKDGADGYAEYLEQYLDYQDEKTKDAGVSPSTMLSMFSEEVSADNTDKNQGIIYHDGTNPIMNRNILLSKLYGGANSVIHSVKKVDNRLIADFIKSGKLIQEYNKRGYCINEEEQKNLKRYQALKNRVEFRDIVEYGEILDELQGQLINWSYLRERDLMYFQLGFHYTSLHNSERKFEGYRYITKEDGSVIENAVLHQILSLYINGIPFYYSYADVEGRDRFICCALKKKEPVDGTSNKFEDTGTKMRYVGYYCKEGDNYLGEGIYLAGLELFENIAEHDNIIKLRNYIDHFHYYIEDDRSMLDVYSEVFDRYFSYDIKYQKNVVNMLYNVLLSHFAKAGFEFGEGIKQIGSSKKNEMPLTKKMARILLKSLESDDFTYKIGNTSEAKNQETVVLPARDDLFLDALGKVLNWDGSITDENALQKTEIITGRSGNYLKKSRNSDKKNDGNKRSDIKKSFNKDKNIPEKKEALTSTPFANLFNNLHMDFD 1307 AA PAT source 1..1307 mol_type protein organism synthetic construct MKISKVNHTKSAVSVSEGSPKGILYEDPTKSGTKDLETRILERNEAAKLLYNPINTSRSRKKTHKIINRSLRAFFNRVKKKTGGSFSWDELKRVSYDSSLDAERDKITDSDIDSVVEACLKKSLSTPECIEAVKQITRVLCGKNTSHDLDDKLIGKLSSKLHDDYSKERLLGNIKKSIENQNMVVQPGQVDGESIFKLTGDDSLKENPEKVSFERFLISYANLDKKFRDCELRKLRRLIVLYFYGETEVDTTDDFDVWADHKKQRNFKWFISDIEFIATYEKYLKELQFEDRRNHHTKISEPEFREKIRQENINRYRNSIAVINKSNEVYFDDPVLNKFWIHHIENSVEKLLKRVNPADSFKLNVAYIGEKVWKEVINYLSIKYIAVGKAVYRFAVDDMTYGVIPDLYKSGISSFDYELIKADESLQRDIAVSVAFAANNMARATVVLDEKSSDFLVESFDLEKSIRTDVALDMAILQFFGGKSSWKQCDALKDCKYIDLLYDMKKMLYSIRNMSFHFISSEEGDNGYKTNGIIPAMFNQEITTYTTILKSKFYSNNLPAFYNDSDLEGEFKLLYKNYVERASQVPSFNSVVVRKSLPDFVKRDLKIKTALSGDDLTKWHSALYYLLKEIYYNLFLASDDAKILFLKAVENNKNSNNSSVSDKNDHRREAGIDFAERIESIKDHSLSEICQIIMTEYNQQNQSRKVKTAQDEKNKKSLFIHYKMLLNLCLRNAFKMFLDRNEFSFLKSIHNREVKSSSDEWTAAFCADWTSNAYSMIQDEINKNPSLQSWYILSRFITTKQLNHLSGDIRHFIQYVEDVKRRAKETGNACKYDLDNKVCIYRKVLQVLDFCNKTSGIVSSEIGDYFKDDDEYAKFVSNYLDFGGTTKLELIAFTNQTVGDDQINIYCNDSKPILNRNIVMAKLFAPTDTISKAIAANGNRVTVDDIEEFYSIKPIAQKFLSDGDSVAKKEKKQLIEELKKTKRYQEIVNRIEFRNIVDYAEMINDLLGQLVSWSYLRERDLLYFQLGFHYLCLINDSYKPDKYRVLRDGERIINNAALYQIVSLYSFNVDTFRDDNDKDKGKKYNNICEYSLNIGLDEEWQFYTAGLELFETITEHDSIKKFRDYIDHFHYYTNQDRSILDMYSEVFDRFFSYDMKFRKNTVVILQNILKSYLVIMPVKFNSKYKSTDNGSSKMRANVDMGEKGLKSEVFTYKYSDSCKVILPARSINYLKDVASILYYPHKTPRDAVDMEDFKKNYEVAQTLNKAKDNHHKSKNDYKNNDRPKDNYSPFKSQFDKLKKKGITFEDN 1319 AA PAT source 1..1319 mol_type protein organism synthetic construct MKISKVDHTRTAVGVNENGPLGIVYSDPSQNAVQNPEIRVRTRIKKANMLYTVFGPTNDEMDSQRENGIAKEFNKIIKRYNNKIDPKRGEKETDKKIYKMNSDELIKDIKSVFGNYSLNESTRKEIDEALNVLIKRSLRKKETIESLNLLFEKTIKGEEFKAEEKDKIQKYVVDRIVADYSKNTLSKNTIKSIKNQNLVVQPQNKNGEFVFTQAKNRMNGKVNQGSIRISKAQEKDALNDFLDGFAVLDKQMRDKQLMKIRRLVDLYFYGIDEVVKEDFSVWERHEKTKGNDKKIIPFSRTDISTLQIKRGDSEDEKKRKNREKKIIKKSDSAKLDDMIRRWNIDRFRESFSAIDKSDNSLFFDDKNISKFFIHHIENEVERLFNSERLDDYKMHIGYVSEKVWKGIINYLSIKYISIGKSVYNYAMEELNNSSGDVNLGVIDSRYLTGISSFDYEKISAEETLQRETAVYVSFASSNLSRAVFKDGVDCDLMSTKIIDNHDKFDESKVKKRVLQFFGGESSWDGFGKTFLSEEYNEFDFLEDLKTLIYQMRNESFHFNTEKKNVDIKNPKLFSDMFAYECSKACVSEKDKFYSNNLPLFYSEKPLEKVLNKLYTKYNDRKSQVPSFEKVMKRSEFGKYLIKSGVATNFNKEDTDKLESGLYYLYKQIYYNDFLVNDMIAKGIFVDNINNKKLRRNENNKVIKADKGLEDFKKRLNEIKNYSLSEICQIIMTEYNQQNNQKKKSQKNEEIFQHYKLGLYSYLREALIIYINNNSDIYGFIKQPTIKSEGKMPNINEFLPDYSSSQYDDLIAKVSDSFELKKWYVMTRFLNPKQTNHLVGALRNYIQYVESIKRRAEETGNKIYIDCQILESVKDITKVVDMCTRICGNTSNEISDYFDDNDDYAGYLERFLDFEYKESLGSKSSMLGAFCMTKINSEEIKIYHDGTNPILNRNIVLSKLYGANSIISEAVPKVDQNMIKEYYIVADKIKEYRKSGDCKNIDEIKQLKEYQELKNRVEFRDIVEYSEILSELQGQLVNWAYLRERDLMYFQLGFHYVCLKNDSQKPEAYKMIEVPCVDGSSRMINGAILYQIVAMYTYGMNIYYRGHKKDEEYNDSENRWEAFNGSIGERIPRFALYSGYMIKGDNAKYKLSYNIYTSGLELFEVLEEHGNIVDFRNDIDHFNYYQKKDRSMLDYYSEAFDRFFTYDMKYRKNVPNTLSNILASHFLVPSFVFGTSSKKVGNKNYIEKKCAHIRFNTKNPLKPGSFTYVISEDKRVVGPARLKGYVKNVLNILYYPEVPEMELLDSSYIFKEEKKRKLLK 1406 AA PAT source 1..1406 mol_type protein organism synthetic construct