Gene detail

Detailed information of evm.model.Ap3.1033 in Astrangia poculata

Genomic Location: Ap3:11340199...11376654
NR annotation: XP_027057313.1, dynein heavy chain 10, axonemal-like [Pocillopora damicornis]
Species Astrangia poculata · all data for this species · gene families

Gene Structure

More details in JBrowse

Sequence

CDS

evm.model.Ap3.1033

gagccaccttacctcatgaaacaaaaaacctctgaagccaagaaaacattggaaacatggaaggaatcctactttgatgtgcgagccaagatagaagcttcaggcagagatgccaggtgggagtttgacagaaaacgcttgtttgagaggacagatcacatggcctcaatctgcgaagatttgaaggaggtggctacagtgatggaggagttctataacatctttggaccagaactaaaggcagtgactggtgatcccaagcgtattgaggatgtgttaaaaagagttgatggacttgtgaaacccattgaaaatgttggatttgatgcctttagtctcaggcatgctgcgagttggcgcaatgttatggactggttccacagagaagtgacagccattgaaaatgaagctagacacttcattgatgactcattcaagacactgagatctgcagagggagcttttgacatgctcttgaacttcagacacattagatctcgtgaagctattaactcacaaatgatgaagaagtttaatgacatcctggtacagtttggaaaagaggttgatgcaatgtatgcactgttcaaagccaatgccgacaagccaccaatcttcaagaatcagccccctgtagctggagcaatcagctgggaacgctctctcttccttcgcataaaacacaccatcttgagatttcaagagatggaggacatgctgaactcagagcaagggaaactggcaagcaagaagtatctcagcgtggctcggcaaatgaaggattatgaagacaaaaaatacgaggcatggaaggaacaggttgaagccaatctgctgatctacctcaagaagaatctgctgactaaaccctcagccagctctgccactacacacaggagtgttgctgatgaaggagcaagctctgaggatgcttcaggaagcctggctgcagctgtgcagtctcaagcctcacatcccaacttacagtacatagcagattttgcaccagagttaggattgatcattatggaaaccaaataccttgaacaacttggtttccaggttcctgaactggccagaaatgttgctttgcaggaagagaagtacattaaatatgtggatggtctgaaactgatgctggataggtaccacactgttcttggaagtctcaatgttgcagagacacaacttctggaagatcacatcaaggaattaaaacgagttctaaaaccaggggcgaagagattaaattggaactcacttggaatcagtgactacattacaagatgtgggcaggcaatcagcaagtttgaatcacttgtgaatcaaatccagaagaatgccaaagacatcaacagtcgtctggagatgctcgagaacacagtattgttcaagcatccaccacccaagataggaggaatgttacctgatgctaaggagttctttgaataccttgagaaagcacgagctatagagcttgagaacttggccaggaaataccgagcaattggtccactattaacaaagatggaaggtcttgtagtccacactaacacaggcagatcaaccaaactacagccatactatgcttactgggagaatgcagtttatgaagctcttaccaagatggtgactaaaaacttgcagcagtttaaccagcagcttcatgcccgccagccattgttccagatagaaacagtgctgtctgcaccagagattgtcttgtctcctcctgcgaatgagatctacaagttaatcatgcagtctgttcgagacatggtcgagggaacaaggatgtttgtgcgctggatgcatggcacgtgcattgagactccaccccagcatgctgaaggtgaagacgagccagtggtattcagtttctttacagacatctcatctaatcctgccattatagacatggtgacaactttgtccaagagtgtgcagaacactctgggaatgctgaataaatacttgactcgctggaggaggtacagactgctctggaaacttgacaagagtaatatggtggagaagtttgctcagaagaagccaacatgtattgcatatgatgaaaaacttcagttctacacaaatctagtctttgaggttgggaaccaggtgttgtcaaaagacatggattttgttcgtcttaatcttgatccactggccacgaccattcaggcaaatgcaagagcctgggtcaaggaactgggcaagtttttgaatgaatcagcaagagacgatctgaatgcgcttaaaggagaaattgagggtctaacagaggatctcacgcggccacctgatacactagaggacttgaaatttgtcctgcgtgtgattgcagacatcagagacaaatcccttgatgtagagcttcgttatgttgacttacaggagagatatcgaacacttctcatgtacgatcttgaggttcctgaaagcgagttggagttatcaaccaacattactcaagcctgggacgatcttttcttggaatctcgcagggtggatgcgagtttggtttctgtaaagaaaaaattcactgaaattactcaagatcaagtgaccgatttctctaaagacatctctaagttcaaagaaagctttatcaatgaagggccaagttccattggcactgatctggatgcaggtgtggaactgctgaagagattcaaagaagagttcgctaattttgaaaaagagcgtcaggaattggcgaatgctgagaagctgtttggtctctccatcaccttgtaccccgagctgcttgacatggagaaagaattgaaggggctggatcagatcttctctatttatgagaaacaaacggcaagtattgaactttcttttgaacgtattcaacaggcagcccgtgatgaatgggccaacacgctgtgggccaaccttgatgtgtcagtgttatcagacggtattgatggcttcatcaaacaactcaagagacttcccagggaggtcaaggctctaccgctatgccacgtgctggaagagaaaatgaaagaatttaagaactctattccgctcttctctgatttgaaaaatgaggctctgagagaacgccactggaagaagcttatggaaatgacgggcatgaagtttgaccttaatccagacaccttcacactccagaacatgttcgctatggaactacacaagttccaggatgtgatcggtgacatcacagctagtgccacaaaggagcttgggatcgagaaaggcatcgccgaagtggcagacacgtggggagccatgaaattcaccgtgtctaaatttatgaagggaacgcaggagaggggctttattttaggtgctgtggatgagatcttacagatcctggatgataatgctatgaacctgcagagtatgtcggcatcacggtttgttggacctttcctggagacggttaacaagtgggagaagagtttgtcacacattggtgaagtggttgaggtgtggatggttgtacagagaaagtggatgtacctggaaagtatcttcattggtggagatatccgggcacagcttccagaggaggctaagaaatttgatgacattgataaaacgttcaaaaagatcatgaacgacactgccaagaatcctaaagtgttagaagcttgtcacgctgccagtcggctggagcagcttcagatgttagtcgccggcttggaaaaatgtcaaaagagtttgaatgattatttggactccaagagaaacgcctttccaaggtttttctttatctcagacgatgaactgctttctattctgggcagccacgatccacagtgtgtacaagagcacatgatcaagatgttcgacaacattgccaagctgcgttttgaagaagggactggtgaagaaatgttggccactgccatgctcagtagcgaggcggaagtgatggagttcaggcagccagtggcggccgagggacgagtggaggactggatgacaaacgtgctgaatgagatgagaaggactaacagacttatcaccaaggaagccatctttaaatatggcggcgacatgcccaggattgactggatgatgtcttatcaaggaatggtggtactggctgggaaccaagtgtggtggacttgggaagtggaagatgtgttccgtaaagtgaagaaaggagataaaatgggaatgaaaaactacgccagaaagatgcacaaacagatcagcgaccttgttcaaaaggttcgtcaaccaaatctcactaaaaatgaccgcaagaagttcaacacagtgctgattattgaagttcatgcgcgagacattattgatagctttgtaagagacagcataatggacacgcgtgagtttgaatgggagagtcagttgaggttttactgggatcagctgccagatgagttaatggtccgtcaatgtacgggagagtttggatatgggtacgagtacatgggactgaacggaagactggtcatcacccccctgactgacagaatctacctgactatctcacaggcattgtccatgtaccttggtggtgctccagccgggcctgctggtacaggaaaaactgagacagtcaaggatctggccaaagcactgggattactgtgtgttgttaccaactgtggagaaggcatggactacaagtccatcgggaagatcttctctggcttggcacagtgtggagcctggggctgttttgacgagttcaatcgtattgatgtgtctgtgttatcagttatctccacacaaatcaaaacactgcaaaactcgctcagcaatcatctcaaaagactacagtttgaaggtaccgagatagcactggacggtcgaatgggaatcttcatcactatgaaccctggttatgctggtcgtactgaacttccggagagcgtcaaagctctgtttagacctgtggtgtgtattgtacctgatctgcaacagatctgtgagatcatgctcttctctgaaggattcttactggccaaggttctcgctaagaagatgactgtactgtacaagctggcgtcaggacagctctccaaacaatctcattacgactttggacttcgtgcactaaaagccgtgcttgtgatggcaggagaactaaaaagaggttcccctgatctgagcgaggatgtagtgttgatgcgtgctttgcgtgacatgaacctgccaaagttcgtctttgaggacgtaccactctttctcggcctcatagctgacttgtttccaggccttgactgtccaagggtccgctacccgaactttaatgatgctgtggaggcagttttacaagacaacagatatgtgtcacttccacatcaggctgacaaagttgttcagatgtacgagaccatgttgacgcgtcacacaaccatgattgtgggtcctactggaggaggaaagactgtcgtcatcaacacattggcacaggcacagacacgtcttggcatcgccacgaaactgtacgtaatgaacgccaaagcatgcacagtagtggagctgtacggtacactggacccagtcacaagggactggactgatggcttgctgtcctgtatcttccgtgagatcaacaaaccaactgacaagaacgagcgcaagtacatcgtgtttgacagtgacgtggatgcgctgtgggttgaaaacatgaactctgttatggacgacaacaggcttttgacactggctaatggcgagagaattcggctgcagaaacactgtgccttgctgtttgaggttgcagatcttcgttacgcgtccccggccaccgtgtcccgttgcggtatggtgtacgtggatcctaagaacctggggtacaatccatactggcagaagtggtatcacgcccgcggcagcgataaggagagagaagagttgaacagactgttcgagaaatacgtgccgccctgtattgaccttatactggaggggatcattgaaggaaaaataggaaagaaactgaagacgatcattcctctgactaatctgaacatggttgtacaactctcccagatgctggatgcactgctcccccctgcagaaaatgctcagttccttggttctgaaacaacagaggctatattcctatctgcgctgacctggtctctagggggaggcctgctcgaggatgggcggactgtgtttgatgggtttgtcaagagaatcgcttctttgcctcagaatcccgctgaaggaacagttgttggaccaggcgagattcccagttctcagccaaatttattcgagtattattttgactcaaagaagctcctctgggtcccctggatcgacgtcatccctgagtatgttcacgaccccgagaaaaagttctccgagatattggtgcccactgtggacactgtcaggacaacatggctgctggagcttatggtcagcattaagagacccgtggtacttgttggagagactggtacatccaagtccgctacgacggcgaatttcctgaggggcctggacaaggattctacgcttctactcaacataaacttctcgtctcgaacaacatccatggacgtacaaagaaatctggaagccaacgtagagaagaggacaaaagacacttacggtccccccatgggtaaaagattgctcgtgttcatggatgacatgaacatgccacaggttgatgagtatggaacacaacagccaatcgctttactcaagctactgttggagagaggaggcatgtacgacagaggcaaggaactcaacttgaagaactacagggatatcggctttgtggcggccatgggaaagcctggtggtggtcgtaatgaagtggaccctcgattcatctcgctgttcagcgtcttcaatgtcactttcccttcacaagaatccttgatgaaaatctactcctcgattctaaacggccacttggagcccttcaaaaaggaagtcagagagttaacatctaagatcacttcctgcacactggagttgtatcacaagatcattcaaaaccttccgccgacgccttcaaagtttcactacattttcaacctgcgggatttgtcccgcgtcactcagggattgtgcctcagcacgcccgataggtttgataatccgggacagtttgtccgactatggaagaatgaatgtctccgagtgttctacgatcgtctgaccagtgcatcggataagaagatcgttaatggctacctcgaggagcttgtagaacagaacttcacaaactacgtagactcggtcaatcgtgagccgatcctgtttggagactatcgtaatgccttgactgaagatccgcgcttgtatgaggatattgtggattatgaagctgccaaagctgtctttgatgagatcttagaggaatacaacatggaccacgtaccaatgaacctcgttctattcgatgacgccatcgagcatctgacacgtgtccaccgcgtgatccgcatggagaaaggccacgccctacttgtgggggtggggggcagtggtaaacagtcccttaccaagttaggcgccttttctgctgggtgtgaggtgtttgagatcacactcactcgagggtatgacgaaagctctttcagagaagatttaaagggactttactcgaaactaggattggaaaacaagaaaatggttttcttgttcactgatgcccacgtagctcaggaaggattccttgagctcatcaacaacatgctgacgtcaggaatggttcccgcgcttttccctgatgacgagaaagaaggaatcattggccaggttcgcgacgaggcaaacaaagccggagtaccacccgcaagggagtccatttggcaatactttgttaacaaatgcgctaacaatcttcatattgtgttagctatgtcacctgtgggcgagacactgaggacgcgatgccgtaacttccctggtctggtgaataactgcagtattgactggtttacggcctggccacagcaggcattgcacgctgtcgcctcagtatttctgggagagaacaacgacaagattcctgacgagcaccgtgaaaacgtggtcaaccacgtggtatatgtgcatcaaactgtcggtgtgttcagcaaaacattcctgcagaagctgaggagagtgaattacaccacacccaagaactacctggactttataaacacgtacaacaaactactggaagaaaaggacaaattcgtcttggaacaatgccatcgtctcgacggaggtcttagcaaactgctggcagccagcgaacaactcaaagaactgaacgaaaaactggaaattcagaaagtagcggtgacggagaagagcgaggcgtgcgagaaactgcttaccgagatccagcgcgctactgaacaagctaacgagaagaaggctatggcggtgggcaagagagaagagatagccgagcaaaacaaggagattgttgtggagaaagccgaagctgaggaggctcttgccatggccctgcccgcgttagaggaagccaaactggctttacaggatttggacaagtctgacgtcactgagatcaggtacttgaaggaactgacggctcacacagatagctaa

