Gene detail

Detailed information of XP_074622018.1 in Acropora palmata

Genomic Location: NC_133886.1:21879140...21932206
NR annotation: XP_044178809.1, A-kinase anchor protein 9-like isoform X2 [Acropora millepora]
Species Acropora palmata · all data for this species · gene families

Gene Structure

More details in JBrowse

Sequence

CDS

XP_074622018.1

ATGCAGGCAGAAAGCGTAAATGATACCTATTTAGCGGACTCTTGTGAAACGAAAGAAATAAAGAACGGGTTTATCATGGAAAGTGACGACTCAGAAAGGCAAAGAAAGCTGGAGGCAGGGAAAGAAAAGCTTAAAATGTTCCAAAAGAAAAAATCAGGGACAGGGACAGGGACGAAAAAGAAAAAGAAAAAAGGAACATCTTCCACCAGTGGCTCTGCGCAGAGCCCTTCGCCAGGAGCTAAGGAGCGGAGAAGAAGAAGTACATCTCAAGACCGTGGTGCAAAGGTAAAACCTGAGGCCGCAGTAACTGAGGAAGAAAAGGTTGCTAAAGGTGAGAGTGAGGATGGTGAAATGGAGGAAATAAGTCAAGCAGACACTGATAGAGATGCTCCCTCGATTGCTTCTGAAGTGGGATCACCTATTCCGTTTGACGCTGAACAAGAGCAAAACTCTCAATCAGGAAGTTATATCAGTGGGAGCGAATACACCAGTGGAGAGGAATACTCGGAGGAAGGTGGGCTTGATAGCTTTGATATTGCCAACATTGAAAGAAATGAGTTGAAAAACAGAACACAGGAGTTAGAGGAAGAGCTAGCAGCAAAGAAAACGGCATTAAAGCAGATTAGCCGTGAAAATGCTGAATTGAAAGGCAGACTGGAATTGATGCTGCAGGATCAGTCTGGCGCATCAGTCATCAAGGAATTGACTCGACAAGTTGAAGAGATGAAGGAGGGTCTACAGCTCAAGCAGTCCATCTTGCAAGACATTAATAAAGAAAACCAAGATCTAAGGGTCAAGTTGGAGCAGAGTGACCAAAGCAAGGCTCCAGAGGAAGAGTTGAGAGCAAAGCAGGAAGCTTTGGATGAGTTGAAGAGAACCAATGAACAGCTTCAAGTTGAGATTTCCAGCCTGAAGAAACAGTGGTCTGACAGTGCTTTGCCGGCAGATTCCTCTGCATTGAATGATCTGAAGGAGGCACTGAGAAAAAAAGAAGAGGTGTTAGCAGAACTTCAAGGTGAAAACAATATGTTGAATTCAAAGATACAAGAATTAACTTGTGATGAAGGTGCCAAAGGGCAAGGGAAGTCACACAAAGTGGATGAACTTTCAAAGATGTTATGGGAAAAGGAAAGCGAGATTGGCAATTTGCAGCTCTTGAAAGCCCAACTTGAAGAACGACTTGGGAGTTTTCAGAATGTTCAAAATGAACTGGAGGAAAGTCGAAGACATTGTTCACTGCTGGAGGCCCAACTTGCGAATTTGAATCCAGCAGATAGATATTTGGAAGATAACTCTGAGGTGGAGAATCTTAGAGAGAACTTAAGACTAAAGCAGGAGACAGTGGAGCAGTTGAATAAAGAAAACGAGGAGCTCAAGCAACAAGTAAGTGCTGTTGATTCTGCAGATCTTAAAGAACTGCTGGAAGAAAGTTATAGGAAGCTTCAACAGTTGACTGATGAATTGTCTTCAAAGGATGCACAGCTTCAAAAGCTACAAGTTTTGCAAACAGAGCTTGTGCAAAGTAAGGAAAAGACTGAAACTTTAGAAGAACAAGTCTCAGTTTTGAAGCAGCAACTGGAAGTTTCAGAAGACAAGTCACTGTCAGAGTCTTCCCAATTGGAAAACTTGAAAGAAAATCTCAGAATCAAACAAGAGACTGTTCAGCAACTCAGTACAGAGAATGAAGAATTGCGGATTAAAATTGAGGATGCTAGTGAAGAAAGAGGGGTGATGGAAGACATGAAGGCACAAGTTGAAGATTTAAGGAGAGAGCTGGATGCAAGGGAGGAAGAAGCTCAACAGGTTGCTGAGTTGAAGAGTGAACTTGAAAAAAGTAAGGCTAAGTCTGATGAGCTCCAACATGAAGTCTCCAGACTTCAGCAAGAGGTAGAGATGTTTGAGGATAACTCACAGTCTGAGTCTTCCTTGATGGAAAACATGAAAGAAAATTTGAAAATCAAGCAGCAAACAGTTGAACAACTCAGCAAAGAGTATGAAGTGATACAAGGAGAGCTGTCAGAAAGCCAGTCTGCTGTAGCACAGATGTCAGAACAGTTGATGAACAAGCAAAATGAATTGGATACTGTGATGAGAGAGAGGGATGAGAAACTTGTGAAGGTGATGGAGCAGATTGCAGAGAAGGATGAGGAGTTAGAAGACTTGAGAAGGAACAATGAAGCCATGAAATCACAGCTGACTCAAATGGGAGATGATGTTTCATTTTACCGCACTCAGTCAGAGGAAATTGCTGGAAGGCTTAGTGGCTCCCAGAACCGTTTGCTTGAGCTCCAAGGAGAAATGGAAAACAAAGACGATACAGTTCGGGAATTGATGGGAAAGCTAATGGCGCATGACAGTGAACAGAGAAATGTTAAACAAGAAGCTATGCAGCAGACTGAAGAACTGACGGGTGAGATCAAATTGCTGCAGGAACAGCTCCGTATGAGTGACGCTAGTCTGAAGACACAGCAGTCAGAAATGGAGAAAACCTCCAAAGAATTGTTAGATACCAAAGCATTGATTCATGAGCTTCAGAAAGAAGCATCGGAAAAAGATAACGCCATCATCGATTTGTATGGCTTGAAAGAGAAAGATGAAGAGAGTTTCAAGAGCAGGGTTGATGAGTTGAACCAACAACTACAAGAAAAGATCAGAATGCTAAATCAGAGCAATGAAGAGCTGCAGAAGAAGAAAGGCGCCTTTGATCAACTGCATAACGAATTTGAAAGTGTTAAAGGTGACTTGGAAAGGTACAAGAGTGATGTGAAGCATTTGGAGGAAAATCTTGAAGAATCACGAAGGGCGAACGCCACTGAAGTTGAAAGACTGAAGTTGACTCATGAGGAAGAAGTTCAATCTTTGAATTCCAAGCATGTCGCTGAATTGGAGAATCTAAAGCTGTTGATGAAGGAGCAACTGGAATCGAAAGGCGAGGAGGGCGATAGTGCCAGACAGCAACAAGTGGACAACTTGGGAGAGTTCTATGAAAGCGAGGTGAATGCATTGAAAGAGTCGCTGAATAAACAGATTGAACTGAATAACGAATTAGAACTACAGATGAGCAAAGTGAAAGACGGGTTCGAGGAGAATGTGAGCCAGTTGATGACTGAGAAAGATACTGTCATAGAAGCGATGAAGGTGAAGTTCAAAGAGTTGGAAACTTCGAGCACGAGCGAAATCCTCGAGCTTCGAAACGACTTGAAGAAGAAAGACAGACAGATCGCCGAGCTAGAGGACAACTTATCGAGTTTCGAAGAGGAGCACAGCAGTGATGTGGCGCAGTTCGAGCAAAACTTGCAAAAGCAACAAGAGCAAACGGCCGAGCTGGAAAAACAGTTGGTGTTGGAGCTGGGGAGCGAATCAGCAAGGCACGAAAAGAAGCTTGCTGAAACGAAGGCCCAACTGGAGGCGCAATACAAGGGTGTGTTTCAGGAGCTTTTGGATCGAGCGAAGGAGTTGGAGTCCGCAAATGAGACTCTACAAGCTACTCACGCTCAAGAAATTGAAGTGTTCAAGGAGAATTTTGCGCAATACAATAATAAAATCGAGGATCAGATGAGAGAACTTCAGTCAGAGGCCGAAGCAGTGCGTGAGCGTGAGTTGGAAGCTTTGCGTGCTGAGCACCAAGAGGCTTTAAGAACCAAGGAAGAGGAGTTGCGGTCGTTATTTGAAGGGAAGAAGGCTTTGGAATCGGAGCTAAAAACCCGTGACCCTTCAGAAGAAACAAGCGTACACTCTGATGACCAGAAAAGTCAAGAAATAGCAAGGCTAAGGGATGAATACGAAGGACAGATTCAAAGTTTAAAGGAAAATGTTCAACATGAAAGAGAAAGACTTGAGAAAGAAGTTGCTGAAGCAGCGGATGCAAAAGAAAAAGAGTTTATGGCAGTGATAGAGGAGCTTTTGGAGAAGCATCAAGTGCAGCTTAGCGAGGTTAAGAACCACTATGAACAGCTGCTGTTACAGGAAACAGGCCAAGGAGAAGCTAGTACAGAAGATCCCACAGTTATCGTCGCTCAGCTCAAGATCGAAAAGGAACGTGAAATATCGCAGATGAAGAAAAAGCTGTTACATGAAAGCGAGGAGAGGATCGCCTCGACCCAGGAAGCTCTGCTCTTCAAGATTGCTAAAGAAGAAGAAGAGAACATGCGTTTAAGAAACAAGATCACCAACTTGGATAAAGAGCTGAGCGATGTAGCTGGGGAAAGAGACAGACTGCTTCATGAAATTCAAGTGCTCACAGATACGCACCGGGTGCTGGAGCAAAGGATGGCCACCTCTCCAGAGGCGAGCATCAGTCCTGTGTATGAAGAACCATTGCTTGTGCGAGAGTCTGTGGACGGTCTGGAAGTTGTGCCAGCCGTTGGTCAGTTTTCTGAAGGTAGCACAGACCATGCTGAATTAGCTTCTAAGCTCAATCAGCTGCAGGAACTGGTGCGACAAAAAAATCAAGTGGAACTCAAGTTGAGCCAACAGCTTCAAGAGACCAAGAAAGAAATGGAAAAAGAGAGAGAAGTGTTCAGGGCAGAGGTGAACGAACGGGAAACACGCGAGCGGGCATTGGAGATCAGCAAGCGACAGCTAGAGACACAACTGACAGAGGTGGACAGAGAGAACTACGAGTCATTAGAAGAACTCTCCTTGTTACAGGAGCGCCTTCAGGAGAGGATAAGAGTGGAGAATGAACTCCGAGACGAGAAAAACAAACTTCTGACTGTGATAAAAGAGAAGGAAAGCGAGGTAACGAAAGAGAGAAGCGAATTAACGCAAAGACTTCAGGAGCACGAACAGGTCATTGAGGAACTTCGCGACAGAATATCCACCTCGGATTCGGTGTCAGATGAAGTACAAGACGTGTTTGGTCGGCAGTTGCTTGTCTTGCAGACACAAAGAGACTCACTGCTGCATCAACTGGAGCAACAGAAAAAAGACCGCAGTTCTTATGTGGATATGCTTGAAGAGAAAAATGCGCTAGAGGATAGTTTGAGGCTTGAGCGTGAAAGGTTAGCAGAAAGGCTCCGCCAGAAAGAAGTCCTTGAGAGAGAATTAAACCGAGAAAGAAGCTCCCTCCAGGAGCAGTTGATAAAGCAAGCTAAACTGAACGAGGTTATCAGGCAAAAGGACCTGTTTGAAAAGGAGCTTGTGAAAGAGAAGAACGAATTACAGATCGAGTTGGAGGCAATCGAGGCAAAACTACTGGACAAGGAGGATCTTTTGCTAAGAGAGAAAGAACGCCTCGAGGAGGAAATGAAACAGAAAGAGCTTCAAATACAAGAATGGGAACACGAGTTTCACCAGAAAGAGTTGGAATTCCTCGGCAAAGAAGAGTACATCAAAGAGCAATACAATAAAAGCCTCATGCAGACGCGAGCTGACTTGGAGTCTCAGTACTCCAGCTCTATGCAACAAATACGGACCGATTTGGACGATGACTATCAACGGCAGTTCAGGAGTTTGGAAACAAGATTGAATGATCACTACGGCGCGGAGATAAGCCAGCTCAATTCCCGTCATCGTGAACAGATTTCTCGGATGAACGCGGAATTTGAAGAGAAACTCCTGGAGCTCAAACGCGAATTGGAGGCTCAGCGTCTGCAGCAAGTTGGAACCATGAAGAATGTATTGGAAAGACACCATTCTAAAGACATCCTAGAACTCGATGATATCCACCAGCAGCAGATGGATGGGTTAAGAGATGAATTGAGCGAGCGCCACTCTGGAGTCATGGAAGCCGTGAAAACGCAACTAGAAACCTCTCACCAGGACGAGCTTAATGAAGTCACTGCCAGGTTCCTGGCGGAGACGGCCATCAAGGTTGAGTCCACCCGTCTGGAAACTGAGACTGAGTTTCAAGAGAAATTGGACGCAATGAAGCGAACACACGAGGAAGAACTTCAGTTAATGACAGAAAAATTGAAACGATTGGAGAACCAAATAGATGGTCTCGAGGAGAAACATGGACGCGAACTGAGCGAGAAATTGTGCAAACAACAAGAGGAATTCGAGCAAAGAAGGGTGGAAGAATTTCAAGAATTGAAGGACAAATATGAAGGCAATATTGAGGAGGCAGTACAAGAGAGTGAGACTTCCTCAAACGAAGCTCATCAGACAGAACTGAATACGTTGCGCAACAAACTCATGGAGGAATTCCGGGAACAACTCGAAGAAGTTGAACAAGCTCTCACCGAGGAACATGCACAAGAGATGGAGGAATTGCGGGAGGAACTTGAAAGGGAACGAGCTGAAGTGACAAGTGCTGCTTTGGACGATTTAGGAAAGAAGCATGCTGAAGAAATAGAGTTTTTGAGGAACGAACAAGAGCAATTGTTGGAACAAGCCACGGAAAAACGAATACGCTTGGAGAAAATGCACGAAGAGGAGATAAAGGAAATAAATGAGCAAGTGAAGAGTGAACATGACGAACTGATGCGCATGCGTGACGACCTGGCAGGGAGCTATGATGACACGTCTAAAGAGCATGCTCAGCAGCTGGAGAGCTTGCGGGCTCAGATGGAGGATCAGCGCACTGAGATGAAAGAAAAGCACTTAGCAGAGCTGCAGAGTTTGAAGGTAGAATTTGAAAAGAGGCTCGTTGATGGCGATCATAACCATTCTGAAGAACTGGAAAAGCTAAGGTCAGAGTTGGAACAGGAGAAGATGGAGAAAGAATTGGATAACGTCCGGGAATTGGAGAAGTTAGCCGAGGATATGGAAAGAAGGTACATACTCAAGGAACAACAGCACGCTAAAGAGATTGAAGAACTGCAGACGGAACTGCTGCGAGTTAAACAGGAGATGGATGACCAACATTTTTTTGAACTTCAAAGTACTGTCAAAGACCTCGGAGGAAAATACGAGGAAGATTTAGGAAAGCTTGTTAGAGGACTACAGGACAAACACGATCAAGAAATTGACAGCTTAAGGCGTGAGTACGAAGACGTGAAAGAACACGAGTTGGAAAGATGTAAGAATGAGCTTACTGAAGAACATGAGAATGAAATTCGCTCGCTAAAGTCACGCCATGAGGTTGAAATGGAAGACTTTAGGGGAAAGTTACAAGAAGATAAACTCAAGGATTTTGCCAGACTCAGTGCCAAGTCAGCTATGCAAAGTGCCCAGGCGTTGGAAAGGTTGCGGCTGAAGCTAACTGCTGAACATGAAGAAGAAATGGAAGCGTTGAGGATGGAGGGTCAAAAAGACTACGAACGAACGGCGCTACGTTTGTCTGCAGATGTTGAAAGCATGGAGATGGAACATAGGAAAGAACTAAAGGCGTTAAAAGCAGAGCTAAACAAGAAGCATCAGGAAGAAATGGAGGCTTTACGTCAAGAATTAACGTCGGTGGAAGACGAGTTGAGTGATATCAGCGAGAAACACGAAAAGGAAATAAGCGGGTTAAAGCGCCGACAGTTTAGCGACCTATTGGACGAGGTTTCGAGCGTGCGAGCAGAGCTGGCATTGCAAGCTGTGCAGCAAGTCGAAGAAGCGAAATTAGAGATGGCGGACGATAGTTTCAGAAAGGAAGCCTCTATCAAGGAATACGAAGACAGGATTCACGAGATCTTGGAACAACACGAGAGGCAAATAAAAGACTTAAGTGGCGAGTACGAATCACAGATAGAGGAATTGAAAGAAGAAATTCAACTGGCGAAACTGTTGGTAGCGAAGGATAGCTCAAGTGACGAGCAGTTGTTTGAAAAGTACGAGGCCAAGCTCAAAGATGTTAAGCAACACTATGAGATGGAAATCGCTGGTTTGAAAGAAAAGAACCTGTCGATGAGTGATGGCCAGGAGATTAATGAGAAGCACTTGTTAGAGGAAATGGAAAAATATCGCAGGCAGGCCGACGAATTGGGAACCAGACTGGAAACAGAACAAGAAGAATTTAAGGTTATTTGCGATGGTATGAAAGCCGCCCATGAGCAGGAGTTATTGTCTCTAAGAAACGAGCTGGAGAATCAGCACCAGAAAGAGTTGAGTGACTTGAAGGAGCTTTTCGCCGAAGACATTGAAGCGTTGAAAGAGGAACTTCTTGTCGCATCGGACGAAGCCAAAATGCAGGTTCTTGTCGAGGAGCTTGAGAAGAAGCATGAGGCTGAACTCGGAGCTCTCCGAGAACAACTTGCTGCCGAACATCAAAACGAAATGGTGACATTGAAGGAAGAGATGAGTAATGAGGTTGAAGCTTTTAGGGAACAAATGCTGGACTTGTCAGAGAAGGAGAAGTTCGACGCTTTGAGGGAAAGTTTGGAAAAAGAACACGAAACTAGACTGACTGTTATCAGAGATGAAATAGAAAAACAGAATGAAGAAGAGATTGTTAAGCTCAAAGAAGAGTTCGCTGAAGCTTTGGAAGAAGTAAGAGCAGAAGAGTCGGCGAAGGAAAAAGATGACTCTTACTCCGAAGATAGGTACGTCAAAGAAATGGAGGCAGAAAAGAGCCGACTCGAAGCTCAACATCTCGAGGAAATGGAGAAACTTAAGGAGGACATGTTACATGAAGTGAAAAATCTTCAGGAGCAGATTCAGCTTGCCGCTGACAGGGATGTGGAGGAAGCGAGGGCTCGACTCCAACAGGAAATGAATGAGAACCTTGAGAAACTCGAGGCAAAGTTGGCTGAAGAAAAATCGCAGCTTACATCAGAACACCAGTCCACCATGGAGCAAGCGCAAGAGGAACTAGAAACCCAATACACGAATGAACTTGAAGCTCTCCAAAAGAAGCACGAAGGCGAAGTGAAAGCCCTACAGGAATTCTTCAACAAAGAACTGGCAACTGAGCGAGCGAAGCTGGAGTTGGAAAAAGACGCGGACTTGGAGCGCCTGCGGGAAGCACTCAGTGGCAACCTCAGCCAACAACAACAGCTGCAGCTTCGGATGCTGAGTGAACAACATGATCGTGAACTCGAGGCCGTCCGAGAAGAGCTGGTGCAGACGCATATGGAGAAGTTCACTGAAATGACCGCTCAGTTGGAATCTAAACATGAGGAGGATCTCCAGAAAGTGAGAGATTTAACTCGCGCGGAAATGACACAGAAATTTCAAACAGAACTGGAAGAAGCCAAAGAAGTTGCTCGATACGAGCTTGAACAAGAGCATCTTGAAAATCTGCGTCAACTAGAAACAAGCCTAGGACAGAAACACGAGGAACAGCTGCGAGGATTATCTGAACTACAACAAAAACACGTGCATGAAATTAACAATATCAAGGCTAATCACGTGGCTGAAGTAGAACGCCTCAAAATGGAGTTGGCGCAGGCGCACACTGACCAACTGTCTGCTGTCAGTCTAGATGCGGAAAGGGAAGTCTATCAGTTCAAAGAGGAGTTGGACGTGGCTCACACTAAAGAAATGGAAGGATTCCAAGAGGCTCTTGCGAGAGAAAAATCCAGAGTTGTGGCTCTTGAAGCTGTGCAAGCGAGCATGCAGACTGCACACCGTGACATCGTGTCACGCATGCAACGTGAATTTGACCAGGAAATAGAAGGGTTGAGGAACAAGGTGGATGCTGCGCATGGTGACCAAGTCATGGAACTGCAGGATTTACTGGAGGACAGACATAAAAAGGAGTTGGAGCGTGTCAAATCCGAGTTGTTTTCCGCAGAAGAGAAAATTGCTGAACTCGAATCCCAGCAAGCCAAGGCTGTTGATAAACTTGAGCAACAATTTCGCCAAGAGATGGAAACTCTCCAGGAGTATCTGAAAAGCCAAGAGAAGGAATACATGTCGGAAATTGAGAGAGCTAAGGACGAAAATCAGAAGCTGTCGGGCAGACTTGAAGAAAAACAATCCCTTGTCAACGAGATGGAAGCTGAACAAGCTCGCCTTCAAGGAGATCTCCAACGTCAAGCTGACAACTTCAACTTGGTCTTATCACGACGAGACCGAGAACACCAGGAAGAAGACAATCTAGCTACTATGCTCCGCTCCGACGTGGAACGATTGGCAGCTGAGAGAAATGCTCTGCAACGGACAAACGAACGACTCCTCAAGCTTCTCTCCGACATGGTTAAACAAGCAGCCTCAACGGAGGAGACCATCAACAAGCAGTTAGAGGACCTCATACAAGAAACCAGTCAAGCCGAGGATCAGCTTACACAGGGGCCCGTGCATGAGTTGGAATCAGGGACCTTATACGAATCCCAAATTCCACCAGATTCTATCCGGCGCCTTGTGCGATTTCCAGGTGGACTTGTAACCTCTACTCCGGCAGCAGGACCAGGTGCTTCTGCTGCCAATTTTGGCACCCCTTCTGGAGGTGCGGCCGCTGCCGAGCTGTCTGAATCAGAAGAGAATACGCTGACCAACAAGACAGATCTGTCGATGCTTAGCGATGAGGGACTTGAACTGTCCCAGCGACAGACGGACACAATGTTCCAAGGACCAAGCCTAGATGACCAAGCAGAGGAACTCATCATAGATTCCGGCGTTCGACTCAGATCTGCTGCGCAGAAGCTTCTAGAAGTGGTGGCCATGATGACTAAACAGTGGAACCAGACTCGCTTAGCTCAAAAAGAGCTCCATGACGTCACAGCTCAACGGAACTCGGAACTCGGGCAAGTAATGGCTGCACAGGAGAATCTAATGGCACGACTCAAAGAAGAACTGGAAGAAAAAGATCGACTTCAAAATGAACTGAATAAAGCTAACGAGCAAATGGAAGTAATGGCAGTTGAAAACGATCGGTTACAAGAGGGGATTAAAACAAATGGTGACCAGGAAACGGAGGGACATGAACTGAATCAAAAGCTGGAAGAAATGAGGATGGAAAATAACGAGTTGAAGTCGAAGATCGAGGAAGCCGAGAAACAGCTGGAGGAAGCTAAATCTCGCGAAAAGCATTTACTGGAAGACAAGGAGGTGTTAGTTACCGAAATGGAATCGTTGAAGGAAGAAGGGAGAATGCGGCTGGCCCAAGAAGTTGTGCAGAAAAAACGAGAGGAAGATGCGTCGAAGCGCGAGGTTAGCTCGTTGAAAGAGAAGAGAGACGAGCTTGCGGTGGAATTGGAAGCTCTCAAGGAGTCTGGTAAAGAGGTCTCAGAGGAGGTCGAATCACTGAAGGCGATGCTCGATCAGAAGTCACAAGAAAACAAAGCGCTGAAAGAAAAGGTCGTAAAAATCGAGGCGCAGAAACTTGAAGAGACTGATGGACCCGAAGAGCTCAAATCGAAAGTTAAAGAGCTTAGCGAAGAATGCACGGTGCTCAAGGAAGACAGAGATACTATCGCCGCCAAGTTGTCCTCTTTGCAAAAGGAGGCGAGTCGATCTCAAATGACTGGCTCTGAGGGAGAGGTGATCGAGGAAAATGACCGCCTGAAGGGAGAAGTCACAAAGCTACGAGAGGACATCGCTGAATTACAGGAAGAGAATGAAAAGCTCAACGACGCCATTGAACAATTCCGAGAGGCTGTTCAAGGCCTCTGGGACGAGAAAGAAGAGTTGAAGATTGAATTATCGAGGGCAAAAGGGGAAGACACTACGGAGTTTGAAGAGCTTCAGCAACTCAGGGCACAACTCGGAGACTTGACAAAGAGAAACGAAGAGCTAGAGGCGGAATTTGCAAGCGCTGAACTCGAGCACGAGAAAAAAAGGGAATTGCTTCAGAAGGCGCAGATTCATCTCGAGAAAATTCCTTTGTTAGAGGCTCAAACAAAGGAACAGACTGATCTTGTCGATAAACTGAAGCAAGAGCAAGAAATTGACAGACAAGAAATTGCGAAGCTGCAACGAAACGCCTCTCTTCACATGGAAGCACCATTAATTCAGGTGACCACTGTAGAAACAGTCGAGGGGGGCATGCATGGTGATGATATGTGGGGCGTCGAGCAAGACGGCAGCGAACCACCACCAAATGAAGAGACAATACGTGAGTTACAAAATAAAATTGAAGAGCTCGAACAGCAGGTGGAGGACTACAAGAGAGCGCTTGAGGAAAGTATTCAAGAACCTGAAGCCAACAGGCTGATGGAATTGGTTGAACAGATTAGTACAGAAAGGGACAACTTGTCTAGGAAATGTCGAGAGTTGGAAGTACAAACAAGTACGGAAAGCGAGTCCAACGAAGATTTGAAGCCCATTGTCGAGGATCTAAAAGCCCGTTTGCTGAAGTCGGAAGAAAAAATCCAAGAATTAGATAAGGAACTAAGTGCAAAAGCGCAAACTGAGTTGGGTATGCTGATGCAGGTGAAGGAGCTGCAGGATGAACTTGCCAAAGAATTGGAAGCGTTGGAGAAAGCGCGCGCGATGAAGGATAAGCTCACAGAGGACCTGGTAACTAGTGAGGAAACGCAAAGGGACCTGGAGCGAGAGAAGGAAGCGATACAGAAACAGCTAAATGAAGCTTTTCTCCAAATTTCCGCGTTAAGGGAGCAACTGAATCGTGTCAAGCACTCCGGTGGAGAAGAGCGCGACGAAACCCCGACGCCGATTCGTATGCTTCGAGACGAGCGCGAGGCATACGATCGCAAAGATCAGGAATCACGAGCGTTGGCCGAACAGTTAGACGCCTTCAAAGAGGCTCACGACAAAAAAGAGGTGGAATTGCGTAACCTAGCAGCGCAGATGGAAGAGATGAACCAAATGATGGAAGAACAACAAAAACTGCTGGAAGATCAACACAGTAAACTAGAAGAGCAGCAAAACTTGATCAACGATCGCGAAGTACGCATGGAAGAATTAGAGAAAATGCTGGAAGGAAATAAAGAGGACCTTTCAACCAAGGAAGAGTATCAGAAAGTTCTCAAAGTGAGTCAAGATGCTTTAATGCAACAACGAGACGTGATGGGAGAAATGGAAGAAAAGGTGAAAGAGTTAGAAGGAGCGGTGGCTTCTTACGAACAGAAGTCAAAGGAGACGGAACAACTAATCGCCTCCAAGGAAGAAGAGACGAGACGAACAAACGAAGAGTTAAACCTCAAAGGGGAAGAAATTAAGGTGCTGCAGGATGAGTTGTCTCGAGAAAGAACTAAGAAAGAGGAACGAGAAAAGGAAGTTCAAGGTCTCCTCGAGAAACAGATGGAAGCTATGAACGAAGAGGTGGTTCAGGTCCGAGAAGCCGTACGTGCTAAAGAAAGCGAAAAGGACCAGCTCCAACGAAATCTTTTGGCCGAGTCTCGTCAACTGGCAGCTCTGAAGGCCGAGATGGATCAATTGCGTGACAGATTCAAATCCCAAGAGAACAGCCATGTGGCTACTGTGGCTGACATGCAGAAAGTCCATCAGGACGAAGTCAATGCACTCAAGGCTGAATTGAAGGCTGTCCAGAGGGGGGTACCCTCTGGTGCCGAAGATAGCCTCAGTACAAGGCAGCAGCTTGCTCTGCAACAGAAATTGAGGAGCGTTGAGGAAAATCTTAAGCGCCAATACGAGAATCAGCTAGTTGCCGTGAAAGATAAAGAAGAACGCAGACGCCAAAGAGACGTGAAACAACTCAAGGAAGAGCTAGAAATGGAAAACTTGACAAAAATCAACAATCTTCAACAAGAACTGCTGACAACGCATAATGATCAAGTAAACAGAATGCGACAGGACCACAAGCGCGAGATAGAGCGACTTATGAGAATATCAGGTATTGATTCTGCTTCACCTGAAGTGCGCATACGTCTTAGCTCAGCCCTGGATGAGAATGAGCAACTGGATAATGAACTAGTTGGCCACCTGGTACGACAAGCTCAGATAAGACCAGCGGTGTCTTCACCTCCGGCTGCTCAAACTACCATTGAGGGTCTTCTCAGTAATCTTCATACTGAGGCAGAAACGATCCAATCTCTAATCGGTGCCGTGTCAACGCCAGCTCGCGACCGATCACTGGCCAGCCCAGAAATTGCAAGTCTGCAGTCCTCGTGGTCAGCGGAGAAACGAGCTCTTCTCGAAGCCATTCAAACTCTGAAGAATCTTCTTGCGCAAACACGGAAAGCTTTCGTGCCTGGAAAGTTTCCTCCAGAAAGCGATTGGAGAACCGACTTGCTTGATGCCATCCAAAAGGTATTTGAGAAGGATAGAGATGTTCTAGTAGCAGAACTCAGGACCTCTCAGATTGCCAACGGCCTTGGCTCCCCCGAAGTAGGATCGCTGCGCGCTCAAGTTCAAACACAGGATGAGTACACAAATCGAGTTATGGAGGAACTTCGGAAAAAAGACCGGGACTCTTTGCTTGCTGAGATCCAAGAACTTAGACATGCTGCCACAGAGAAACCGCTGAACCAAGAGAACCAAGAAAGCTTGGAACAGCTGCGAAATGAGCTGGAGCAAGTTCTTCAAAGGGAAAGAGACTTCAAAAATCAATTGCTAGTAAAGAACCAACATGCTGAGCACATGCAAAAGGATCTGAATAATTCATTGATGAAAGAGAGAAGCCTTGTAAATAGTCTGAAAGAGACTCTGGCGAAGGAAAAGAGCCGAATGACCGAGCTGGGTGTCGCATTAGAGAAGGAACGGGTCCAAGCTTTGTCACTCAAAACAAGCCTGGAGGCCGAGAGAGTGCGCTTATCAAACCAAACCCAGGCATTGGAGCTCGAACGAGCAAACACCAAGAAATATCAAGACGCTGTTGAAACGGAACGGCAGCGTGGCAAGCAAGAGAGCAATCGCCTTCTGGAGAATATTGAAACTCTTCGTCGTCAAATAGCGGCGGTAAACCGAGACAAGACTGATTTTGAAATGCAAGTTGAGAGAGAAAGGATATCGCGGTCTGCTTTGGAGTCGGAATTGGAGGCAGTGAAAGCGCTTCAAGGAGAAACATATGAAAGGAATCGTGAAACAGTCGAGGAACTTTCTGCTGCTTTGAGAGAAGAGAAGTCTCGCGCAGAACAGATTCAACTCGCGCTGGCGAACGAGAGGTGGCAGACGGAGGCTCTGAAACACGCGAAAGATCGAGCGGAGCAACTCAGGCACGCCAATGAAGAGCTGCAGGCGGCCTTGAATGCGGCAAGAGATCGCTCCGTAGAACTGAGCACATCGCTTGAAGAGGAGAAGAACCGCAGTGCTTTTCTTGAAGTGTCGCTAGAAAATGAGAAGGAGACGAAGGACGAGTCTGCCAAGACTGAAAAACTTGTTGCACAGCAGCTTAAGGGAGCGCTGGATGTTGTTCAAAAACAACTTGTTGAATTGACGGGCACCTTGGAGGAAGAACGACTTCGTGCGAGAAGACTCCAAAATGAACGCGACGTTCAGCAAGCTTCTGCAATGAGCCACAAGGAAAAAGAACGACAGATAAAGTGCGATTTAGAAAACGAAAAGAAAAAACGGGCCCAGCTTGAGCAGAAGCTGGAAAAAGAAAGAGAGAAAAATACTTCTTTGAACAAAGAGTTGAATGAAAGGGACACCAAATTAAACGAACTTCGACAAGATTTTGAAACTCAGTCATTGAAGCAATCTGAGAAAGAGGCTTCTCTTTACCCTCTGCGCATGCGTTTGTTACTTCATCAACAACAATTGGAATCCATGCGGCAACAACATCAAGTGATCATCAGCAAACATCAGAATTCCATAGACTCAACAAAACCCAGGGATACCAAAGAAATGGAGGCAGTCAAACAGTCACTCGGAAATCTTTTGAAAGAACTGGAGCAAATTAGAGCAACGCTGACTGTACACATTGACGACAGCCAAACTGTTCCTTTGTCGCCGATTAAAGCTGCTGCCCAGGAAAGAATTGTTCGGCAGAACACGGAACTGGCAGAGTTTGTGTCCAAGCTGAATGAGGAGAAAAAGGAATTGAGAGTTGCGTTGGGGAACCTAGAAGAGCAAATTGCTCAGTACAGGCAGCGAGAGCGAGCTAATGAAGAGAGCTCACGACTTGTTAGGGAGCATGCCGAGTCTGTGCTAAAAACTGAACGAGATATTTGGGCTCGAGAGAAGATGGAGTCCCAGCAAGCCTTGCGCGCAGCTCAAGTAGAGCAGTCACGTTTGAGAGAGGAGCTCAACAAGGATGCGGCGACGCGCATACCGGTCAGCGGCCATGAATCTGACAGCGACGAAATTACGTGGCCACGTGCAAAGATCGTCAAGCTTTATAAACGCTTCATCAAAGCAGAAAGCTTTAGGAAAGCTCTGGTCTATCAAAAGAAATATCTCTTGTTATTGCTCGGTGGCTTTCAAGATTGCGAGTCCACAACGCTCGCCTTGATATCTCAAATGGGAGTGTATCCAAAGAACGCAGATCTTTCATACAGGAGAACGGGTATCAGCAGATTCCGAACAGCCGCGCGCGCTGTCCTCGCAATCCAGCGCATGAACTTTCTAGTTAAAAAATCAAGACGCGTCTCCATCGGGGGATCACGCGAGAGTACAAGTCGATCGCGCGTCGTCAATGGAGACCTAAGCAATCACACTGTCCTCCAGGCTTCGGCTAGTGATTATTTCACGCGATCAAGCAGGGATATTGGCCACAGGGTTCCCAGTCTGAATTTGCATCAGGGGGGCGGAGTTTCTACCTACCCTGAAAGATACTCGCCAAGGAGCGATCGGCGAACATATGAAATGCGCAATGCCAGCGTTAACGGAAACGTGGATTCTAGACATTATCGACCAGCGAAAGAAGCTGCAGCTGAAGCACTTGACAAGTTTAGTCGGCGTCAAGGCGATGATGACCCTTTGTCACATCGAAGGTATCCGAAAGGGTCTTCGAGACCACACGAAACCTATGCTCCGACAACTTGGTCGGACTCTCGTTCATCGTCGGCTACACGAACCCGAGAAGCAGTGACTTCCAATCAAGCTCAAGTTATGAATTCTCCACCAGTCCGCGACATTGTTAACTGGCGACATGATTTTGGCGATCGTTTCGTTTCGTCACCTCGTCACTCCTCGCCGAGTCGGAGGGAAAGTTCGGGTTCGCCTGGCCGTGTCTACGATGATGCTATTGAGCGTCCGTTGTCACCGTCAGGAGCTTCCTCGATTGGGTCCGTTCACAATGGAAGCGATATGGCAGATCACTCTCTGAATTTGTATATTCACAGACTGGAATCGCTGCAGAACAGACTAGGAGCAATCAACAGAGGTGCGGCAGCCCACTCTTACCAACCAAGAAGTAGTCGATACTAA