MKISKVRGTQGKGSKLTINAKAAVVINPTGQEGILYDDPSRMGESRKNDKQRESYIKDRIRASQKLYSIFNSNQKIPKNKKTESEKAIDMIIAGFSSEDGASFRLMFKDFAEILDKYAEKSYENRRNHIDESPELSKLGVNISDNQINALSNLLSEESIAIKIKKGTESVKDKVKVSERDIDSAISNCLKKCMCRVKTKKALKALLMKVFDIPYTLDGDVNIRRDFIDYAIEDYCRIRVKNSVSESIKKNNMPVQPTSSEGVTVFQMPSLQETKSTKSKEREAFNHFLSEYADLDENKRKSLRIKLRRLNDLYFYGKDATMALADNEDVDVWEDHAKHGDIKELFIKVQKPQITGDGKADKLAMSQYEDNIRTKYREANITCYRKAVEEIDNDKSLFFEDNMLNMFVLHRIESGVERIYSHIKANEEYKLQTGYVSEKVWKDLINYISIKYIAIGKAVYNYAMDELVSGDKSIEMGKINDNYISGISSFDYELIKAEEMLQRETAVYVAFAARHLAHQTVDLDEKNSDFLLFPDKSRKDKDGKNINDFIKEGINLRSTILQYFGGASSWSDFSFEKYMTDGRDDVDLLTDLQKAIYSMRNDSFHYTSKNHNNDGWNKELIGALFEYEANRLTIIQKDKFYSNNLPMFYDESNLKELLSSLYSKSVERASQVPSFNSVFVRKSFPKVCTQDLSIDVKTMNEEDKLKFYNALYFMFKEIYYNLFLNDSNVLNRFIDISTKTKKNGKGDEGTHYWAEKDFRQRILSIIESRKNYTLSQICQLIMTEYNQQNTGNMRHKSADKNGKNPDSYQHYKMLLLSYLGEAFVEFVKEKYDFVFTPVKRDLMDKEAFLPDFAKTVNPLGDLIERVKESGVLQKWYIVGRFLSPKQANQMLGSLHSYKQYVWDIYRRAEETGTKINKRVSEDTISGVAIRDIDSVLDLCVKMSGTITNNLTDYFKDKEEYAAYINDFLDFEYKTGDYNWALKDFCKEITDEDDKEGIYYDGENPIINRNIVISKLYGEAEFVSKIFKRVNKEDIKVYKDLKKNIEPYQNMGTFETKEQQENVKRFQELKNHIEFRDLVDYSEITNELQGQLVNWIYLRERDLMYFQLGFHYLCLNNNSEKPELYKKIEFKDEKVIDNAVLYQICAMYTNGLPLYYSSTKNANIKEVSAKAGTSTKVDKFYSSGIRANGESYSRDYTTYMAGLELFENTKEHINITMFRNDIEHFRYLVSNTRSMLDVYSEIFDRFFTYDMKYRKNIPNILYNILLAHFVNVQFDFSTGKKNIGTGENIYEKKCAKINIQNNGGIVSEKFTYKLKDEKTIDLPARGRRYMETVARLLYYPETVDEEKMVKDLVIKDNKPFGKKRNNKYSNRKEGASDRKKYEENKARKKDNSFMSGMDGVDWSKLNFK 1341 AA PAT source 1..1341 mol_type protein organism synthetic construct MKISKVDHTRMAVAKGNELRRDEISGILYKDPTKAGSINFDERFNKLNQSAKILYHVFNGVVTGNKHFINTVKRVNDNLDRVLFTGRNDERKSITDTDVVLRNADRINAFDRISTDERKQIIDELLEIQLRKGLRKGKTGLREILLIGAGVKGRTDRKQDIAKFLEILDEDFNKTKQAKNIKLSIENQGLVVAPVEKGEDRIFDVSGVQKGKSSKKAQEKEALSAFLSDYADLDKSVRTEYLRKIRRLINLYFYVKNDDDLSSAEIPAEVNLEKDFDIWRDHEQKKGEKGDFVDYPDILLADRDEKKRNSKQVKIAEKQLRESIRENNIKRYRFSIKTIEKDDGTYFFADKQISAFWIHHIENAVERILGSINDKKLYRLHLGYLGEKVWKDILNFLSIKYIAVGKAVFNFAMDDLQEKDRDIEPGKISEKALNGLTSFDYEQIKADEMLQREVAVNVAFAANNLARVTVDIPQDENKDKEDILLWNKQDIHKYKKKSQKGILKSTLQFFGGASTWDLKMFEKAYPDQKEDYEEEYLYDIIRIIYALRNKSFHFKTYDQGDRNWNSKLIGMMIEHDAEKVVSVEREKFHSNNLPMFYKDADLEKMLDLLYSDYTGRASQVPAFNTVLVRKNFPEFLRKDMGYKVHFSNPEVENQWHSAVYYLYKEIYYNLFLRDKDVKNLFYTSLKNIGNEVSDKKQKLASDDFASRCKEIKDRDLSEICQMIMTEYNAQNSGNRKVKSQRMIEKNKDIFRHYKMLLIKTLSGAFALYLKQEKFAFIGNAATIPYETTDVKEFLPEWKSGMYASLVDEIKENLDLQEWYITGRFLNGRMLNQLAGSLRSYIQYAEDIERRAAENRNKLFYKSDEKIETCKKAVRVLDLCIKISTRISAEFTDYFDSEDDYADYLENYLSYQDDTIKELSGSSYAALDHFCNKDDLKFDIYVNAGQKPILQRNIVMAKLFGPDSILPEVMEKVTESDIREYYDYLKKVSGYRVKGKCSTVKEQDDLLKFQRLKNAVEFRDVTEYAEVINELLGQLISWSYLRERDLLYFQLGFHYMCLKNKSFKPAEYMDIKRKNGTTIHNAILYQIVSMYINGLDFYSCEKDNDKLEVAAAGKGVGSKISLFIKYSEYLYNDPSYKYEIYNAGLEVFENNDEHDNITDLRKYVDHFKYYASDDSDKKMSLLDLYSEFFDRFFTYDMKYQKNVVNVLENILLRHFVIFYPKFGSGTKEVGVKNCKKEKDRAQIEISEQSLTSEDFMFKLDDKSEGEPKKFPARDERYLQTIAKLLYYPKKDVDLNKFMTKEESMNKKVQFNRKKETNRRQQNNSSSGALSSSMGDLLKNIKL 1302 AA PAT source 1..1302 mol_type protein organism synthetic construct MKISKVNHVRTGTRIKENNGEGVLYANPSKQTNAVKDLSKHIQDVNQKAQGLYSPLNPVKSLINPKMPKEKKDEINGSYKAFKSVVIGIVKENETGIPDSASVIRTLYEKAKKIDLKVSDASYLSSKLIDKCLRKSLESKSEIAKEILKAIISTDKSAVNSLNAEEVKAFFELVHKDYYKKEQLKAIEKSIENKDVKVQVKTGQNGENHLVLSNADSAKKHYYFDFVKEFATKDKAEREEMIIRFRQLIILFYSGSESYKLSIGSDVGAWTFGSSLPEVTANVDDEIASLIAEYNENIARKNDIQKSIDLKSNQMKNYKFNSPEYKKLDDQVSKLKDEQGDCKHAISDAKRKIKALVENLICTKYRDAVKAEGLTDSDIFWIGYIQQVAQKQFSKKDAYNNYRISTKYLYEVTFNEWISFMASKYIDLGKAVYHFAMPDFSDIKSGKEVHAGKVQPAFEDGITSFDYERIKAKETLARDFSVYATYSSGIFSNAVTDSEYRLKDEKEDALFYKQEDWEQALLPNAKKKLLMYFGGQTKWEDSEIEKLSDLEMTKAFQDMINVIRNSNYHYAGSVLEPGEQSVNIAKMLFEKEFSQLGRIIREKYLSNNVPVYYNVEDINKMMTYLYQGESKREAQIPSFGNVLKKKEMPGFVSKYIPGNLLAKFDSEGMDKFRASLYFVLKEAYYYGFLNETNLKDRFIMAFKNSEKDAKNPEAIENFKARIADMDDSCSFGEICQILMTDYNQQNQGEYKVKSQIKQNQDEKDNKGHKYSHFKMLLYVTLQKAFIDYIFEKQDIYGYIKAPIFKSNFFDGDEPQKFVESWEANLFGDVKKTTETDSYYLAWYVLSHMLPAKQVNQLQGGIKSYIQFVTDINRREKSVLGTEKDNSLVNNIDYYQNILKVLEFVMCFVGKTSNVLTDYFADEDDYALHLYSYVGFAGKKEEKTNSTLSGFCSKSITKAGKVLTDRIGIYHDGTNPIVNNNVVKALMYGNENVLSEAVTRVSADLINGEITKYYEVKNKLEKVFEKGECSNIEEQKELREFQNLKNRIELQDISIFTEIINDYMSELVNMAYLRERDLMYYQLGYNYIRLEYGNVEDKYKELQGDNINIKSGALLYQIVALYTHELPIVYKDKDSYKYTNNGKIGRFVKSYCEEEFNDLDNTYLKGLELFEDIKLHDDLHMFRNEIDHLKYFIRADKSILQMYSRIYNGFFSYDLKLKKSVSYIFANILAKYFIIADTEMKSSVENGKRVAMLSVKGLESDVFTYKGKKRDKEGKERDSKYTLPVRSDEFLKEVKKLLGYKSM 