Strain
Snake_NC_024709
(Region: USA; Strain: Ball python nidovirus strain 07-53, complete genome.; Date: 1-Jun-07)
Gene
pp1a replicase polyprotein
Description
Annotated in NCBI,
pp1a replicase polyprotein
Location
GenBank Accession
Sequence
CDS
ATGGTCTTAATTGTACCACTCGCCTACACGAACAGGCCACCAATCTGCAAACCTCGAAGATACTCAGTCCTTCCAAGTTACCACCACAAGTATGGAAGTGATATGATCAAAAGAAACATTTACTATCGAGGCACCGACATCACACCAGCACCAATGAGCAGAGTGGCAAGAGGCAACTATATACAAAGCGTACAAGACCAGCCTAACACCAAGAAAAATAAAAAAATTACATTCAACGAGAATGTAAAAGTCGTGGAAATCACCAACAACAAGGAAAGCCACGTAATGGCTGACAATCAAACAGCCAGCAACGCACAACCAAAAGTGCATGCAGCTCACAACAGCGCCCCCAACTTTGCACCTGGGAAGGTAGCTAATGATAGCGCCCCCCAAAAGAAAACTTTTGCACAAGTAGCTAGAAATAGTGAAGTGCAGGCAGCTAGCAATAGCGCCCCTCAAGAAGAAGAAAAATTTTTTTTTGTTGCGGCCATAAAAAGAAGAGGCCGAAGATCAGCAAAAACAAAAGCTGAGGCGGAAGTCAGTCCCGTTAAAGAAACTGAAGAGTCAGCCCAAAAAGCGACTCCCAATTTTGAGCCCGAAAACGCTCATGTCAAGGAGACAGCCCTAAAAGCTACTCCCAATTTCACGGTGACAACAATTCCCATCAATAAGATTAGCTATGCAGCGGTTATGGCCAATGCAGTGAATGCTACCAATAACACCAAGGAAGCAACTGCAGCGGCAGTAGCCAATGCAGTAAATGCTAATTTAGGAGAAGGAACTCCTGTAGTGCCGGCGGGGATCCCCAAGGGTAAACGCACCTCCGACAGTAGCTACGAGCTACAAGCTACGAATCCATCGGTGGCAACTCCTGTCCTCGTTAACGAGGCCTCTGAAGACGTAGAAGTTGCAAAAGTAGAGGAACCAACCTCTATAGCTCACGAACAACAGCACAAGACTGCACCCACACCATCCAGCAGCAACACCACACCGAACTACGCAGCAGCTGTAAGAGCCAAAGCAAAGTCAGCGACAACCGCTGTAGCTACCACAAGTAGCAATGTCATAACATCAAAAGCTGGAACCGCAACTGCAAAAGCCGGAACTCCAACTACAGCTCAACAACCACAACTACAAGCTGCAATCATCAACAGCTATGCAGCCGCAGTAAGAGCTAAAACTACTCAAAGTAGCAACGCAATGACATCAACAGTTGGAACCCCAACCTCAACCTGTGGGGCTATGACTCCGAATGAAAACAGGATAGTAGCAACAGTTGATGAACTACTATCCAGCAACACCGCTGCAATAGTCACTAAAAACAAGAAAGAAAGCGGTGCGCAGCTCGACGGCAACACCGCTGCATCGAGTCTAAAGAAAATAATAACAAGCGGTGAACACCACGACACCAAAGCTGAACAAGAAGCTAGCATGCAAAACAAACTCGGTCCAGTCGTCAAAGACTATCTTAGCAGCTTAGTCTCACTTTTCAACAAAACACCGACAGAAGAGCCAGAAAAGGACATCGCAGAAGCTATCGTAAGCTTAGCAAAGAGCTACGCAGTGGCAGTAACTGACATCACCACCAGCACTAACACCTACGGTAAGAAGACCGACGGTACTAGTGTCAGTTCCAACCAAGGTAGTAAGCAACAACTCAACTACCAGCATAGCAACCATAACACCAAGTTCTTATGCGAAACCCTCAACGAGATCACTGCCACAACAACAGTCCACGGCTTCATCCAACCACACGACTTCGCTTACAGCACCAACTGTTCAAGCGTCACCGTTAGCAACCACCATCTGCAAGCAGCATGTAGCCAAGTCAGTCCAAGCACCCACCAGTGCGTCAACACAGCACGAGAACTCATACTCAGCGCACTAACAGACATCACCCAGGAGGAATATAACGTGCTCAAATTCACCGAAGTCACGAACTTCGCAGGACTCAAAGGAATACTCCCAAGAGGATATACCTTCAACGCCACTCAACACGTCAACAACTTCACCATCGCGATCTGGAAACACAACGAGCTTCCAATCACCCACGTGGCAGTCCTCAACACCGACAGCGTAAGCACCGTCATCTACGAAACCAAAGACAACGAAGTCAACCTCAGTGAGTTTTCCGAGCCACATCTCTATGAGCTCGTCAAAATCAACCAAGAAAGCACCGAAAGAACCACCAGCACAAAGTACGAAGAAATAGGACGCAACAACTTGTTCCACTCTCCTACTGCGCTTCCACGAGACTACATCCAAGTACCAACATTCTGCACGAAAGCTAACATCAAAGTCAAACCAAAGTCGAAAATCCTCGACCTCAAGACAGCATACCAACAGTTTAAGAAAGAATTGAAAGATTTGTCAATGACAGTACCATTCAATCCAGAAGAAAGCCAGAAGACATCAATTTATTCACAATTCGACAACGACTACAGGCATTTTAACGGAGAGTTTGTAACAAGCGGAGTTGGAAATCAACATCTGACCACCGTAACAGACGTCACCGACAACGAAACAGTACGAAGTTTAGACATGGCAATAAAAACAGCCAGTTCTAGACTAGAAGTACGTCAACTCAAACACCACGTCAAGGTTTCCAGAAAAGTTGAAAACAAAATCATAAAAGGAACCAATATTTGGTCGCCACTCAAAGTCACTGAGACAGTAAGATTGGGGAAAATGTGTAATAAAAACCACAACTTCGAATGTAAAAAACAAATCGAGGAAAAATTGTGTATAATGTGTAAACATCAATGGTATGTTCAAAGAACAGGAGGGGTTTTTGACACTGAAATCGGTCAAACGTTAGTCCACATGCAACTATGTGTTGTGTGTGCGATTGAGTTTACCGATTATGAGTGTGATTGTGAAAAGCAAAATATCGAAGTTTGTGCTTTTAAAAGAAGTGAGTTAAATCAACACCAGTTGGAAGAATTTAAAAAGAATAAAGATATACAATTTAGAAAAACACAACAAAACCAACAGCAAAGAAATGAAAGAAATGATTTCAAAGAAATCCAAGAAAGTGAAGATTTACCACAACATTTTTTCCATCATAACCACTTAGCACTTAGAGGTGCAAAGAAAGTTGTGAGACTAGGTAAATATTCTTTTGTGAAAGTGTATGATAAAATTTGGGATTTGCCAGCCTTTGGGTCACCATCAAGCCAGCAGCAGCAGCAGCAGCAGCAGCAGTCAAAGCAGCAGCAGCAGCAGCAGCAGCAGCAGCAGCAACAGCAGCCAGGGTATCAGCGTCAGCAGCAACCCAGGCAGCAGTGTCAGCAACAACCTAGGCAACAGCAGACAGGGCAGCAGCGTCAGCAGCAACCCAGGCAACAATGGCCACAGCAAAAGCAACAGTATCAAAGGCGGTATCCTAGGCAACAATGGCAACAACAACAAGGCCAGCCAGGGCAGCAGCAGCAGCAGCAGCCTAGGCAACAATGGCAACAACAACAAGGCCAGCCAGGACAGCAGTATCAGCAGCAGCAACAATGGCAACAGCAGCAAAGCCAACAGCCACAAGAAAATAATTATCAAAAAATGCAACAACAACAACAACAACAACAGCAAGAAGAAATAATAAAAAATTTAAAATTAAAGTTGCAGCAGCAAGAAGAAATGAATGGAAAGTTATTAAAGCAGCAAGAAGAAATGAATAAAAATTTGGAAAATATGCAAAAGCAAATGCAGCAACAAATGCAGCAACAGCAGCAAATGCAAATGATGTATATGCAGCAAATGCAACAAATGCAAAATCAAATGCAGCAGCAAAATCAACAGCAAATGCAGCAGCAGCAGCAGCAGCAGCAGCAGCAGCAGCAGCAGCAGCAGCAGCAGCAGCAGCAGCAGCAGCAGCAGCAGCAGCAGCAGCAGCAGCAGCAGCAGCAGCAGCAGCAAGTCCAAAGCCAGGCCCAAAGGCAGCAACAACAAAAACAACAACAGGAAATTGTGCAGCCACAAGGCCAGGCCCAAAGACAGCAGCAGAAACAGCAGCGAGATCAGCAGCAGCAACAGCAGCAACAACATCATGAACAGCAAGATCAACCACAACAGATGGACCAAGAACAAGCAAGTAACTACATCAACGACTTAACGACATCGCAATGGTTCGAAACAGTAACCACGGAAATGTCTAGGCACTATAGAAAAAATGCAATCTGCCGCCATAATCTTTATGGAAAATGTCGTTTTGGTAGTAAATGTAAAATGGCCCATATCAGCCTCAATGGCAAGAACGGACCACTACCAACCCAAGAACAACAAGAACAGCTCCAAGCAACAAAGCTACTACCTTGCCGCAACTATCTCCAAGGTTATTGTAGCTATGGTGATAAGTGTAACAACTTGCATAGTTACATTAACATCAACAGAGTCAACCAAGAGCTGAATAAAGGTAATTTGTTCTTATTTGTTGTGCCCAAAGGCTTTAAAACAAATTATGTCATCGTCAGCGAGCAACAGATGCAGCTACAACAACAGCTGCAGAAATTGCAAGCCGTAAATGATAGTAAACAAAGCCAACAGCAACAGCAACAGGAAGAGCAAACAAAACACCAGCAACCAGCTCAGCAAAAGCAGCAACAGCTGCACGAGCAGCAGGAGCAAGAGCCAGAGCAACTGCAGCAAGGGACGCAACAGCGTCAAGAGCAGCAAGTGCAGGAGCAAAAGCCAATGCAGCAAGAGCTGTTACAGCAGCAACAAGTGGTCGATCAAAAACAGCTGCAGCAAGAATTCCAAAATAAAATCAAAACTCAGCAAGAAGAACTTCAAAAGAAAAAGGACTTAAAGAAAGAAGAAAGAAGGCAGCAACGAGAGCTGGCATACAAAAAGTACGACCAGCAACAGTCAAAAGAAAGCTTAAGCCAGAATAGCCAAGAAAGCAAGGACCAAGAAAGCATGAAAAGTCAGAAAGACCAGGAATGTACAAGCCAAGAAGGCCATGAAAGCTCAAAAAGTCAAGCAAGCCAGGAAAGCCAGAAAAGTCAAGCAAGTCAGAAAAGCCAGAAAAGCCAAGCAAGTCAGAAGAGTCAGAAAAGTCAAGCAAGTCAGAAGAAGGAAAGCGAGAAGACCAAGGAAAGCTCAAAACAAGAAAGGCAACAAGAAGTTCTACAACAGCAGCAAGTACAACAGCAAGCTCAACAACAACAGCAAGTACCACAGACACAGCAACAACAGCACGAGCAACTGCAAGTACAACCGGAAAGCCAACAACAGCAGGCAATCCAGCAGCAAGAAACTCAACAAGAGCAAGCGCAACAAGACGAAGTTCAAGCCACTCCGAACACACCGCAGCCACAACGGCAGCAGTATCAACCAAAAGTCATCGACCTCACGAAGGGCATACCACTCAACCTCAAGAAACCAGATGACGAATGCAAAACATGCCAAGATGCTACCAAGTATCTTGTAAAGCAAGGTCTCAGAAGAGTCGTCACTATCTTCGAAAGAAACAGTGGCAAACAGATGGAAAAATTCGCAATCGTCGTGGCCCTCCAAGGCCACTATGGAATTTTCGAGTCAGGCAATCCACGTGAGCTCTATAACGGAGAAGTTTACAACCAAGTTTTGTCATCCTCAGTCGAAGCTTATTTTATTTCAAACCCACAACGCCAACAACAACAGCCACAGCAGACTGAAGACAAGCTGCGACAACAGCAAAAGCAACAGGAAAACGAGCAAAAGCAACAAGGTAACAACCTGCAGCTGCAGCAACAAAAGCAAGAAAGCAACAACCTGCACCGGCAGCAATGCCCGCAAGGAGCCAAAAAGCAACAGCAGCAACCGCAACAGCAACAAGATAGTAACAATCAGCAACAAGAAAGGCAACAAGAAGAAATGCAACAACGACAGCAACAACAACAGCCACAAGTTGGAGAGTCCAAGTTCGAGATCACTAACATCGAAAAGTTAAGCCCGCTGACAGAAGTCAGTAGTGGTTCTTTCACTTCTACAAGTGACACCGACAACGACGCTGACAACAACATACTCCAACAGAACGTCAACCAAGCTGTCAAGTATCAGAACTTCGTCAAAGAGTTCCGCAACGCCCAAGCAAACTTCAAATACCTACCTCCAAAATACAAAGACAAGCTCGTCCAATATAAAAAGCACAAATTTGACATTTTGTACGCAAGTAAGTTCGTCGAGATGGAACCTAACCAAACGAAAAGGTACCACAACGAGAACTTCGTATTTTGTAAAGAGGAAGGAGGTGTCTTATATGGTTACTACCATAGCGACACCAGTGAAGACGTTTATGAGGGAGTTGATTTCCCATGTATCGTCTATCGAGAAGTATTGCAATCTGTTGACTGTTATGTAAGTAAACGCAGTGAGTTCATTTATCACAAGAACGACATCTTCACATCAAGCGTCAACTTACCACTCCAGTACAAAGTCGAAACTCACATTTGGCCAGCATCCAAATGCAGAGCCGAAGGTATCAAAATCGATAAGAAAACACCACTCAACACCAAGGTCATCGTCTGCTACCGCTATTGTCAACTTGTCGAAGGCAAAAACACCTTCCAACGTCACGTCAAAGACTTGCTAGAACAACACTCTAGTCAAGCCGGCGACGACGTAACAGTTATCACAGACCCACTGCGAATCGCAAAATCACAAGTAAGCTTATTGCTGAAATTAATGGACAACCACCTCCGCCACGGCGTCCACATGAGCATCAACAACTATCTTAACTGTCAGTCCACCGAGTTTGCACTCGTTTTTAACAACTTTGACTTCAGCATCACGAAATTCGCACTTGCACAATACCAGCTATGTGCCAACGGCAACGAGCTAGAACCAGACCTGCACGGCGTTTTCATTAAACAACTGTGTAGTCAGGTCAACTTCAAATACGTTGCCCCTGACGAGCTAACATCAAGTAATTATGGCAAAGTCATCTTGAATATCATCAAGCAGAACGTCGTGCGTGTTGACAATAAGATACCTTACGAATTCGACATGCCAGACAGCTTGGAAGTCAAACCCCAAGTCGATGATATCGATTACGAAAAGCTAATCGGTAGAGGAGCTTATGGTAGAGTCTTTGGTAGTAAATCAGGAAAGTTTGTATTTAAGCTACAAGGCTTACAAAGCTCGCAATATGAGCATAAGATCTTAAACTTAGTTAAACACCTCAACGTACCACAAGTCGTCGAGCATCACGAATTCCAAGAACAAGGAGTCGGTATAATAAAAATGAAAGCACTCGAGCTGAAAACTCTCGACGTTTTGAAAGTCGATGAGAATCAAGATTTAACTACCAGGCAAGATATGTTGATGCAGTGTTTAGAACACCTCGAACAGGTTTTGAAAGTCGGCATCGTCCAAAACGATTACCATATGGCTAATATGGCATGGACGAGTGAAGGAAGACTTATCGTGTTAGATTGGGGAATTGCAAAAACAAGAAAAGAAGGTCAAGAGCAAGAGTTCAAAGCAATTGTGTATGCTTGGTATGTCAATTTAATCATTGACGTATTAGCTAACATATTCTTGGACTATTATGATGATGTTTATTACATCACGAAACAGAAAGACCTGTTGTGTTACTTCGAATGGTTCATGGACGAGGAGTTATTCTCCAAAACACACGAGCTATTCGGAGATGAATATCATGACATGCTCCACCATCCACCAGTCCAAGAGGACGAAGAAGAGGAAGAGAGCGATTGGGAATCTGAGTATTCGGACAACCAAGAATTGTCAGAAGACCAACAGGTACAGGAAGTAGAATATGGGCAACCTCAACAGCAATGCCAGGAAGTAAAACCTCAGGAGCAATTCCAAGAAGAAAAACCCCAACAGGTGAAACCTCAGGAAAAACCTCAGGAAGTAAAACCTCAGGAGAAACTTCACCAAGAAGAAAAACCCCAACAGGTGAAACCTCAGGAAAAACCTCAGGAAGTAAAACCTCAGGAGAAACTTCAACAAGAGGAAAAGCCCCAACAGGTGAAACCTCAGGAAAAACCTCAGGAAGTAAAACCTCAGGAGAAACTTCAACAAGAGGAAAAGCCCCAACAGGTGAAACCTAAGGAAAAACCTCAGGAAGTAAAACCTCAGGAGCAACTTCAAGAGGAAAAACCCCAACAGGTGAAACCTAAGGAAAAACCTCAGGAAGTAAAACCTCAGGAGCAATTTCAAAAGGAAAAAAACCAGGAGGTGAAACCTCAGGAAAAATCCCAGGACATCAAGCCCTTTGAGCAAGTTCAAAGCCTAACTATAGCCACTCAGCAACCAAGCAACCACACCAACACAAGCAGCTTACTAACTTTGACTCAACATAAAATCAACTGCGTCAACAACGAGATTAACCAAGTCCAGCAACAACTCACTCGACTCAAGAAAGGAAAAGCAAAAGCACAAAAAGCAACACTCAAAGCCAAACTCGAAAAACTCAATAGCAAGAAAAGCGAACTCGAGAAGCAGTTGAATGGTAAGTCAAGAACATCCAAGTCACCAAAGAAAGCAGACCAGCAAGCAACTTCTAACAAGCCACAGCAACGTGAACAAGTACAACACAAGCAACTCAACGACATACCAAACGTCAACAGTGGCATGACTAAAGTCGAGCAACAAGCGATCGACTGGTTCGAGATGACAACATCACCAGCCAGTTCGAGAGCTAGTAGCTCAAGTGGACCATCAGCGGCAACAGCCAACGAGCAGTCCACAACTGCCAAACCAAGCCACAAGCATGCCACAGTAGCTATCACGACATCTAAGCCAGCACCAGCAACAACAGTGCAACATAGACTCAGCGAGCTCCAGAAGATGGTATTCAGCCTGAAACAAGTTGACACAAGCTTGTTGGACAAACACCAACTCTCCTGCCATAACAAAGTACTCCAAGAGTGCTTTGAGCAAATCCAACAACTCGCTCACGAGGTCGACAGCCAAGGCACCAGCAACTCCAGTGAGAGTTCTAGTTTACTTCCAAGTCAATCTTACCACGAAGTCAAAGCACCAAGTCAACCAAGCCGAGACATCTTAGCTACAAGCAGGCAGAAACGACCAAAGGTATTTTGCATCCGTGAAGTGTCTGACATCGACATCAAAGTCAGCACAACAGCTACAAGCTGCAAGCCAGGAGTCAACCGATGCTTCATCTACGCAGCTGAGGCAGCTCTCGCAACTCTCGGCCAGTATTTCACACAAGAGACACTCAACAGCTTGTACAAACTCGCCGACAAAGGCCAACACGATGCATCTGAAGTCATCGCTAGAAGCGGTCTACCAATCATCCAGACTGCCAAGTGCATCTTGCACGGAACTTGTGAGCTCATGACACCATGCTGTAGCAATGTCGTACCTAACACGACACGTACGAACATCTTGGTCAAAGAACACATCGCCAGTACATCCGCGTACGGTCTCACGACACTCGAGCCACTCGCCTACTTGCACTACTCAGGTAATGCACTCGCAGGCCACTGGAAATGTTCTTACAACACAGCACAAGGAGTCAAGAAAATGAAGGACAGTGGTGTCACAAGTGTGATCAACAAGCACCCTAAAGCAACGTGGACACTCTGCAAAGTCGCATTTAACACCGAGCTCGCACTCACGAATGACGACATCACGAGCAACGAAAACGTCACCATCATCAGCCAGAACATCAACCTCGTGGCATCAATGCTCACAGTCCACGGTGATCCAGTATACCACGATGCCACAACACTCGCCATCGTCCGAGACAAAGACACAATCACAGTCATCACACCAGACGCAGTCGCCAACCACGACTTCACAGCGAGCTCCAACGTCTACTGTCTCGAGTATCATCTACAAGTTTCCAAGAAACTCAAAGCAAGCAAATGTCAAGTCAAAGAACCACAAGCACCAGTAAGCAAGTTCGAACTAAACAACAAGAACAAAGATAGCACCATCAAGGTAATGCAACGCAACTTAAGGCAAGAGCTCACAAAGTACTATAGAAACAACCTCACAACAGGTGGTCCAATCAAGACACTCGTAGTCGGCATCGGCAAAGGCAACGACGCTCCACACTACGCTGCCGCAAACGGCGGAAATGGAATCGTCTATGACGGATGCGATATCAGCAACGAGGCTCTCAACATCTGTGCCACGAAGGTGCCAAGTACTACAACGTTGCACCAGAGTGACATCAACACAAGACAGTTCGATATACTCTGCAAAAAGTACGACTTGCTAGTCAGTACTTTTAGCTGGCATTTTAAAGACAAGATCAAGTGCGGCAAACACCACGAGTTCCACATCATACCAGTCTACAATCCAGACACGTACGACACGTGGAGCCAGTACTATGACGTGACAGTCCACTCGAAGGACGACACGAGCATCACGCACACGATCAACATGCCAACATGTCGGACAACTGAGACACTCCACACTATAAAGTGGTGGTATCAACAGTATTGTAGCAACATTACAATCAAGTCACTCCAGACCGAGTTCAACTCAAGCAACAGACACTTCAGCAATTTCATCGTCGTGATCCACACCGGACACAAGACATCAAGCACTAGTACTAAGACAACTGCAACCACACGATCAAGTCTAGTCAAAGGAAACCACTCAGCAAGTCGCTCCAGCAGCGTATCTAGCATGAGCGATTCCACGACTAGCAATACAACTGTAACCGCAAGCTCAGAACAAGCAATAAGCAACCAAGTCAAAGTACCACAACTCCCAGCCGACAACCACGACTGTAACACAATGCAACCAAGCGACGCAGACGATGAGAAGACGGAATTCGAGCAGTGTCAAAGTAGGGGTAACATTCCCATCACTATACACTCATGCGAATCTTCTGACTTCACGGACACTGTGTACGCTACAAGACCAGAAAACGTCAACGCGTTTTTTTGCCGAGAATTTTGCACCAGTTGCTTTGTTCATTTGCCAAAGAATGCAGTCGTCGATAGACAACTCCTCACGAATGCTCAAGTCTACCTCAAGTGGAGCGGTATCAGCATCAACGAGCTCAACTATCAGCTCATCTCAACTCTGCACAAACGCGAAGTCATCTGTCTCGACCACCTCGAGCCAGCACCGGTAGCCACAGACGACAACTGGGTCATCAGACGCACTACGACTAAACCAGTCAAAGTGCTCTACATGTCCCACGACGTCTACAAGACCATCGACTCAACACAAGCAGCAATCTTCCACCGCGACTTCGACATCTTCACACACCAAATGAGCAGATTCACCAAGAGGCCAGTCCAGAGCGTCGTCATCCACACCAGCAGCAAAGACGAAGCAGAGTCAATCTGCAACACACTCGAACACTACAACATCAGCAACATCAAGATCGCCGAACACAGAGTCGGCCAGTTCGAGACGCTCGCATTCAACCGCAAGACATGCCAGTACGAGTCACTCCAAATCAACAAGAAACGAGCTGGCATTTGGGAGCAAATCAAAAGTCACTGTTACGACATCAAGAAACCGTACCTCATCGAGTGGAACGACATCACCGACGAGTGTAGTCACGAAGACAAGTACAAAGCAATCGCTAGCTTCAGCGACAAACACGGCCTCGACAGCTACCAACGGCTCATCGGCGCCGACAAGTGCGTCTTCGTAGACTACAAAACCAGCACCGACACGAACCCAGACAAGCTCGACGACTACTACCGTAGCCGCCACGCAACTGAAACAGGCAAGGAAGTGGTCTATACAGCGGTCTTCAAGCTACCACCGACAGATAACAACGAGTCCAGGACAGTCTTCGCGGCTCTCGCAGTCACGAAAGACGGTAAATCACTGTACATCAACGGTGATAAAACCCAGATACCAGCTTCAGACATCAACAAGGCACTGTATCACATCATGCAAGCCAAGTACGGCAACAACACAAAGATCATCGGCGAGGTTTACTCCAAGTTCTTCAGCCCTGAAAAGGAAGATGCCGCAGCTTATAGCTACAAAGACCTCTTCACGATCTTACCGTTCTTGCTATTTGTCTTGCAACCTGGATTCTTCACGTTCGCTTTGTCACTCGCGATCATGGCTTTCTTTTTATTCGACAGACAAGCACTGCGCAACTTCGCCACAACAACGCACCAGCTGATCAACACAGTCCTCGAGTACGAAACCGCAGCAGCCATGAGCTATTGTCGTCTCGGTGACTATCGAGTCACTAAGTACATACTCGCCACAGCCAACTCTGTGATCTGTCTGTACTTGGTCCTCTATACTTACTGGTCATGTGTGTCTAACCACGACCTCATTGACACGACGCTACCGCCGTACCACAGCTACGTGCAACGCATACTCGCATTTTTAGACTACATACCATCAGTCCACGAGTACGCAAACGCAGTGACGCTCAGGGAACTCTGCGGATCTAATATCATCTGTAGACTTGGATCACCGTATAACAAGCTGTATCTCGACCAGTACAAGCACTATGTCACAAACAAGAGCCACATTTTCCGCGACAAGCTAATGTCAATGTTTTCCTTTTATACACCATGGGGAATGCTAATGTACTGCCTCGACTTCAAGCCGTCAGTGCATTTAGTCTGTTATAACATTTTAATGACAGTCTTCATTGCGTATCTAAGCTTCCGCCGATTCTTTACTTGCTGTAAAGCATCTGGCCCATTCTGTGCCAAACACGCAATGCTCCGCACGAACAACATCCAGTACTACTGTAGCGGCAAGCCACATAACATCCAGGCTATCAAAGTCAAGTACTGCACTAAGCACAAATGGTGGTGCAACACCACCCAGGAGCATCTGCTGCCGCACCCAATCGCCAGAGTCATCGAAGCTTCCACACAGATGAAGTCTAACTTCATCAAGTCTGACAATCACTTCAAGTACGTCAGCCAGATACCAGATCGTGAGCTCCCAGACAACTTTAAAGACTATAACCACAACTTTGTCTATAGCACCAAGAACTTGTCGTACCTCGAATGGACACAACGAGCAGCCCTCTTCGCATATTGTTCGAGCACGAAGGTTAAGATCTCAAGTTACGACTCAGGTTCCATCACGAACCAGAAAGTCGAAATGACACAACAGATGCTCGACTACTTCAAGACCAACGAAGACTGGAAGTATAACTACGTCGCGGCCCAACAAGCCGGTCGTAGGAATATTTTGCATGTCGGATTTCTTGAAAGTATGACTGAACAGGAACTTAGCGAATTCTATGAATTCTGCTGTCAGTACGACCAAAGCTACACCAAGACTTGCATCAAGCGAGATAACTTTCTCAACGGTAAAGTACCTGACTGTTTTAAGTCAAGCCGCTTATTAAGCACCAAGTACCACAGTGACACAATCTATCTCGACAGCTTCGCAGTCGAGCACCACGACGACATCAAACAGCAAGCGAGTCAACACCACTTCTTAGTGTCGCAAGGCAAACCTAAGAAGTACATCAACTCGAAACGCAACATCTTCATCGCACTCGCAGTTTTACTAGCGATCGCACTCACACGAGTCGCATATCGCAAAGTCGTCAAGATCAACACTCCAGCAGGACTCAACCCAACAGGCAAAGACTACGCAAAAGGAACACTGTATCTCCACGAGAACATCATCGCAACACCAGTCGCATATGGCAACAACCGAAGAGTCCAAGCATGGCACTTCAGCAACGGGACGTTCGCTTTCACCGAAAAGCGCAGCACTCTCATAGCTAAGACGTCATGCGGAGAATTCCAAAACAGTTTTCTCCAGATCGAGACTTATCACCAGTCATGCGACCAATATTGGCCACTGGCCATCAACTTTTTTAAGCTGTCCATTTATTGGTTCCAAGCCGACAAGGCGTATACAACACGCCATGGTGATTATCAATCACAGGAAGGTGCAATATGCTTTGGATTGTCAGACTCCTTAGTCTGCCACGAGACAATGTCGATTTACACACCAGCTGCATTCGTCTGGATAACATCTAGCGTCGTGCTGTGCTTCGTGCTCAGCATCTTCTGCTACATCAAGATGAGAGGTTGCTTCGGTAACTATACCAGCTCAGTGCTCATCCTCATGACAGTACACGCTATCACCGTAGTCTTGTACTTGTTCGTGCCCGGACTTGCATTCGTATTCGTCATTGCATTGTTTTTCATTCCAGCATATCGACTCGTCATTGGCACCTATAGCTTTGTGGTTTGTTCCATGTTTCTCGGTCTCAACTTGGTCGTATTGTTTGGCCTATACACAATCGTCTTTCTCACCATCTTCTGGTTCTCACGAAACCAGACCAACGACGTCGAGTATACGCCATCAGGAGTCGTCTTCAGTTCCAACTTCAGCGGAATCGCCAAAAACGCATTCCTGCTGACCCCTGAAAACATACCCACAATAATCTCAGTGACAGGCAAAAACTACGCCCAGTTACTCGAAATGTCAACAGGACCACAGCTGAAACCAGAGACAGCTCTTGCTAATGCAATCCTCAAGTGTAGCATCACGAATACCAAGATGCTTTACGAGCCGCCTAAGAGCACAAGACTGCCAGTCTACTTGCAGTCTAAACTCAACAGGCTCTCGGACATCGTCGTCAACAGCGCCCAGCTCACTAACATCTGTGGCATCCATGACGGAACAGGCCTCATCGGACACGGCATCTTCACGACACCGACCACAGTCCTCACCGCAAGACACTGCTACACCACAGCAGCCCAAGTATTCTATCGAGGCCAACTGTTGCAAGTCAAGGACCACCACGAAGTCGGCTTCAACACAATCTTCACAGTCGACAAGCAAGACAACATCAAGCCACTCGCAATCGACAACCACCACGAACTCGAACTCGGCACCCAGTACACGCACGTAGTCTCACCACTCGACGACCAAGCAACAGTCACTGTGCACCAACTGTATCCAACACCGTCAGGCCACTTCGCCCACGCATCCACGATCGCAGGCGAATCTGGCTCACCGATCTTTTACCACAACAAGCTAGTCGGCATCCACCAGGCAATGGTCAAGTCTAAAGAACACACCGGAGCCCACGCAATCGCATGCCGAGTCGATGGTACGCCATTCGACAGCAGCTTCCATGATACACTCATGGCAGCAGGTAAGATCCAATTTGACGGTAACGCACTTTTGAATCACTATCTCACCACCGAATGTCGGAAAGCAATCTCAGTCCGTGATTTTAACAACCAGATCACCGAAGCTAACAGGCTTATCAGCAACTATAGTCACATCAGTATCATCAACGACCCTGTATTATTACAAGCAGAGCCACGAGACTTAAAACCTCTCATGGAATTTTTGAAAGACTCACCAGTCATCAGAGAACACCACTGTAAACCATATAAGATGGGTAATGACATCAAGCTTCAGACAAGAATCAGCCAACGCATCATCGTACACTGTACACTCAGCAACATGCTGAGCTTTTGTATGACACTCACATACTTTCTCACAACTGCAATCTACGGTACGCTCACGCTCAAGAACTTCATCGACTTACTACTCGCGGGCTTCATGCTCACGGTAGTTTTTCGGAGTAGGCATGTCGTGTTCTTACTCACAACAGGAGCATATTTTGTCAACATGCTCGAGTTGTTCTTGTATGTCTGTCATACAAATATCCAAGTCATCAGAAACATTTTTTCAAGCAACGACGAAATTTACGCCCACGTCGTCCAAACGGTTGTGCGTTTTGGTCTCCAAGACGCCCTGTTATGTACAGTCATTCTCATCGTCATGATGCTCAAGTTCATCTTATTGCCACTGCGCTGTGTTATTTTTACCATCATCTACTGGACACTTGTCTATTGCTTCGGTGTCGTCAATTTCTACACCATCGCGGTATTCGTGTTCAGTTTCGCTAACACATCAAGCTGGTTCACTTGTCTGACACTGTTTTTACAAAACACAATCTATTTTCCAGTCTGGTTCACACTCAACATTGTGTTGTCCATGCGCATCGGACTTCCCAAATGGGTCATTAATCGATACCACCAAATCACATCCGACAGCGTCCGAGTCAACCGAGGGTATTTTTGTCACCATCTCGCAACTTATCAAAGGCCACCATCATTTTTTGAAGTGCTCATAAGTCAGCTATTTTATTCGCAAGACGACGTCATCGAGTACATCCCACAGTCCAAGATTGTGCCATACTCAGTTGTCGGTTCTGCCACACACTACCCTAACGTCAACGCCAAGAGTCTCGCACTCATGTCAGGTAGTGACAGTAAGACGCTCTATGCTCACTTCATCTCCGCAGTCGAGGCAGTCTTACAATCAACGACAGCCGCCGACCAGCAGGCATTTATGGAATGGTGTGCAACTACATGTGACCAAGAAACCCTCGAGAAATGGCTCGAAGACAACCCAGAAGACATTCAGAACAAGTTACGCACGAAACGCCGGAACATCATCCACGCCAGGATCATGTTTCTGAAAGCCAAAGAAGAAAAACTCCGCAAGCAAATCAACCTCATGCAACTCGAACAAGTCCGAGGCATGATGCGTAGTGAGCTGTCTATCAAGCTCTGCGACGTACTCAACCGATCAGTCGCCGAAATGCAAGAAAAGGCAAATCTGCGTACTAAAACGTTCGGCAAAGGTATCATCGCAGCAAGCACACTCACAGTTCCAGAGGTACTCGTAGTCACCAACACGAATGGCAGAGACAAAATCAGCTGGGATGACGAATCCGAATGCTTCTGCTTCGAATTCGAAGAGGCAATCTATCACATCGCAGAGCTGAACACAAACACAGGAACAGCTATCAAGACCGAAGCTGAACTCAACGCACTCACAGCCACGAACTTTCCACTGTACGGCAAATTACACGACTTCTCATTCGACGGAGCAATCAACCAAGCTAACATCGGCTACACTATCAAACTCCACCAGATCAAAATCAACAGATCAAGCTCAGGCATCAAGATCGAATATGCCGCAAGCTCTGACAAAGCAACGAAGCCGATACTCGAAGAAGTCCAAGAAGCAAACGACAACACAGTTTTACTCGTGGCAGACGGCATCCTCAGACCATTCAAAGTCAATTCTAGCGTTTCGGCTCCGGTCCTCGCAGCAGTCATGACAAAGCTACGTCTCGACAGCCCAGAACTGCAAGCCATCAAGCTCGGGGGACTCGAAAATGTCACTGAGCATGTCGCCACATCCAACCAGCCGCTCAGGTGTCGAGGGTACACCACGTACTTCGCACCGTCACTGTGTAAATACTGCCGTACGAACATCGAACATAAATGCAAATACCAACAGTTCGTGCAAATTCCTGTCAACGAAGATCCAGACAAGTACCTCAGCAGCCACGACATCTGTCAACACAACAAGTTCAACTGTGACACATGTCACGGTAAAGTGACCATCCAAGCAAGGCCAAGCACCACAGTCAAGCCGGCTGACAAACTCCGCGAGCTGCGCAAACTGGCAAAAAACTCGTCTCGTCCGCAGTGA
Protein
MVLIVPLAYTNRPPICKPRRYSVLPSYHHKYGSDMIKRNIYYRGTDITPAPMSRVARGNYIQSVQDQPNTKKNKKITFNENVKVVEITNNKESHVMADNQTASNAQPKVHAAHNSAPNFAPGKVANDSAPQKKTFAQVARNSEVQAASNSAPQEEEKFFFVAAIKRRGRRSAKTKAEAEVSPVKETEESAQKATPNFEPENAHVKETALKATPNFTVTTIPINKISYAAVMANAVNATNNTKEATAAAVANAVNANLGEGTPVVPAGIPKGKRTSDSSYELQATNPSVATPVLVNEASEDVEVAKVEEPTSIAHEQQHKTAPTPSSSNTTPNYAAAVRAKAKSATTAVATTSSNVITSKAGTATAKAGTPTTAQQPQLQAAIINSYAAAVRAKTTQSSNAMTSTVGTPTSTCGAMTPNENRIVATVDELLSSNTAAIVTKNKKESGAQLDGNTAASSLKKIITSGEHHDTKAEQEASMQNKLGPVVKDYLSSLVSLFNKTPTEEPEKDIAEAIVSLAKSYAVAVTDITTSTNTYGKKTDGTSVSSNQGSKQQLNYQHSNHNTKFLCETLNEITATTTVHGFIQPHDFAYSTNCSSVTVSNHHLQAACSQVSPSTHQCVNTARELILSALTDITQEEYNVLKFTEVTNFAGLKGILPRGYTFNATQHVNNFTIAIWKHNELPITHVAVLNTDSVSTVIYETKDNEVNLSEFSEPHLYELVKINQESTERTTSTKYEEIGRNNLFHSPTALPRDYIQVPTFCTKANIKVKPKSKILDLKTAYQQFKKELKDLSMTVPFNPEESQKTSIYSQFDNDYRHFNGEFVTSGVGNQHLTTVTDVTDNETVRSLDMAIKTASSRLEVRQLKHHVKVSRKVENKIIKGTNIWSPLKVTETVRLGKMCNKNHNFECKKQIEEKLCIMCKHQWYVQRTGGVFDTEIGQTLVHMQLCVVCAIEFTDYECDCEKQNIEVCAFKRSELNQHQLEEFKKNKDIQFRKTQQNQQQRNERNDFKEIQESEDLPQHFFHHNHLALRGAKKVVRLGKYSFVKVYDKIWDLPAFGSPSSQQQQQQQQQSKQQQQQQQQQQQQQPGYQRQQQPRQQCQQQPRQQQTGQQRQQQPRQQWPQQKQQYQRRYPRQQWQQQQGQPGQQQQQQPRQQWQQQQGQPGQQYQQQQQWQQQQSQQPQENNYQKMQQQQQQQQQEEIIKNLKLKLQQQEEMNGKLLKQQEEMNKNLENMQKQMQQQMQQQQQMQMMYMQQMQQMQNQMQQQNQQQMQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQVQSQAQRQQQQKQQQEIVQPQGQAQRQQQKQQRDQQQQQQQQHHEQQDQPQQMDQEQASNYINDLTTSQWFETVTTEMSRHYRKNAICRHNLYGKCRFGSKCKMAHISLNGKNGPLPTQEQQEQLQATKLLPCRNYLQGYCSYGDKCNNLHSYININRVNQELNKGNLFLFVVPKGFKTNYVIVSEQQMQLQQQLQKLQAVNDSKQSQQQQQQEEQTKHQQPAQQKQQQLHEQQEQEPEQLQQGTQQRQEQQVQEQKPMQQELLQQQQVVDQKQLQQEFQNKIKTQQEELQKKKDLKKEERRQQRELAYKKYDQQQSKESLSQNSQESKDQESMKSQKDQECTSQEGHESSKSQASQESQKSQASQKSQKSQASQKSQKSQASQKKESEKTKESSKQERQQEVLQQQQVQQQAQQQQQVPQTQQQQHEQLQVQPESQQQQAIQQQETQQEQAQQDEVQATPNTPQPQRQQYQPKVIDLTKGIPLNLKKPDDECKTCQDATKYLVKQGLRRVVTIFERNSGKQMEKFAIVVALQGHYGIFESGNPRELYNGEVYNQVLSSSVEAYFISNPQRQQQQPQQTEDKLRQQQKQQENEQKQQGNNLQLQQQKQESNNLHRQQCPQGAKKQQQQPQQQQDSNNQQQERQQEEMQQRQQQQQPQVGESKFEITNIEKLSPLTEVSSGSFTSTSDTDNDADNNILQQNVNQAVKYQNFVKEFRNAQANFKYLPPKYKDKLVQYKKHKFDILYASKFVEMEPNQTKRYHNENFVFCKEEGGVLYGYYHSDTSEDVYEGVDFPCIVYREVLQSVDCYVSKRSEFIYHKNDIFTSSVNLPLQYKVETHIWPASKCRAEGIKIDKKTPLNTKVIVCYRYCQLVEGKNTFQRHVKDLLEQHSSQAGDDVTVITDPLRIAKSQVSLLLKLMDNHLRHGVHMSINNYLNCQSTEFALVFNNFDFSITKFALAQYQLCANGNELEPDLHGVFIKQLCSQVNFKYVAPDELTSSNYGKVILNIIKQNVVRVDNKIPYEFDMPDSLEVKPQVDDIDYEKLIGRGAYGRVFGSKSGKFVFKLQGLQSSQYEHKILNLVKHLNVPQVVEHHEFQEQGVGIIKMKALELKTLDVLKVDENQDLTTRQDMLMQCLEHLEQVLKVGIVQNDYHMANMAWTSEGRLIVLDWGIAKTRKEGQEQEFKAIVYAWYVNLIIDVLANIFLDYYDDVYYITKQKDLLCYFEWFMDEELFSKTHELFGDEYHDMLHHPPVQEDEEEEESDWESEYSDNQELSEDQQVQEVEYGQPQQQCQEVKPQEQFQEEKPQQVKPQEKPQEVKPQEKLHQEEKPQQVKPQEKPQEVKPQEKLQQEEKPQQVKPQEKPQEVKPQEKLQQEEKPQQVKPKEKPQEVKPQEQLQEEKPQQVKPKEKPQEVKPQEQFQKEKNQEVKPQEKSQDIKPFEQVQSLTIATQQPSNHTNTSSLLTLTQHKINCVNNEINQVQQQLTRLKKGKAKAQKATLKAKLEKLNSKKSELEKQLNGKSRTSKSPKKADQQATSNKPQQREQVQHKQLNDIPNVNSGMTKVEQQAIDWFEMTTSPASSRASSSSGPSAATANEQSTTAKPSHKHATVAITTSKPAPATTVQHRLSELQKMVFSLKQVDTSLLDKHQLSCHNKVLQECFEQIQQLAHEVDSQGTSNSSESSSLLPSQSYHEVKAPSQPSRDILATSRQKRPKVFCIREVSDIDIKVSTTATSCKPGVNRCFIYAAEAALATLGQYFTQETLNSLYKLADKGQHDASEVIARSGLPIIQTAKCILHGTCELMTPCCSNVVPNTTRTNILVKEHIASTSAYGLTTLEPLAYLHYSGNALAGHWKCSYNTAQGVKKMKDSGVTSVINKHPKATWTLCKVAFNTELALTNDDITSNENVTIISQNINLVASMLTVHGDPVYHDATTLAIVRDKDTITVITPDAVANHDFTASSNVYCLEYHLQVSKKLKASKCQVKEPQAPVSKFELNNKNKDSTIKVMQRNLRQELTKYYRNNLTTGGPIKTLVVGIGKGNDAPHYAAANGGNGIVYDGCDISNEALNICATKVPSTTTLHQSDINTRQFDILCKKYDLLVSTFSWHFKDKIKCGKHHEFHIIPVYNPDTYDTWSQYYDVTVHSKDDTSITHTINMPTCRTTETLHTIKWWYQQYCSNITIKSLQTEFNSSNRHFSNFIVVIHTGHKTSSTSTKTTATTRSSLVKGNHSASRSSSVSSMSDSTTSNTTVTASSEQAISNQVKVPQLPADNHDCNTMQPSDADDEKTEFEQCQSRGNIPITIHSCESSDFTDTVYATRPENVNAFFCREFCTSCFVHLPKNAVVDRQLLTNAQVYLKWSGISINELNYQLISTLHKREVICLDHLEPAPVATDDNWVIRRTTTKPVKVLYMSHDVYKTIDSTQAAIFHRDFDIFTHQMSRFTKRPVQSVVIHTSSKDEAESICNTLEHYNISNIKIAEHRVGQFETLAFNRKTCQYESLQINKKRAGIWEQIKSHCYDIKKPYLIEWNDITDECSHEDKYKAIASFSDKHGLDSYQRLIGADKCVFVDYKTSTDTNPDKLDDYYRSRHATETGKEVVYTAVFKLPPTDNNESRTVFAALAVTKDGKSLYINGDKTQIPASDINKALYHIMQAKYGNNTKIIGEVYSKFFSPEKEDAAAYSYKDLFTILPFLLFVLQPGFFTFALSLAIMAFFLFDRQALRNFATTTHQLINTVLEYETAAAMSYCRLGDYRVTKYILATANSVICLYLVLYTYWSCVSNHDLIDTTLPPYHSYVQRILAFLDYIPSVHEYANAVTLRELCGSNIICRLGSPYNKLYLDQYKHYVTNKSHIFRDKLMSMFSFYTPWGMLMYCLDFKPSVHLVCYNILMTVFIAYLSFRRFFTCCKASGPFCAKHAMLRTNNIQYYCSGKPHNIQAIKVKYCTKHKWWCNTTQEHLLPHPIARVIEASTQMKSNFIKSDNHFKYVSQIPDRELPDNFKDYNHNFVYSTKNLSYLEWTQRAALFAYCSSTKVKISSYDSGSITNQKVEMTQQMLDYFKTNEDWKYNYVAAQQAGRRNILHVGFLESMTEQELSEFYEFCCQYDQSYTKTCIKRDNFLNGKVPDCFKSSRLLSTKYHSDTIYLDSFAVEHHDDIKQQASQHHFLVSQGKPKKYINSKRNIFIALAVLLAIALTRVAYRKVVKINTPAGLNPTGKDYAKGTLYLHENIIATPVAYGNNRRVQAWHFSNGTFAFTEKRSTLIAKTSCGEFQNSFLQIETYHQSCDQYWPLAINFFKLSIYWFQADKAYTTRHGDYQSQEGAICFGLSDSLVCHETMSIYTPAAFVWITSSVVLCFVLSIFCYIKMRGCFGNYTSSVLILMTVHAITVVLYLFVPGLAFVFVIALFFIPAYRLVIGTYSFVVCSMFLGLNLVVLFGLYTIVFLTIFWFSRNQTNDVEYTPSGVVFSSNFSGIAKNAFLLTPENIPTIISVTGKNYAQLLEMSTGPQLKPETALANAILKCSITNTKMLYEPPKSTRLPVYLQSKLNRLSDIVVNSAQLTNICGIHDGTGLIGHGIFTTPTTVLTARHCYTTAAQVFYRGQLLQVKDHHEVGFNTIFTVDKQDNIKPLAIDNHHELELGTQYTHVVSPLDDQATVTVHQLYPTPSGHFAHASTIAGESGSPIFYHNKLVGIHQAMVKSKEHTGAHAIACRVDGTPFDSSFHDTLMAAGKIQFDGNALLNHYLTTECRKAISVRDFNNQITEANRLISNYSHISIINDPVLLQAEPRDLKPLMEFLKDSPVIREHHCKPYKMGNDIKLQTRISQRIIVHCTLSNMLSFCMTLTYFLTTAIYGTLTLKNFIDLLLAGFMLTVVFRSRHVVFLLTTGAYFVNMLELFLYVCHTNIQVIRNIFSSNDEIYAHVVQTVVRFGLQDALLCTVILIVMMLKFILLPLRCVIFTIIYWTLVYCFGVVNFYTIAVFVFSFANTSSWFTCLTLFLQNTIYFPVWFTLNIVLSMRIGLPKWVINRYHQITSDSVRVNRGYFCHHLATYQRPPSFFEVLISQLFYSQDDVIEYIPQSKIVPYSVVGSATHYPNVNAKSLALMSGSDSKTLYAHFISAVEAVLQSTTAADQQAFMEWCATTCDQETLEKWLEDNPEDIQNKLRTKRRNIIHARIMFLKAKEEKLRKQINLMQLEQVRGMMRSELSIKLCDVLNRSVAEMQEKANLRTKTFGKGIIAASTLTVPEVLVVTNTNGRDKISWDDESECFCFEFEEAIYHIAELNTNTGTAIKTEAELNALTATNFPLYGKLHDFSFDGAINQANIGYTIKLHQIKINRSSSGIKIEYAASSDKATKPILEEVQEANDNTVLLVADGILRPFKVNSSVSAPVLAAVMTKLRLDSPELQAIKLGGLENVTEHVATSNQPLRCRGYTTYFAPSLCKYCRTNIEHKCKYQQFVQIPVNEDPDKYLSSHDICQHNKFNCDTCHGKVTIQARPSTTVKPADKLRELRKLAKNSSRPQ
Summary
Catalytic Activity
ATP + H2O = ADP + H(+) + phosphate
a ribonucleoside 5'-triphosphate + RNA(n) = diphosphate + RNA(n+1)
a ribonucleoside 5'-triphosphate + RNA(n) = diphosphate + RNA(n+1)
Similarity
Belongs to the coronaviruses polyprotein 1ab family.