Protein

XP_074622018.1

MQAESVNDTYLADSCETKEIKNGFIMESDDSERQRKLEAGKEKLKMFQKKKSGTGTGTKKKKKKGTSSTSGSAQSPSPGAKERRRRSTSQDRGAKVKPEAAVTEEEKVAKGESEDGEMEEISQADTDRDAPSIASEVGSPIPFDAEQEQNSQSGSYISGSEYTSGEEYSEEGGLDSFDIANIERNELKNRTQELEEELAAKKTALKQISRENAELKGRLELMLQDQSGASVIKELTRQVEEMKEGLQLKQSILQDINKENQDLRVKLEQSDQSKAPEEELRAKQEALDELKRTNEQLQVEISSLKKQWSDSALPADSSALNDLKEALRKKEEVLAELQGENNMLNSKIQELTCDEGAKGQGKSHKVDELSKMLWEKESEIGNLQLLKAQLEERLGSFQNVQNELEESRRHCSLLEAQLANLNPADRYLEDNSEVENLRENLRLKQETVEQLNKENEELKQQVSAVDSADLKELLEESYRKLQQLTDELSSKDAQLQKLQVLQTELVQSKEKTETLEEQVSVLKQQLEVSEDKSLSESSQLENLKENLRIKQETVQQLSTENEELRIKIEDASEERGVMEDMKAQVEDLRRELDAREEEAQQVAELKSELEKSKAKSDELQHEVSRLQQEVEMFEDNSQSESSLMENMKENLKIKQQTVEQLSKEYEVIQGELSESQSAVAQMSEQLMNKQNELDTVMRERDEKLVKVMEQIAEKDEELEDLRRNNEAMKSQLTQMGDDVSFYRTQSEEIAGRLSGSQNRLLELQGEMENKDDTVRELMGKLMAHDSEQRNVKQEAMQQTEELTGEIKLLQEQLRMSDASLKTQQSEMEKTSKELLDTKALIHELQKEASEKDNAIIDLYGLKEKDEESFKSRVDELNQQLQEKIRMLNQSNEELQKKKGAFDQLHNEFESVKGDLERYKSDVKHLEENLEESRRANATEVERLKLTHEEEVQSLNSKHVAELENLKLLMKEQLESKGEEGDSARQQQVDNLGEFYESEVNALKESLNKQIELNNELELQMSKVKDGFEENVSQLMTEKDTVIEAMKVKFKELETSSTSEILELRNDLKKKDRQIAELEDNLSSFEEEHSSDVAQFEQNLQKQQEQTAELEKQLVLELGSESARHEKKLAETKAQLEAQYKGVFQELLDRAKELESANETLQATHAQEIEVFKENFAQYNNKIEDQMRELQSEAEAVRERELEALRAEHQEALRTKEEELRSLFEGKKALESELKTRDPSEETSVHSDDQKSQEIARLRDEYEGQIQSLKENVQHERERLEKEVAEAADAKEKEFMAVIEELLEKHQVQLSEVKNHYEQLLLQETGQGEASTEDPTVIVAQLKIEKEREISQMKKKLLHESEERIASTQEALLFKIAKEEEENMRLRNKITNLDKELSDVAGERDRLLHEIQVLTDTHRVLEQRMATSPEASISPVYEEPLLVRESVDGLEVVPAVGQFSEGSTDHAELASKLNQLQELVRQKNQVELKLSQQLQETKKEMEKEREVFRAEVNERETRERALEISKRQLETQLTEVDRENYESLEELSLLQERLQERIRVENELRDEKNKLLTVIKEKESEVTKERSELTQRLQEHEQVIEELRDRISTSDSVSDEVQDVFGRQLLVLQTQRDSLLHQLEQQKKDRSSYVDMLEEKNALEDSLRLERERLAERLRQKEVLERELNRERSSLQEQLIKQAKLNEVIRQKDLFEKELVKEKNELQIELEAIEAKLLDKEDLLLREKERLEEEMKQKELQIQEWEHEFHQKELEFLGKEEYIKEQYNKSLMQTRADLESQYSSSMQQIRTDLDDDYQRQFRSLETRLNDHYGAEISQLNSRHREQISRMNAEFEEKLLELKRELEAQRLQQVGTMKNVLERHHSKDILELDDIHQQQMDGLRDELSERHSGVMEAVKTQLETSHQDELNEVTARFLAETAIKVESTRLETETEFQEKLDAMKRTHEEELQLMTEKLKRLENQIDGLEEKHGRELSEKLCKQQEEFEQRRVEEFQELKDKYEGNIEEAVQESETSSNEAHQTELNTLRNKLMEEFREQLEEVEQALTEEHAQEMEELREELERERAEVTSAALDDLGKKHAEEIEFLRNEQEQLLEQATEKRIRLEKMHEEEIKEINEQVKSEHDELMRMRDDLAGSYDDTSKEHAQQLESLRAQMEDQRTEMKEKHLAELQSLKVEFEKRLVDGDHNHSEELEKLRSELEQEKMEKELDNVRELEKLAEDMERRYILKEQQHAKEIEELQTELLRVKQEMDDQHFFELQSTVKDLGGKYEEDLGKLVRGLQDKHDQEIDSLRREYEDVKEHELERCKNELTEEHENEIRSLKSRHEVEMEDFRGKLQEDKLKDFARLSAKSAMQSAQALERLRLKLTAEHEEEMEALRMEGQKDYERTALRLSADVESMEMEHRKELKALKAELNKKHQEEMEALRQELTSVEDELSDISEKHEKEISGLKRRQFSDLLDEVSSVRAELALQAVQQVEEAKLEMADDSFRKEASIKEYEDRIHEILEQHERQIKDLSGEYESQIEELKEEIQLAKLLVAKDSSSDEQLFEKYEAKLKDVKQHYEMEIAGLKEKNLSMSDGQEINEKHLLEEMEKYRRQADELGTRLETEQEEFKVICDGMKAAHEQELLSLRNELENQHQKELSDLKELFAEDIEALKEELLVASDEAKMQVLVEELEKKHEAELGALREQLAAEHQNEMVTLKEEMSNEVEAFREQMLDLSEKEKFDALRESLEKEHETRLTVIRDEIEKQNEEEIVKLKEEFAEALEEVRAEESAKEKDDSYSEDRYVKEMEAEKSRLEAQHLEEMEKLKEDMLHEVKNLQEQIQLAADRDVEEARARLQQEMNENLEKLEAKLAEEKSQLTSEHQSTMEQAQEELETQYTNELEALQKKHEGEVKALQEFFNKELATERAKLELEKDADLERLREALSGNLSQQQQLQLRMLSEQHDRELEAVREELVQTHMEKFTEMTAQLESKHEEDLQKVRDLTRAEMTQKFQTELEEAKEVARYELEQEHLENLRQLETSLGQKHEEQLRGLSELQQKHVHEINNIKANHVAEVERLKMELAQAHTDQLSAVSLDAEREVYQFKEELDVAHTKEMEGFQEALAREKSRVVALEAVQASMQTAHRDIVSRMQREFDQEIEGLRNKVDAAHGDQVMELQDLLEDRHKKELERVKSELFSAEEKIAELESQQAKAVDKLEQQFRQEMETLQEYLKSQEKEYMSEIERAKDENQKLSGRLEEKQSLVNEMEAEQARLQGDLQRQADNFNLVLSRRDREHQEEDNLATMLRSDVERLAAERNALQRTNERLLKLLSDMVKQAASTEETINKQLEDLIQETSQAEDQLTQGPVHELESGTLYESQIPPDSIRRLVRFPGGLVTSTPAAGPGASAANFGTPSGGAAAAELSESEENTLTNKTDLSMLSDEGLELSQRQTDTMFQGPSLDDQAEELIIDSGVRLRSAAQKLLEVVAMMTKQWNQTRLAQKELHDVTAQRNSELGQVMAAQENLMARLKEELEEKDRLQNELNKANEQMEVMAVENDRLQEGIKTNGDQETEGHELNQKLEEMRMENNELKSKIEEAEKQLEEAKSREKHLLEDKEVLVTEMESLKEEGRMRLAQEVVQKKREEDASKREVSSLKEKRDELAVELEALKESGKEVSEEVESLKAMLDQKSQENKALKEKVVKIEAQKLEETDGPEELKSKVKELSEECTVLKEDRDTIAAKLSSLQKEASRSQMTGSEGEVIEENDRLKGEVTKLREDIAELQEENEKLNDAIEQFREAVQGLWDEKEELKIELSRAKGEDTTEFEELQQLRAQLGDLTKRNEELEAEFASAELEHEKKRELLQKAQIHLEKIPLLEAQTKEQTDLVDKLKQEQEIDRQEIAKLQRNASLHMEAPLIQVTTVETVEGGMHGDDMWGVEQDGSEPPPNEETIRELQNKIEELEQQVEDYKRALEESIQEPEANRLMELVEQISTERDNLSRKCRELEVQTSTESESNEDLKPIVEDLKARLLKSEEKIQELDKELSAKAQTELGMLMQVKELQDELAKELEALEKARAMKDKLTEDLVTSEETQRDLEREKEAIQKQLNEAFLQISALREQLNRVKHSGGEERDETPTPIRMLRDEREAYDRKDQESRALAEQLDAFKEAHDKKEVELRNLAAQMEEMNQMMEEQQKLLEDQHSKLEEQQNLINDREVRMEELEKMLEGNKEDLSTKEEYQKVLKVSQDALMQQRDVMGEMEEKVKELEGAVASYEQKSKETEQLIASKEEETRRTNEELNLKGEEIKVLQDELSRERTKKEEREKEVQGLLEKQMEAMNEEVVQVREAVRAKESEKDQLQRNLLAESRQLAALKAEMDQLRDRFKSQENSHVATVADMQKVHQDEVNALKAELKAVQRGVPSGAEDSLSTRQQLALQQKLRSVEENLKRQYENQLVAVKDKEERRRQRDVKQLKEELEMENLTKINNLQQELLTTHNDQVNRMRQDHKREIERLMRISGIDSASPEVRIRLSSALDENEQLDNELVGHLVRQAQIRPAVSSPPAAQTTIEGLLSNLHTEAETIQSLIGAVSTPARDRSLASPEIASLQSSWSAEKRALLEAIQTLKNLLAQTRKAFVPGKFPPESDWRTDLLDAIQKVFEKDRDVLVAELRTSQIANGLGSPEVGSLRAQVQTQDEYTNRVMEELRKKDRDSLLAEIQELRHAATEKPLNQENQESLEQLRNELEQVLQRERDFKNQLLVKNQHAEHMQKDLNNSLMKERSLVNSLKETLAKEKSRMTELGVALEKERVQALSLKTSLEAERVRLSNQTQALELERANTKKYQDAVETERQRGKQESNRLLENIETLRRQIAAVNRDKTDFEMQVERERISRSALESELEAVKALQGETYERNRETVEELSAALREEKSRAEQIQLALANERWQTEALKHAKDRAEQLRHANEELQAALNAARDRSVELSTSLEEEKNRSAFLEVSLENEKETKDESAKTEKLVAQQLKGALDVVQKQLVELTGTLEEERLRARRLQNERDVQQASAMSHKEKERQIKCDLENEKKKRAQLEQKLEKEREKNTSLNKELNERDTKLNELRQDFETQSLKQSEKEASLYPLRMRLLLHQQQLESMRQQHQVIISKHQNSIDSTKPRDTKEMEAVKQSLGNLLKELEQIRATLTVHIDDSQTVPLSPIKAAAQERIVRQNTELAEFVSKLNEEKKELRVALGNLEEQIAQYRQRERANEESSRLVREHAESVLKTERDIWAREKMESQQALRAAQVEQSRLREELNKDAATRIPVSGHESDSDEITWPRAKIVKLYKRFIKAESFRKALVYQKKYLLLLLGGFQDCESTTLALISQMGVYPKNADLSYRRTGISRFRTAARAVLAIQRMNFLVKKSRRVSIGGSRESTSRSRVVNGDLSNHTVLQASASDYFTRSSRDIGHRVPSLNLHQGGGVSTYPERYSPRSDRRTYEMRNASVNGNVDSRHYRPAKEAAAEALDKFSRRQGDDDPLSHRRYPKGSSRPHETYAPTTWSDSRSSSATRTREAVTSNQAQVMNSPPVRDIVNWRHDFGDRFVSSPRHSSPSRRESSGSPGRVYDDAIERPLSPSGASSIGSVHNGSDMADHSLNLYIHRLESLQNRLGAINRGAAAHSYQPRSSRY