1313 AA PAT source 1..1313 mol_type protein organism synthetic construct MPNVKFTLVPVDYSKPYDEQPDCKRHVIGAYANLARHNMTLTINTIMQAIGMPLFNENEIENAFNKSHRKKLEALDNIQKVKLQKRLYRHFPFFKRMKLEDEEKKTVQLKSLMTVMSLFTSLMADIRNNYTHYRPYNNKEEQNRQLELKKEVGKKLQYLYENSSQTFKSMEELDHSSNEVLSALRIPEDVVERFSPDDPDYKKLLNTLHDSNIPKWKKSGLKLDMKTQIITKKSVRYVRNPNYQAYMMDEEKGLSDIGIIYFLCLFLDKQVSFSLMDEVGFNQQIKFTGEHAEQQLMYVKEIMCMNRIRMVKARIDSEMSDTALALDMLSELRKCPRPLYDVFCKEARNEFKDDATVVWENTHGEEAVITEEQGDIGEETDAIAANTTGKNTPRSTFVRWEDRFPQLALKYIDLTGMFDHLRFQLNLGKYRFAFYQHDKAYSVDNAERLRILQKELHGFGRIQEVNEMMKEKWQDVMEIKNVEDGQIYKEPDVAGQKPYVTQQNAQYDFDTKSHSIGIRWEGWHNNHSDNHYGDLDRRDMFIPRLPANPASPEGDKRQTNQAEELLPPQCMLSLYELPAILFYHYLLKKYQKNTGLVEKKISDFYTNMKNFLTEVSEGNILPADETTLIRELQTRGLKFSDIPVKLKKLLKGEVTDNAKRMEESALLRLHERKDKKRRALESFIAKCKMIGTKENKFNKIRAVVKTGSLGQLLARDIMEWLTTDTKKRMNLTGQNYVAMQTALSMMGQSFELAPEAKVTCEKMRNIFVKANILPMNDDDFDADFHHPFLLDVFDEEPVSIEDFYKIYLEKEIFYIDYLTEHFKKYKAKGAALYIPFLHCERLRWKNTEQNGLKELAARYLQRPLQLPNGLFTDDIFHLLEDIATKNADFAKVLEKQKKDNHQLQQNVAYMIRIYMKTVEYDQPQNFYNTMPVGDTNSPYRHIYRIFKKFFGESIPKTNKTTSPAYTIEEIRAILNNKQLLKDKIDFFVKEEKEKLKKQQIRDFRNYEKKQWKLLKAKNEAAPKGQHFNVKAEVQKRLNEKREEQRKALDLLVMDVKQKLEGKLRKVNDNERAIRRYKTQDILLLFMAREILKAKSQDEDFTKGFCLKYVMSDSLLDKPIDFQWTVNFQNKEKKTIAKTIEQKDMKMKNYGQFYKFASDHQRLSSLLSRLPADIFERAEIENEFAYYDTNRSEVFRQAYIIESKAYQLKPELTDDANANEEWFTYLDKKTKKLRAKRNNFGELLKILAAGGDGVLDDVEKSLLQSTRNAFGHNTYDVDMPVIFSGKLDKMNIPEVANGIKDKIIEQTEQLKKNV 1125 AA PAT source 1..1125 mol_type protein organism synthetic construct MAIFVIKVEIQRQMTLAFKNETEQKPVLGAYAAMARNNAFLTVMDIMDQLHIPRTVLTDNSGKEVDPESHIWRLNLFPKNYRLLPEQEARASRLLRNHFPFLDLADDLKDVENDHGQAARKNVSYEDLCNSFLTMMEVLTHLRDVNLHYKIKDERIADFYFRRAEKETGHILREVLKAAPRKIKDRYKGTALMDETSLSFFTDGNYIQKGRKYSFNSRWAFNPQRQPQPSEVKVLKNNAPVIDRNTGIPRMFERLSTFGEILFIALFTEKRYIPDLLRDSGLDNNFMASGDNGKMSQQRIIREIISAYSIRLPERKLDIETGATQIMLDMLNELARCPSELFDVLPESERRSFEITGSDGSQVLMKRYSDRYVPLVLRYLDVTEEFKRLRFQVNTGLLRYEHHGPKEYMDGVARFRIVQSSINGFGRIQEMEAARTAGATYLGFPLLKTDDDGNMTEMPYITDSAARYVLNGDLIGLSFGDAAPKIDTLPNGAGFKYKVSCPQPDCWLSRYELPALAFYTFLSRKYHISRSTEDIVEDALNEYRAFFAGIADGSITSMDGVGIPRKNIPEKLLDYLEGRGKRTDFKKYKEGLVAKMLLNTEALLSRLKEDLKVIGTKDNRIGKKSYVRIRPGKLAEFLAEDIVRFQGHPAGMPEKKLTGQQYSILQGMIATFHEGLADACRNAGLLDGDSAHPFLSLVFTRHAQGMTSTVDFYRAYLEERRTYLKGVVPDEAPFLHQERRKWSANKDSAYYKSLALRYIKDEKTGDKVGVFLPRGLFDNAVHAIIKEHCPNTSKVINASERANMAFIILTYLEKELDDQNQGFYFNEERLKEYGFSKAIRKELEESGMKRLSHVLRLERNTNPSGLYYEALREESGWKDDRRKGGQLDRKTEEFAEKLRHSYKRMCDNEKTIRRYMVQDITLFLLARSLVRIAGNSVNLWSVGPEGNGILDQWVDVMTPYKKYIIRQKGIKIKDYGEIYKILKDRRIDSLLLNQKKRVPEAIDLEEIKEELVTYNRKRASMVSAIQVYEKGVFEENREHFDSMTSRFGFKEILEADVRSSSLTKEAVKKVRNAVSHNQYPDRMVIKDGRSMVLYSPDLPDMAKGIAETTDRLTKYGTDISKQTDE 1215 AA PAT source 1..1215 mol_type protein organism synthetic construct MLQTEKNDRGAFWAAYFNTATNNVQAILQFAGKNVQLEELSNQEFKLSANGIGDEETKELEWSAESYPAIQTLKMTGDEVNIPEQIRIMKTLSKHLPFMKRISTRVQNGVRKNGKTEKAGEEMTPQMFAEILIGYVNYLYDLRNYFTHYKHVPVSRKNMQSEYLGILFDANVGTAKERFYSEDKIAKDDKRFNNFRMHKGAESVPDKKGGMKKQPKLNKDFLFYLWETDPITPKGKDNPYLELTAQGLAFFLCLFLEKKSANMLLDSVGIEEDAESLIDGFGFENNSGDNRTLLKRIFTITCARLPRTRLESENLISNQVLGLDIMNYLHKCPKEFYNLLSPQDQHKFRTLSDDHGTETLLKRFDDRFPYLALNVMDRLECFDSLRFCIDMGTFYFRCHSRVQIDGSRLENRRLKKKLTCYTRRQDAIEYFQTERAAENTFYQTDNLAPAPKAYRTDMLPQYDLGRGRKQENRIGIALKSLDDSRPMFNQPTLDPAGQIKPKTYKPDAWLSTYELAPALFLSLHGKGSDVEKRIEEFIRSWKGFADWMSKASKEQLKELRYNSAREEFEVFKSRFEKQFGLSVNDIPDEFRYYLVNGKIKPIYMRFQRGSAVPITMDEAAQIWLYNECDKTRSIIRKFNNEQSYDFKLGKGRQRRYTSGNIALWLVRDFMRFQKANDNPREGFGKLKSSPDFNVLQSSLALFNSRKDSLKEILKNARLIYNPSGNHPFLENVINRSGALLSIEGFFNAYLDERLEWLSNASGREVYQLRKLYERGEKKRSAAKGLPPANVYLGEMAKQFLDESVCLPRGLFDDLVRSALKEIYPEQYAKDVPDGQRANFTWLMQKHLKWSGDDHQWFYKELKQSMTAEEFKKLFELLGTTDVRYDNAGKKTLNDKLEETYSQRWYDLEKSLKNDKEFKSLSPNDKQSAIDDRMGQENQMYRSLLNRLRDVWKRIRMSSVQDVVLRDAVWQLLGLPEKSVRLCNVKPEYDLKTQRMIRDDAGDGSISNDAILNETHSLENIIDLPKGLGTIVLKGEMKLKNFGNFYRMLSDPKLPSFLCLYKQFGFNAVDYSYLELQEFEFYDRKFRPAVFNWVHQLEETVLEKYPDLPMKYGKFVDFWTIAGKANGGYIFTQLLLTSIRNAVSHQYYPEFCVPSDWTNQKDIDTYSPQFKDQLLSVKAEFLKRRSEDKDALLSETIYDYAQSLFENAIAFVEQQP 1380 AA PAT source 1..1380 mol_type protein organism synthetic construct MANFQTPQRHIFGTYLNIARANFYKTILHVFSASGIDCYTKRGDLFVREDTVDKVISALYLIVNGENAGYHAIKEIVSKSYDKRWKEDKALQGNLSGSELKARKEEFKSPLKDEGPDGEDARICKSFTLGSEQEERMRKLLFRHIPLLSPIMADVVAMQFKETTNEHQEANKTLHDATLADCFKELSNIARCLSESRNFYTHKNPYNSIEAQRTQLQLQKVIANNLDKAFIGSRRIAKKRNSYSEKDLAFLTGHDNDCRMEEIFVLDENGNKIWKVEKDKNGKDKLDKDKNPIYVYKKVKAKDGKGREKLDEKGKPVYETLRENGEPVHEYEKKFVERKDFYFRIRGKREVLAPDLTPTGEECDGLSAFGMLYFCSLFLSKEQTAQLCTESRVFVTSPYQPAGNLKNNIILNMMFVYAIHIPRGKRLDSETDSQALGMDMLNELRRCPIELYDVLPSIGKRDFEDNVKHENNRTPELSKRIRLKDRFPYLAMRYIDQQQLFKRIRFHVRLGSFRFCFYDKTCIDGKSHPRQLHKDINGFGRLQDMEKERKEQYGHFFQQSREQSIWQKDENAYVNLKQLEPIKAGDQPHITDMFAQYNIHQNRIGLFWNTDEECKLVNKTNAQGEIIYNGYYLPPLNYVDSPTENNKHKRKAPVDMPAPLCSLSVFELPAMLFYNFLRNTDSLGGEEFPDVEEIVIKQYDNIRKFFLEVKDIQPTDNIENLATILNAYGLSKQSVPKKIYDYLSNKNTLISKDIRKSTEKEVKNRLRRAIIRKQRFEQDQEHIENTKDNKIGKDSFVSIRYAKIAEELAKSMMEWQSGNTKMTGLNFRVLTAALAKFGDGVIKRDTIISMLQKAEIMGGDNPHCFIEQAIEQEQYDIEEFYLDYISAEIEYLKRFLMIDGKTIILKDEQLLDALRKDKEVHDDVRIRLKNDVDFGQLPFIHKSRLRWQQSKIEELANRYLYVKEEGEETLGRATLLLPDGMFFPYIMKGFQKCHQELTNSIEALSDEQKKGIENNVAYLINLYFESKGEKSQSFYDSTEPSHYNDNIRQLAPYKYARSYEFFKIIKGWQIHLSCDEMKKRLTGKKTIIDNKINALKEKGNYISLEEAKNALRRKLHNTFRDMQDNERVIRRYKTQDRILFLMARDMMGEIVNKKADLFKLENVCKDDFLSQKVKASIAVHLSMGEVFKIQKDEMAIKDYGKLYRLLRDDRITKLLSYALYETGETIDYDDITDELKEYESCRSAAFEAVQMIEDTRYQQDKEVLSNPNENNFYCGNIRYKNGKDNGRENEAKRNNFRTLLEDLQKFTPEQMEMFSQEDRELIISIRNAFGHNSYPKQVDFERLINQERKNNPNFKIELKQVASFILDKLEEYVNQVNPQT 1246 AA PAT source 1..1246 mol_type protein organism synthetic construct MSYTPSSRPPRRPQIVEGSRNNALRILKITPDEQTAFVTYLNYAVNNLSEVAGVAFSDERKVRADVFRGEPADIQRRISRLADFLWSFREKDPSADESGYKAKLGGGHDDMAVWLTEKIVSLRNFFSHVNRQDCTPLVISHDEYVFVEGILGGAARDAAMGPGLNPAKAQKLKLATHHVKEAHTYEFTRKGLVFLTCLGLYKDEAEEFCHLFHEMKVPDRIEDADLDEELPDGRHRAVLGLEDLDKFAGLKGKGRALIELFSFYSYRRGRQSLDAANLDFMQFADVVGCLNKVPAPAFEYLPLEKEHAELEALKAASTESEENKRTKYVLRRRDRNRFLSFAAAYCEDFGVLPSVRFKRLDVRRTTGRHQYVFGPGADAETDEEESNRVRLNRHYAIRRDAIPFEFEPDRHYGPVRIGALRSAVSATEMRRLLYLHAQGADIDAVLRGYFEAYHRVLERMVNAGSLAEISLDDETFLADFATICGTSPEAFKADPEAFRKFVPESLRRYFSKDAGPRSEQRLHALLCSKLLAAVNRTCDILVRHDALEAWREASRPWLDARDDWRGRIDVWRKANPKKDLPDELKTFEAYLETLPADERPARPEEPRCRVGEGEGEITNPPTWCRFSDADYVSFVFDWFNLFLPNNRKFRQLPISEQHREGVEDHLFQMVHAAIGKFSLDQKGLWSLLEKNRAELKPYADLLQYRTDIRVLVAPFVRELNHQLPENRRLPEFDNGVDKDEKEIASPILNIFRHFRQNELWQFLQNFRPELKSWCRSMKSKLQDAMEKKPSRKDGKPHFPKVEDLFEVLNLRRPSPTLEDLAVEAVKLSNDMFLEETNRWGAANPMSVSRDDLLAACRRFGVRPGMPVEYKSLLKTVLGIDYDAWRHAFDYGTGRPFADRRLEDEEHVAAQIPLPNGFADRVAASLPRKVRERFQAPGSAAFDFNAAFRAWSPDPAVSLRDFYDVKPLVASQIARKHPPEGGAATADPFAALSAKTLDSAVREIKDAENQDKVLLFVAMKYWERFRGGDTYSTGKLKMPFSEKTTLREFFDTPVQIEKDGLTVSFRPNDVNRPAFATLFGNSRAAKDYRAKIAKILSPDGSRTAFDFYEMVVAFREQKARDRHERLAFTPYAVHFDALCEIPASAYEKAAEGRFGEAKTEAIRAMEFERYKAVLPGLTREDYDAVADARNAVFHTGFKFDCSKAIAVCKRLGVLGMMPGEAAPAGRRTSSHSGPKWSGPRRNGGSRW 921 AA PAT source 1..921 mol_type protein organism synthetic construct VSKNDNIKSKAKALGLKSTFQVGDEVVMTSFGKGNKAIVEKIVRGTDVQSVPTEPNFSAEIEGKKFDLVGRAHIQTKSDNPQYSKKRTGDDMIGAKAALEKRFFGGTFDDNIHIQLAYNVLDIEKILSVHINNIVYTLNNIRRKDNAEDDDFIGYMSTRNDYDTFIEPRKHNISEDAAKSIDKSRASFEEYLQPPVKDCLHYFGNTFFAPREIEKTYTDNRGFERKKKVTVNSLIDEKEIYYIFALLGGLRQFCTHDNKSGRNWLYSLEENGINSDAKAVLDKYYNSAVARIDESFVDNASKTNFKLIFNAMDVSDEALQDNIAKAFYKFTVCKSFKNMGFSIKKLREQLLELPEYEGLKDKHYDSVRSKLYQIMDFVIYLSFKDEKFKKDNEEKINNIVNELRATLNEEDKGRVYASYAERMKSELKPAIARLKSDIDKIKDSRVKEFELDASVKYRLSKVVESVRLKDRATYFTKLIYLTTLFLDGKEINDLLTTLIHQFENIASFIDVMNDRGIDCRFSDGYKLFESSKQIAFELRNVNSFARMTRTSKDDENATHMMYIDAAEILGTDYTEEQIEEHLNLEKKRMIPGTKKADMNFRNFIINNVIKSSRFNYLVRYSNPKKIRALADNEGVIRFVLGELPDAQIDRYTLLCGFNPDADRQEKTDKLAKAITGLRFNDFENVKQGANTEGESQESIDKAQKQGLISLYLTVLYLLTKNLVYVNSRYFLAFHCLERDAQLLGSGAGHHEPYVALTQRFINEDKLNEHACEYLKTNIANSDEYTIRIFRNNAAHLSAVRNANLYIDKLKEFKSYYEIYHFLSQENIYGKYCVDKKYVTADENGSKTISVKISKDYCPQVYIDKSLEYFDKLNKYGTYCKDFTKALNSPFGYNLARYKNLSIEGLFDRNRPGDKGENTFED 956 AA PAT source 1..956 mol_type protein organism synthetic construct MAKKLSPKEIREAAKAEKMKSIKAAEAEREKAAEEAKLKAEAEKKEKAEKNEREKALKRFRLDEKSRMALPKSERKSLAKAAGVKSAFAVGNDIYLTSFDRGNDAIVEKKITDTVVTNLRSDESFEVNENTITEMSVPIKSKRISDLYAIADNPLYRKDSATKVQPDKLLLKDTLEKLYFGKTFDDTLHIQIIYNILDIEKILTVYSINTIYCLNNLFGKESGEKEDLISKLTYQITYDEFKESKAHNEFIDFYNLNTLGYYGNIFFKEKKKRSQKEIYDIIALIATIRQWCVHCEEDKRTWLFNTETVLSKEFLDILDDVYESLVEKVNRNFLKDNKVNLQILEDVLEIKDSESREKLIRQYYRFIVTKEQKLLGFSIKKLREAMLEETEFKTDKKYDTVRSKLYKLIDFLLFTGYTTDEAEKEKALFLIKSLRESLTEETKDRIYKSEAARLWLKYENTITNKIREALNEKSISELKKDKSFDDKSITSIITDEVSGKKATYFSKTIYLLAQFIDGKEVNDLTTSLINKFDNIRSLIDTAGQIGLDCKFTEEYKFFENSDQIRTELHVIKNLTNMEYYDTTVKKQMYKDAVHILGIQDDVSDAELEKIINSILLLNENGKPLPGTKGKKGFRNFIISNVLKSRRFIYLIKYCNPKKIRKIAGNRKIIKFVLSRITDSQLERYYYSCNPELKSGIYPGRDDAVNDLSILIADMKFEDFKNVDQSANVHDNNNAAREKMKYQTIISLYLTVCYHLVKNLVNINARYAMAFHALERDARLYQIFSSEENYVDNLNADYAILTKTLLKDNYENAGNLYLRNKKWNKLTRENLDNYIPQAAANFRNAVAHLNPIRNADMLLEDIEDVSSYYAIYHYIMQKSVTNRTIRVSNTTEDEKRILTDYQNKIKRHHGYNKDFVKALCVPFAYNIVRFKSLSIYEMFDRNYHEKTSPETDDSQSP 948 AA PAT source 1..948 mol_type protein organism synthetic construct MDKEKTTVEGKNTNQKSDVLKSLAKANGLKSSFVIGNEVVMTSFGRGNSAILEKKITGSRIENLNPNVAFYVKKHISDSCNPDSGKYDVKSKRMKEKAVVDDPVYVSPEKASNVHAGQDLIGCKNVLEERYFGKTFDDNIHIQLIYNILDIEKILAVHVSNATFAINNILGIEGKENEDFIGNLSVLNTFDEFENYETHPKFANKSAIKENLRKSKVFFDKIKKGNKLGYFGQAFYYATGTGKNLIFTKKSSETIYELLALVGSLRQFCVHDEVMVDNKVKSRSWLYNAQKELKPDFLKALDELYSKEVEKIDSDFIVNNTVDLHIIHDAIDVIDGSADWQKITNEYYDFIIRKCFKNIGFSIKRLRETMIEEQMKVLCGKCDRENCKGYGKCFKNKKYDSVRSRLNRIVDFIIFRHYNDEAILKNVSLLRTCMSEEEKQKRFYLPEAKALWKKYNYVFRNYVLKKLNGKSISGLKEKAIENSIDINSVKISLGDPDYFCKFIYLLTFFLDGKEINDLLTTLINKFDNIASFISVMKNDKLSIDCEFVPEYSFFANSAQITSDLRVINSFARMQAPAEPSKDDMYRDALDILGMDDLSEDGKKQLEDTVLCRDENGKYMKKEDNNPKRDTNFRNFLGNNVLASTRFKYLIRYNNAKKTRALANNKAVIIFMLNKINKQNPEQIVSYYKACRDDSDPVASDAEAKIEFLAEKIMNVSCTQFRYVKNGTKVRPDEAKEKERFKAIIGLYLTVMYLITKNMVYINSRYVTAFHCLERDSELHGVKFDQKKLQPNLTKKFIDPKTCGDYGLRNNKRARTYIEQNMDKMSNCTSYWNEYRNAVAHLSVIRNMNQYIKNVKNIGSCFELYHYIMQRFLLDKENIAESLREYDDFIKKKGCYRKDFVKALNTPFGYNLARYKNLSIAELFDRNDTELERTNKLRNEAIKADIEEI 64 DNA PAT source 1..64 mol_type other DNA organism synthetic construct gatttagactaccccaaaaacgaaggggactaaaactagattgctgttctaccaagtaatccat 64 DNA PAT source 1..64 mol_type other DNA organism synthetic construct gtggcatgaaaaaagcccgacatagcgggcaatcactagattgctgttctaccaagtaatccat 64 DNA PAT source 1..64 mol_type other DNA organism synthetic construct gtagaaaagaagatagtccaacatagtggataatcatagattgctgttctaccaagtaatccat 64 DNA PAT source 1..64 mol_type other DNA organism synthetic construct ggagatgaaaaaagcccgacatagcgggcaatcgaatagattgctgttctaccaagtaatccat 64 DNA PAT source 1..64 mol_type other DNA organism synthetic construct gttaaaagaaaacagcccgacatagcgggcgataactagattgctgttctaccaagtaatccat 63 DNA PAT source 1..63 mol_type other DNA organism synthetic construct gaattggagaagatcccgagaaagtgggaaataactagattgctgttctaccaagtaatccat 63 DNA PAT source 1..63 mol_type other DNA organism synthetic construct gtttggaaaacagcccgacatagagggcaatagactagattgctgttctaccaagtaatccat 64 DNA PAT source 1..64 mol_type other DNA organism synthetic construct gttagatgagaacactccgagataacggagaataactagattgctgttctaccaagtaatccat 66 DNA PAT source 1..66 mol_type other DNA organism synthetic construct tagattgctgttctaccaagtaatccatatgttgtcatacccatccaaacgataggcttctacaac 66 DNA PAT source 1..66 mol_type other DNA organism synthetic construct tagattgctgttctaccaagtaatccatatgttgtagaagcctatcgtttggatgggtatgacaac 66 DNA PAT source 1..66 mol_type other DNA organism synthetic construct tagattgctgttctaccaagtaatccatatgttgtaaagaccttcatttcggaaggaagagacaac 