Uniprot
Pubmed
EMBL
Proteomes
Pfam
Interpro
IPR032592
NAR_dom
IPR027352 CV_ZBD
IPR014828 NSP7
IPR001205 RNA-dir_pol_C
IPR002705 Pept_C30/C16_B_coronavir
IPR036333 NSP10_sf
IPR009469 RNA_pol_N_coronovir
IPR032505 Corona_NSP4_C
IPR009466 NSP11
IPR042570 NAR_sf
IPR008740 Peptidase_C30
IPR037204 NSP7_sf
IPR007094 RNA-dir_pol_PSvirus
IPR027351 (+)RNA_virus_helicase_core_dom
IPR029063 SAM-dependent_MTases
IPR018995 RNA_synth_NSP10_coronavirus
IPR038083 R1a/1ab
IPR041679 DNA2/NAM7-like_AAA
IPR036499 NSP9_sf
IPR037227 EndoU-like
IPR014829 NSP8
IPR009003 Peptidase_S1_PA
IPR014822 NSP9
IPR013016 Peptidase_C30/C16
IPR014827 Viral_protease
IPR022570 B-CoV_NSP1
IPR027417 P-loop_NTPase
IPR038123 NSP4_C_sf
IPR037230 NSP8_sf
IPR042515 Nsp15_N
IPR009461 Coronavirus_NSP16
IPR002589 Macro_dom
IPR027352 CV_ZBD
IPR014828 NSP7
IPR001205 RNA-dir_pol_C
IPR002705 Pept_C30/C16_B_coronavir
IPR036333 NSP10_sf
IPR009469 RNA_pol_N_coronovir
IPR032505 Corona_NSP4_C
IPR009466 NSP11
IPR042570 NAR_sf
IPR008740 Peptidase_C30
IPR037204 NSP7_sf
IPR007094 RNA-dir_pol_PSvirus
IPR027351 (+)RNA_virus_helicase_core_dom
IPR029063 SAM-dependent_MTases
IPR018995 RNA_synth_NSP10_coronavirus
IPR038083 R1a/1ab
IPR041679 DNA2/NAM7-like_AAA
IPR036499 NSP9_sf
IPR037227 EndoU-like
IPR014829 NSP8
IPR009003 Peptidase_S1_PA
IPR014822 NSP9
IPR013016 Peptidase_C30/C16
IPR014827 Viral_protease
IPR022570 B-CoV_NSP1
IPR027417 P-loop_NTPase
IPR038123 NSP4_C_sf
IPR037230 NSP8_sf
IPR042515 Nsp15_N
IPR009461 Coronavirus_NSP16
IPR002589 Macro_dom
SUPFAM
ProteinModelPortal
PDB
5YNQ
E-value=0.016 Score=39.3 Identity=36.25%
Cov(Q)=1.38% Cov(P)=57.14%
3D Structure
Ontologies
KEGG
GO
GO:0033644 C:host cell membrane
GO:0008168 F:methyltransferase activity
GO:0004197 F:cysteine-type endopeptidase activity
GO:0039520 P:induction by virus of host autophagy
GO:0003724 F:RNA helicase activity
GO:0039694 P:viral RNA genome replication
GO:0005524 F:ATP binding
GO:0006351 P:transcription, DNA-templated
GO:0008270 F:zinc ion binding
GO:0019082 P:viral protein processing
GO:0044220 C:host cell perinuclear region of cytoplasm
GO:0016896 F:exoribonuclease activity, producing 5'-phosphomonoesters
GO:0003723 F:RNA binding
GO:0016021 C:integral component of membrane
GO:0008242 F:omega peptidase activity
GO:0003968 F:RNA-directed 5'-3' RNA polymerase activity
GO:0032259 P:methylation
GO:0044165 C:host cell endoplasmic reticulum
GO:0008168 F:methyltransferase activity
GO:0004197 F:cysteine-type endopeptidase activity
GO:0039520 P:induction by virus of host autophagy
GO:0003724 F:RNA helicase activity
GO:0039694 P:viral RNA genome replication
GO:0005524 F:ATP binding
GO:0006351 P:transcription, DNA-templated
GO:0008270 F:zinc ion binding
GO:0019082 P:viral protein processing
GO:0044220 C:host cell perinuclear region of cytoplasm
GO:0016896 F:exoribonuclease activity, producing 5'-phosphomonoesters
GO:0003723 F:RNA binding
GO:0016021 C:integral component of membrane
GO:0008242 F:omega peptidase activity
GO:0003968 F:RNA-directed 5'-3' RNA polymerase activity
GO:0032259 P:methylation
GO:0044165 C:host cell endoplasmic reticulum
Subcellular Location
From MSLVP
Capsid
From Uniprot
Host cytoplasm
Host perinuclear region
Host endoplasmic reticulum
Host membrane
Host perinuclear region
Host endoplasmic reticulum
Host membrane
Topology
Length:
5803
Number of predicted TMHs:
12
Exp number of AAs in TMHs:
278.218580000001
Exp number, first 60 AAs:
0
Total prob of N-in:
0.00002
outside
1 - 3987
TMhelix
3988 - 4010
inside
4011 - 4047
TMhelix
4048 - 4070
outside
4071 - 4172
TMhelix
4173 - 4192
inside
4193 - 4471
TMhelix
4472 - 4489
outside
4490 - 4627
TMhelix
4628 - 4650
inside
4651 - 4677
TMhelix
4678 - 4700
outside
4701 - 4714
TMhelix
4715 - 4737
inside
4738 - 5120
TMhelix
5121 - 5143
outside
5144 - 5162
TMhelix
5163 - 5185
inside
5186 - 5218
TMhelix
5219 - 5241
outside
5242 - 5244
TMhelix
5245 - 5267
inside
5268 - 5273
TMhelix
5274 - 5296
outside
5297 - 5803