UniProt (Swiss-Prot top hit)

UniProt accession	Description
Q99996	A-kinase anchor protein 9 OS=Homo sapiens OX=9606 GN=AKAP9 PE=1 SV=4
Q70FJ1	A-kinase anchor protein 9 OS=Mus musculus OX=10090 GN=Akap9 PE=1 SV=2
O95613	Pericentrin OS=Homo sapiens OX=9606 GN=PCNT PE=1 SV=4

Gene family

Family type	Membership / link
Orthogroup (gene family)	OG0001861 (this species only)

Pfam domain

Pfam accession	Pfam name	Description	Type	Source
PF10495 all species →	PACT_coil_coil	Pericentrin-AKAP-450 domain of centrosomal targeting protein	Domain	Interproscan

InterPro

InterPro term	Type	Description	Source
IPR005539 all species →	Domain	ELK domain	Interproscan
IPR019528 all species →	Domain	Pericentrin/AKAP-450 centrosomal targeting domain	Interproscan
IPR028745 all species →	Family	A-kinase anchor protein 9/Pericentrin	Interproscan

PANTHER

PANTHER term	Description	Source
PTHR44981 all species →	PERICENTRIN-LIKE PROTEIN, ISOFORM F	Interproscan

Gene Ontology

GO term	Category	Description	Source
GO:0003677 all species →	Molecular Function	DNA binding	Interproscan
GO:0007165 all species →	Biological Process	signal transduction	Interproscan
GO:0060090 all species →	Molecular Function	molecular adaptor activity	Interproscan

Search by domain instead of by gene. Any accession above (InterPro, Pfam, PANTHER, GO, KEGG) can be used as a query on the Functional Domain Search page, which searches all 148 annotated genomes at once.