66 DNA PAT source 1..66 mol_type other DNA organism synthetic construct tagattgctgttctaccaagtaatccatatgttgtctcttccttccgaaatgaaggtctttacaac 66 DNA PAT source 1..66 mol_type other DNA organism synthetic construct tagattgctgttctaccaagtaatccatatgttgtagaagccccttcttcgtggggtaagtgcaac 66 DNA PAT source 1..66 mol_type other DNA organism synthetic construct tagattgctgttctaccaagtaatccatatgttgcacttaccccacgaagaaggggcttctacaac 66 DNA PAT source 1..66 mol_type other DNA organism synthetic construct tagattgctgttctaccaagtaatccatatgttgtagaagcctatcgtttggataggtatgacaac 66 DNA PAT source 1..66 mol_type other DNA organism synthetic construct tagattgctgttctaccaagtaatccatatgttgtcatacctatccaaacgataggcttctacaac 66 DNA PAT source 1..66 mol_type other DNA organism synthetic construct tagattgctgttctaccaagtaatccatatgctgtgaactcctgccgaaatggcaggccgaacagc 66 DNA PAT source 1..66 mol_type other DNA organism synthetic construct tagattgctgttctaccaagtaatccatatgctgttcggcctgccatttcggcaggagttcacagc 65 DNA PAT source 1..65 mol_type other DNA organism synthetic construct ggtttcagacccttacaaaaagggtgtagtacgtttctagattgctgttctaccaagtaatccat 65 DNA PAT source 1..65 mol_type other DNA organism synthetic construct gaaacgtactacaccctttttgtaagggtctgaaacctagattgctgttctaccaagtaatccat 64 DNA PAT source 1..64 mol_type other DNA organism synthetic construct gtttcagaaccctgtaatttgacagggttgtagttgtagattgctgttctaccaagtaatccat 64 DNA PAT source 1..64 mol_type other DNA organism synthetic construct caactacaaccctgtcaaattacagggttctgaaactagattgctgttctaccaagtaatccat 64 DNA PAT source 1..64 mol_type other DNA organism synthetic construct gatctataaccctgcatttatgtagggctctaaaactagattgctgttctaccaagtaatccat 64 DNA PAT source 1..64 mol_type other DNA organism synthetic construct gttttagagccctacataaatgcagggttatagatctagattgctgttctaccaagtaatccat 36 DNA PAT source 1..36 mol_type other DNA organism synthetic construct gtagaaaataagatagtccaacatagtgaataatca 36 DNA PAT source 1..36 mol_type other DNA organism synthetic construct gtagaaaagaagatagtccaacatagcggataatca 36 DNA PAT source 1..36 mol_type other DNA organism synthetic construct gtagaaaagaagatagtccaacacagtggataatca 36 DNA PAT source 1..36 mol_type other DNA organism synthetic construct gtattaacgaagacagtccaacatagtggacactca 36 DNA PAT source 1..36 mol_type other DNA organism synthetic construct gaagaaatgaagacagtccaacatggtggataatca 36 DNA PAT source 1..36 mol_type other DNA organism synthetic construct gtagaaatgaggatagtccaacatagcaactaatta 38 DNA PAT source 1..38 mol_type other DNA organism synthetic construct ggagatgaaaaaagcccgacatagcgggcaatcgaaat 000 38 DNA PAT source 1..38 mol_type other DNA organism synthetic construct ggagatgaaaaaagcccgacatagcgggcaatcgaact 38 DNA PAT source 1..38 mol_type other DNA organism synthetic construct ggagatgaaaaaagtccaacattatgaagactatagag 36 DNA PAT source 1..36 mol_type other DNA organism synthetic construct gttaaaagaaaacagcccgacatagtgggcgataac 36 DNA PAT source 1..36 mol_type other DNA organism synthetic construct gttaaaagaaaatagcccgacatagcgggcgataac 36 DNA PAT source 1..36 mol_type other DNA organism synthetic construct gttaaaagaaaacagcccgacataacgagcgataac 35 DNA PAT source 1..35 mol_type other DNA organism synthetic construct gacttggagaagatcccgagaaagtgggaaataac 35 DNA PAT source 1..35 mol_type other DNA organism synthetic construct gaattggagaagatcccgagattaaacacagaaaa 35 DNA PAT source 1..35 mol_type other DNA organism synthetic construct gtttggaaaacagcccgacaaagagggcaatagac 36 DNA PAT source 1..36 mol_type other DNA organism synthetic construct gttgtaaagaccttcattttggaaggaagagacaac 36 DNA PAT source 1..36 mol_type other DNA organism synthetic construct gttgtaaagaccttcattttggaaggaggagacatc 36 DNA PAT source 1..36 mol_type other DNA organism