KEGG pathway

No KEGG orthology assignment for XP_074622018.1.

Searching by KO or pathway ID across all species is available on the KEGG Pathway page.

Expression pattern (RNA-seq)

Transcript abundance of XP_074622018.1 across 84 RNA-seq samples of Acropora palmata. Values are TPM (transcripts per million) from the StringTie quantification; one bar is one sample, grouped and coloured by condition, sorted by expression within each group.

84Samples

62TPM > 0

2Conditions

13.7Max TPM

4.6Mean TPM

By condition

Condition	Samples	TPM > 0	Mean TPM	Max TPM	Mean, relative to max
all_coral_tissue · exposed	46	31	3.86	13.65
all_coral_tissue · baseline	38	31	5.45	12.35

Per sample · hover a bar for the full sample record · show / hide the sample table

SRA run	Condition	Tissue	Developmental stage	Treatment	Study	TPM
SRR8800068	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	13.65
SRR8800077	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	12.56
SRR8800097	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	11.56
SRR8800080	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	10.56
SRR8800099	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	10.50
SRR8800051	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	9.19
SRR8800093	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	8.98
SRR8800034	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	8.92
SRR8800083	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	8.54
SRR8800071	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	8.48
SRR8800036	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	7.88
SRR8800073	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	7.15
SRR8800053	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	6.77
SRR8800045	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	6.68
SRR8800044	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	6.01
SRR8800079	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	5.57
SRR8800038	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	4.39
SRR8800026	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	3.89
SRR8800091	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	3.88
SRR8800033	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	3.78
SRR8800047	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	2.81
SRR8800107	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	2.61
SRR8800060	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	2.04
SRR8800058	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	1.90
SRR8800065	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	1.69
SRR8800063	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	1.60
SRR8800089	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	1.37
SRR8800040	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	1.34
SRR8800062	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	1.33
SRR8800095	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	1.21
SRR8800087	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	0.65
SRR8800027	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	0.00
SRR8800028	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	0.00
SRR8800029	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	0.00
SRR8800039	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	0.00
SRR8800042	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	0.00
SRR8800056	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	0.00
SRR8800061	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	0.00
SRR8800066	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	0.00
SRR8800075	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	0.00
SRR8800086	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	0.00
SRR8800088	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	0.00
SRR8800092	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	0.00
SRR8800094	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	0.00
SRR8800100	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	0.00
SRR8800105	all_coral_tissue · exposed	all_coral_tissue	not recorded	exposed	SRP189781	0.00
SRR8800069	all_coral_tissue · baseline	all_coral_tissue	not recorded	baseline	SRP189781	12.35
SRR8800106	all_coral_tissue · baseline	all_coral_tissue	not recorded	baseline	SRP189781	10.37
SRR8800057	all_coral_tissue · baseline	all_coral_tissue	not recorded	baseline	SRP189781	10.35
SRR8800096	all_coral_tissue · baseline	all_coral_tissue	not recorded	baseline	SRP189781	10.27
SRR8800108	all_coral_tissue · baseline	all_coral_tissue	not recorded	baseline	SRP189781	9.41
SRR8800067	all_coral_tissue · baseline	all_coral_tissue	not recorded	baseline	SRP189781	9.36
SRR8800078	all_coral_tissue · baseline	all_coral_tissue	not recorded	baseline	SRP189781	9.12
SRR8800076	all_coral_tissue · baseline	all_coral_tissue	not recorded	baseline	SRP189781	9.07
SRR8800043	all_coral_tissue · baseline	all_coral_tissue	not recorded	baseline	SRP189781	9.02
SRR8800035	all_coral_tissue · baseline	all_coral_tissue	not recorded	baseline	SRP189781	8.92
SRR8800050	all_coral_tissue · baseline	all_coral_tissue	not recorded	baseline	SRP189781	8.32
SRR8800048	all_coral_tissue · baseline	all_coral_tissue	not recorded	baseline	SRP189781	8.31
SRR8800109	all_coral_tissue · baseline	all_coral_tissue	not recorded	baseline	SRP189781	8.30
SRR8800101	all_coral_tissue · baseline	all_coral_tissue	not recorded	baseline	SRP189781	8.23
SRR8800074	all_coral_tissue · baseline	all_coral_tissue	not recorded	baseline	SRP189781	8.12
SRR8800041	all_coral_tissue · baseline	all_coral_tissue	not recorded	baseline	SRP189781	7.95
SRR8800098	all_coral_tissue · baseline	all_coral_tissue	not recorded	baseline	SRP189781	7.48
SRR8800072	all_coral_tissue · baseline	all_coral_tissue	not recorded	baseline	SRP189781	7.36
SRR8800049	all_coral_tissue · baseline	all_coral_tissue	not recorded	baseline	SRP189781	6.01
SRR8800104	all_coral_tissue · baseline	all_coral_tissue	not recorded	baseline	SRP189781	6.00
SRR8800082	all_coral_tissue · baseline	all_coral_tissue	not recorded	baseline	SRP189781	5.95
SRR8800081	all_coral_tissue · baseline	all_coral_tissue	not recorded	baseline	SRP189781	5.41
SRR8800037	all_coral_tissue · baseline	all_coral_tissue	not recorded	baseline	SRP189781	5.36
SRR8800103	all_coral_tissue · baseline	all_coral_tissue	not recorded	baseline	SRP189781	4.09
SRR8800102	all_coral_tissue · baseline	all_coral_tissue	not recorded	baseline	SRP189781	3.63
SRR8800031	all_coral_tissue · baseline	all_coral_tissue	not recorded	baseline	SRP189781	2.47
SRR8800070	all_coral_tissue · baseline	all_coral_tissue	not recorded	baseline	SRP189781	1.58
SRR8800084	all_coral_tissue · baseline	all_coral_tissue	not recorded	baseline	SRP189781	1.43
SRR8800090	all_coral_tissue · baseline	all_coral_tissue	not recorded	baseline	SRP189781	1.23
SRR8800085	all_coral_tissue · baseline	all_coral_tissue	not recorded	baseline	SRP189781	0.90
SRR8800064	all_coral_tissue · baseline	all_coral_tissue	not recorded	baseline	SRP189781	0.77
SRR8800030	all_coral_tissue · baseline	all_coral_tissue	not recorded	baseline	SRP189781	0.00
SRR8800032	all_coral_tissue · baseline	all_coral_tissue	not recorded	baseline	SRP189781	0.00
SRR8800046	all_coral_tissue · baseline	all_coral_tissue	not recorded	baseline	SRP189781	0.00
SRR8800052	all_coral_tissue · baseline	all_coral_tissue	not recorded	baseline	SRP189781	0.00
SRR8800054	all_coral_tissue · baseline	all_coral_tissue	not recorded	baseline	SRP189781	0.00
SRR8800055	all_coral_tissue · baseline	all_coral_tissue	not recorded	baseline	SRP189781	0.00
SRR8800059	all_coral_tissue · baseline	all_coral_tissue	not recorded	baseline	SRP189781	0.00

Source: CnidoSite RNA-seq expression matrices (APALM_TPM, StringTie quantification over 84 runs), joined to SRA sample metadata. Samples whose tissue/treatment is not recorded in the source metadata are grouped by the descriptor carried in the expression matrix itself.