synthetic construct gttgtagaagccccttctttgtggggtaggtgcaac 36 DNA PAT source 1..36 mol_type other DNA organism synthetic construct gttgtagaagccccttctttgtggggtaagtgcaac 36 DNA PAT source 1..36 mol_type other DNA organism synthetic construct gttgtagaagccccttctttgtggggtatgtgcaac 36 DNA PAT source 1..36 mol_type other DNA organism synthetic construct gttgtagaagcctatcgtgtggataggtatgacaac 36 DNA PAT source 1..36 mol_type other DNA organism synthetic construct gttgtagaagcctatcgtttgggtaggtacgacaaa 37 DNA PAT source 1..37 mol_type other DNA organism synthetic construct gtttcagacccttacaaaaagggtgtagtacgtttct 37 DNA PAT source 1..37 mol_type other DNA organism synthetic construct gtttcagacccttattaaaagggtgtagtacgtttcg 37 DNA PAT source 1..37 mol_type other DNA organism synthetic construct gtttcagacccttactaaaagggtgtagtacaaaaca 37 DNA PAT source 1..37 mol_type other DNA organism synthetic construct gttttagacccatgcaaaatgggtgtagtacaaaacc 37 DNA PAT source 1..37 mol_type other DNA organism synthetic construct ttgtcttttcccaacaaaaaagggtgtagtacgtttc 36 DNA PAT source 1..36 mol_type other DNA organism synthetic construct caactacatctctgtaatctaacagggttgtagttg 36 DNA PAT source 1..36 mol_type other DNA organism synthetic construct gtttcagaatcctgtaatttgacagggttgtagttg 36 DNA PAT source 1..36 mol_type other DNA organism synthetic construct gatctataaccctgcatttatgcagggctctaaaat 36 DNA PAT source 1..36 mol_type other DNA organism synthetic construct gtagaaaagaagatagtccaacatagtggataatca 36 DNA PAT source 1..36 mol_type other DNA organism synthetic construct gttaaaagaaaacagcccgacatagcgggcgataac 173 DNA PAT source 1..173 mol_type other DNA organism synthetic construct ggccagtgaattcgagctcggtacccggggatcctctagaaatatggattacttggtagaacagcaatctactcgacctgcaggcatgcaagcttggcgtaatcatggtcatagctgtttcctgtgtttatccgctcacaattccacacaacatacgagccggaagcataaag 173 DNA PAT source 1..173 mol_type other DNA organism synthetic construct ggccagtgaattcgagctcggtacccggggatcctctagaaatatggattacttggtagaacagcaatctagtcgacctgcaggcatgcaagcttggcgtaatcatggtcatagctgtttcctgtgtttatccgctcacaattccacacaacatacgagccggaagcataaag 173 DNA PAT source 1..173 mol_type other DNA organism synthetic construct ggccagtgaattcgagctcggtacccggggatcctctagaaatatggattacttggtagaacagcaatctaatcgacctgcaggcatgcaagcttggcgtaatcatggtcatagctgtttcctgtgtttatccgctcacaattccacacaacatacgagccggaagcataaag 173 DNA PAT source 1..173 mol_type other DNA organism synthetic construct modified_base 71 mod_base OTHER note Modified base is uracil ggccagtgaattcgagctcggtacccggggatcctctagaaatatggattacttggtagaacagcaatctattcgacctgcaggcatgcaagcttggcgtaatcatggtcatagctgtttcctgtgtttatccgctcacaattccacacaacatacgagccggaagcataaag 18 DNA PAT source 1..18 mol_type other DNA organism synthetic construct taatacgactcactatag 18 DNA PAT source 1..18 mol_type other DNA organism synthetic construct ctttatgcttccggctcg 36 DNA PAT source 1..36 mol_type other DNA organism synthetic construct ggagatgaaaaaagcccgacatagcgggcaatcgaa 35 DNA PAT source 1..35 mol_type other DNA organism synthetic construct gaattggagaagatcccgagaaagtgggaaataac 35 DNA PAT source 1..35 mol_type other DNA organism synthetic construct gtttggaaaacagcccgacatagagggcaatagac 36 DNA PAT source 1..36 mol_type other DNA organism synthetic construct gttgtaaagaccttcatttcggaaggaagagacaac 36 DNA PAT source 1..36 mol_type other DNA organism synthetic construct gttgtagaagccccttcttcgtggggtaagtgcaac 36 DNA PAT source 1..36 mol_type other DNA organism synthetic construct gttgtagaagcctatcgtttggataggtatgacaac 37 DNA PAT source 1..37 mol_type other DNA organism synthetic construct ggtttcagacccttacaaaaagggtgtagtacgtttc 36 DNA PAT source 1..36 mol_type other DNA organism synthetic construct gtttcagaaccctgtaatttgacagggttgtagttg 36 DNA PAT source 1..36 mol_type other DNA organism synthetic construct gatctataaccctgcatttatgtagggctctaaaac 931 DNA PAT source 1..931 mol_type other DNA organism synthetic construct ccaaattggctactaccgaagagctaccagacgaattcgtggtggtgacggtaaaatgaaagatctcagtccaagatggtatttctactacctaggaactgggccagaagctggacttccctatggtgctaacaaagacggcatcatatgggttgcaactgagggagccttgaatacaccaaaagatcacattggcacccgcaatcctgctaacaatgctgcaatcgtgctacaacttcctcaaggaacaacattgccaaaaggcttctacgcagaagggagcagaggcggcagtcaagcctcttctcgttcctcatcacgtagtcgcaacagttcaagaaattcaactccaggcagcagtaggggaacttctcctgctagaatggctggcaatggcggtgatgctgctcttgctttgctgctgcttgacagattgaaccagcttgagagcaaaatgtctggtaaaggccaacaacaacaaggccaaactgtcactaagaaatctgctgctgaggcttctaagaagcctcggcaaaaacgtactgccactaaagcatacaatgtaacacaagctttcggcagacgtggtccagaacaaacccaaggaaattttggggaccaggaactaatcagacaaggaactgattacaaacattggccgcaaattgcacaatttgcccccagcgcttcagcgttcttcggaatgtcgcgcattggcatggaagtcacaccttcgggaacgtggttgacctacacaggtgccatcaaattggatgacaaagatccaaatttcaaagatcaagtcattttgctgaataagcatattgacgcatacaaaacattcccaccaacagagcctaaaaaggacaaaaagaagaaggctgatgaaactcaagccttaccgcagagacagaagaaacagcaaactgtg 81 DNA PAT source 1..81 mol_type other DNA organism synthetic construct taatacgactcactataggagatgaaaaaagcccgacatagcgggcaatcgaattggtgtattcaaggctccctcagttgc 81 DNA PAT source 1..81 mol_type other DNA organism synthetic construct gcaactgagggagccttgaatacaccaattcgattgcccgctatgtcgggcttttttcatctcctatagtgagtcgtatta 81 DNA PAT source 1..81 mol_type other DNA organism synthetic construct taatacgactcactatagttagatgagaacactccgagataacggagaataacttggtgtattcaaggctccctcagttgc 81 DNA PAT source 1..81 mol_type other DNA organism synthetic construct gcaactgagggagccttgaatacaccaagttattctccgttatctcggagtgttctcatctaactatagtgagtcgtatta 82 DNA PAT source 1..82 mol_type other DNA organism synthetic construct taatacgactcactatagaaacgtactacaccctttttgtaagggtctgaaaccttgtgcaatttgcggccaatgtttgtaa 82 DNA PAT source 1..82 mol_type other DNA organism synthetic construct ttacaaacattggccgcaaattgcacaaggtttcagacccttacaaaaagggtgtagtacgtttctatagtgagtcgtatta 82 DNA PAT source 1..82 mol_type other DNA organism synthetic construct taatacgactcactatagcaactacaaccctgtcaaattacagggttctgaaacttgtgcaatttgcggccaatgtttgtaa 82 DNA PAT source 1..82 mol_type other DNA organism synthetic construct ttacaaacattggccgcaaattgcacaagtttcagaaccctgtaatttgacagggttgtagttgctatagtgagtcgtatta 82 DNA PAT source 1..82 mol_type other DNA organism synthetic construct taatacgactcactatagcaactacaaccctgtcaaattacagggttctgaaacttggtgtattcaaggctccctcagttgc 82 DNA PAT source 1..82 mol_type other DNA organism synthetic construct gcaactgagggagccttgaatacaccaagtttcagaaccctgtaatttgacagggttgtagttgctatagtgagtcgtatta 81 DNA PAT source 1..81 mol_type other DNA organism synthetic construct taatacgactcactatagatctataaccctgcatttatgtagggctctaaaacttggtgtattcaaggctccctcagttgc 81 DNA PAT source 1..81 mol_type other DNA organism synthetic construct gcaactgagggagccttgaatacaccaagttttagagccctacataaatgcagggttatagatctatagtgagtcgtatta 64 RNA PAT source 1..64 mol_type other RNA organism synthetic construct ggagatgaaaaaagcccgacatagcgggcaatcgaattggtgtattcaaggctccctcagttgc 64 RNA PAT source 1..64 mol_type other RNA organism synthetic construct gttagatgagaacactccgagataacggagaataacttggtgtattcaaggctccctcagttgc 65 RNA PAT source 1..65 mol_type other RNA organism synthetic construct gaaacgtactacaccctttttgtaagggtctgaaaccttgtgcaatttgcggccaatgtttgtaa 65 RNA PAT source 1..65 mol_type other RNA organism synthetic construct gcaactacaaccctgtcaaattacagggttctgaaacttgtgcaatttgcggccaatgtttgtaa 65 RNA PAT source 1..65 mol_type other RNA organism synthetic construct gcaactacaaccctgtcaaattacagggttctgaaacttggtgtattcaaggctccctcagttgc 64 RNA PAT source 1..64 mol_type other RNA organism synthetic construct gatctataaccctgcatttatgtagggctctaaaacttggtgtattcaaggctccctcagttgc