Transcript

evm.model.Ap3.1033

GGAGCCACCTTACCTCATGAAACAAAAAACCTCTGAAGCCAAGAAAACATTGGAAACATGGAAGGAATCCTACTTTGATGTGCGAGCCAAGATAGAAGCTTCAGGCAGAGATGCCAGGTGGGAGTTTGACAGAAAACGCTTGTTTGAGAGGACAGATCACATGGCCTCAATCTGCGAAGATTTGAAGGAGGTGGCTACAGTGATGGAGGAGTTCTATAACATCTTTGGACCAGAACTAAAGGCAGTGACTGGTGATCCCAAGCGTATTGAGGATGTGTTAAAAAGAGTTGATGGACTTGTGAAACCCATTGAAAATGTTGGATTTGATGCCTTTAGTCTCAGGCATGCTGCGAGTTGGCGCAATGTTATGGACTGGTTCCACAGAGAAGTGACAGCCATTGAAAATGAAGCTAGACACTTCATTGATGACTCATTCAAGACACTGAGATCTGCAGAGGGAGCTTTTGACATGCTCTTGAACTTCAGACACATTAGATCTCGTGAAGCTATTAACTCACAAATGATGAAGAAGTTTAATGACATCCTGGTACAGTTTGGAAAAGAGGTTGATGCAATGTATGCACTGTTCAAAGCCAATGCCGACAAGCCACCAATCTTCAAGAATCAGCCCCCTGTAGCTGGAGCAATCAGCTGGGAACGCTCTCTCTTCCTTCGCATAAAACACACCATCTTGAGATTTCAAGAGATGGAGGACATGCTGAACTCAGAGCAAGGGAAACTGGCAAGCAAGAAGTATCTCAGCGTGGCTCGGCAAATGAAGGATTATGAAGACAAAAAATACGAGGCATGGAAGGAACAGGTTGAAGCCAATCTGCTGATCTACCTCAAGAAGAATCTGCTGACTAAACCCTCAGCCAGCTCTGCCACTACACACAGGAGTGTTGCTGATGAAGGAGCAAGCTCTGAGGATGCTTCAGGAAGCCTGGCTGCAGCTGTGCAGTCTCAAGCCTCACATCCCAACTTACAGTACATAGCAGATTTTGCACCAGAGTTAGGATTGATCATTATGGAAACCAAATACCTTGAACAACTTGGTTTCCAGGTTCCTGAACTGGCCAGAAATGTTGCTTTGCAGGAAGAGAAGTACATTAAATATGTGGATGGTCTGAAACTGATGCTGGATAGGTACCACACTGTTCTTGGAAGTCTCAATGTTGCAGAGACACAACTTCTGGAAGATCACATCAAGGAATTAAAACGAGTTCTAAAACCAGGGGCGAAGAGATTAAATTGGAACTCACTTGGAATCAGTGACTACATTACAAGATGTGGGCAGGCAATCAGCAAGTTTGAATCACTTGTGAATCAAATCCAGAAGAATGCCAAAGACATCAACAGTCGTCTGGAGATGCTCGAGAACACAGTATTGTTCAAGCATCCACCACCCAAGATAGGAGGAATGTTACCTGATGCTAAGGAGTTCTTTGAATACCTTGAGAAAGCACGAGCTATAGAGCTTGAGAACTTGGCCAGGAAATACCGAGCAATTGGTCCACTATTAACAAAGATGGAAGGTCTTGTAGTCCACACTAACACAGGCAGATCAACCAAACTACAGCCATACTATGCTTACTGGGAGAATGCAGTTTATGAAGCTCTTACCAAGATGGTGACTAAAAACTTGCAGCAGTTTAACCAGCAGCTTCATGCCCGCCAGCCATTGTTCCAGATAGAAACAGTGCTGTCTGCACCAGAGATTGTCTTGTCTCCTCCTGCGAATGAGATCTACAAGTTAATCATGCAGTCTGTTCGAGACATGGTCGAGGGAACAAGGATGTTTGTGCGCTGGATGCATGGCACGTGCATTGAGACTCCACCCCAGCATGCTGAAGGTGAAGACGAGCCAGTGGTATTCAGTTTCTTTACAGACATCTCATCTAATCCTGCCATTATAGACATGGTGACAACTTTGTCCAAGAGTGTGCAGAACACTCTGGGAATGCTGAATAAATACTTGACTCGCTGGAGGAGGTACAGACTGCTCTGGAAACTTGACAAGAGTAATATGGTGGAGAAGTTTGCTCAGAAGAAGCCAACATGTATTGCATATGATGAAAAACTTCAGTTCTACACAAATCTAGTCTTTGAGGTTGGGAACCAGGTGTTGTCAAAAGACATGGATTTTGTTCGTCTTAATCTTGATCCACTGGCCACGACCATTCAGGCAAATGCAAGAGCCTGGGTCAAGGAACTGGGCAAGTTTTTGAATGAATCAGCAAGAGACGATCTGAATGCGCTTAAAGGAGAAATTGAGGGTCTAACAGAGGATCTCACGCGGCCACCTGATACACTAGAGGACTTGAAATTTGTCCTGCGTGTGATTGCAGACATCAGAGACAAATCCCTTGATGTAGAGCTTCGTTATGTTGACTTACAGGAGAGATATCGAACACTTCTCATGTACGATCTTGAGGTTCCTGAAAGCGAGTTGGAGTTATCAACCAACATTACTCAAGCCTGGGACGATCTTTTCTTGGAATCTCGCAGGGTGGATGCGAGTTTGGTTTCTGTAAAGAAAAAATTCACTGAAATTACTCAAGATCAAGTGACCGATTTCTCTAAAGACATCTCTAAGTTCAAAGAAAGCTTTATCAATGAAGGGCCAAGTTCCATTGGCACTGATCTGGATGCAGGTGTGGAACTGCTGAAGAGATTCAAAGAAGAGTTCGCTAATTTTGAAAAAGAGCGTCAGGAATTGGCGAATGCTGAGAAGCTGTTTGGTCTCTCCATCACCTTGTACCCCGAGCTGCTTGACATGGAGAAAGAATTGAAGGGGCTGGATCAGATCTTCTCTATTTATGAGAAACAAACGGCAAGTATTGAACTTTCTTTTGAACGTATTCAACAGGCAGCCCGTGATGAATGGGCCAACACGCTGTGGGCCAACCTTGATGTGTCAGTGTTATCAGACGGTATTGATGGCTTCATCAAACAACTCAAGAGACTTCCCAGGGAGGTCAAGGCTCTACCGCTATGCCACGTGCTGGAAGAGAAAATGAAAGAATTTAAGAACTCTATTCCGCTCTTCTCTGATTTGAAAAATGAGGCTCTGAGAGAACGCCACTGGAAGAAGCTTATGGAAATGACGGGCATGAAGTTTGACCTTAATCCAGACACCTTCACACTCCAGAACATGTTCGCTATGGAACTACACAAGTTCCAGGATGTGATCGGTGACATCACAGCTAGTGCCACAAAGGAGCTTGGGATCGAGAAAGGCATCGCCGAAGTGGCAGACACGTGGGGAGCCATGAAATTCACCGTGTCTAAATTTATGAAGGGAACGCAGGAGAGGGGCTTTATTTTAGGTGCTGTGGATGAGATCTTACAGATCCTGGATGATAATGCTATGAACCTGCAGAGTATGTCGGCATCACGGTTTGTTGGACCTTTCCTGGAGACGGTTAACAAGTGGGAGAAGAGTTTGTCACACATTGGTGAAGTGGTTGAGGTGTGGATGGTTGTACAGAGAAAGTGGATGTACCTGGAAAGTATCTTCATTGGTGGAGATATCCGGGCACAGCTTCCAGAGGAGGCTAAGAAATTTGATGACATTGATAAAACGTTCAAAAAGATCATGAACGACACTGCCAAGAATCCTAAAGTGTTAGAAGCTTGTCACGCTGCCAGTCGGCTGGAGCAGCTTCAGATGTTAGTCGCCGGCTTGGAAAAATGTCAAAAGAGTTTGAATGATTATTTGGACTCCAAGAGAAACGCCTTTCCAAGGTTTTTCTTTATCTCAGACGATGAACTGCTTTCTATTCTGGGCAGCCACGATCCACAGTGTGTACAAGAGCACATGATCAAGATGTTCGACAACATTGCCAAGCTGCGTTTTGAAGAAGGGACTGGTGAAGAAATGTTGGCCACTGCCATGCTCAGTAGCGAGGCGGAAGTGATGGAGTTCAGGCAGCCAGTGGCGGCCGAGGGACGAGTGGAGGACTGGATGACAAACGTGCTGAATGAGATGAGAAGGACTAACAGACTTATCACCAAGGAAGCCATCTTTAAATATGGCGGCGACATGCCCAGGATTGACTGGATGATGTCTTATCAAGGAATGGTGGTACTGGCTGGGAACCAAGTGTGGTGGACTTGGGAAGTGGAAGATGTGTTCCGTAAAGTGAAGAAAGGAGATAAAATGGGAATGAAAAACTACGCCAGAAAGATGCACAAACAGATCAGCGACCTTGTTCAAAAGGTTCGTCAACCAAATCTCACTAAAAATGACCGCAAGAAGTTCAACACAGTGCTGATTATTGAAGTTCATGCGCGAGACATTATTGATAGCTTTGTAAGAGACAGCATAATGGACACGCGTGAGTTTGAATGGGAGAGTCAGTTGAGGTTTTACTGGGATCAGCTGCCAGATGAGTTAATGGTCCGTCAATGTACGGGAGAGTTTGGATATGGGTACGAGTACATGGGACTGAACGGAAGACTGGTCATCACCCCCCTGACTGACAGAATCTACCTGACTATCTCACAGGCATTGTCCATGTACCTTGGTGGTGCTCCAGCCGGGCCTGCTGGTACAGGAAAAACTGAGACAGTCAAGGATCTGGCCAAAGCACTGGGATTACTGTGTGTTGTTACCAACTGTGGAGAAGGCATGGACTACAAGTCCATCGGGAAGATCTTCTCTGGCTTGGCACAGTGTGGAGCCTGGGGCTGTTTTGACGAGTTCAATCGTATTGATGTGTCTGTGTTATCAGTTATCTCCACACAAATCAAAACACTGCAAAACTCGCTCAGCAATCATCTCAAAAGACTACAGTTTGAAGGTACCGAGATAGCACTGGACGGTCGAATGGGAATCTTCATCACTATGAACCCTGGTTATGCTGGTCGTACTGAACTTCCGGAGAGCGTCAAAGCTCTGTTTAGACCTGTGGTGTGTATTGTACCTGATCTGCAACAGATCTGTGAGATCATGCTCTTCTCTGAAGGATTCTTACTGGCCAAGGTTCTCGCTAAGAAGATGACTGTACTGTACAAGCTGGCGTCAGGACAGCTCTCCAAACAATCTCATTACGACTTTGGACTTCGTGCACTAAAAGCCGTGCTTGTGATGGCAGGAGAACTAAAAAGAGGTTCCCCTGATCTGAGCGAGGATGTAGTGTTGATGCGTGCTTTGCGTGACATGAACCTGCCAAAGTTCGTCTTTGAGGACGTACCACTCTTTCTCGGCCTCATAGCTGACTTGTTTCCAGGCCTTGACTGTCCAAGGGTCCGCTACCCGAACTTTAATGATGCTGTGGAGGCAGTTTTACAAGACAACAGATATGTGTCACTTCCACATCAGGCTGACAAAGTTGTTCAGATGTACGAGACCATGTTGACGCGTCACACAACCATGATTGTGGGTCCTACTGGAGGAGGAAAGACTGTCGTCATCAACACATTGGCACAGGCACAGACACGTCTTGGCATCGCCACGAAACTGTACGTAATGAACGCCAAAGCATGCACAGTAGTGGAGCTGTACGGTACACTGGACCCAGTCACAAGGGACTGGACTGATGGCTTGCTGTCCTGTATCTTCCGTGAGATCAACAAACCAACTGACAAGAACGAGCGCAAGTACATCGTGTTTGACAGTGACGTGGATGCGCTGTGGGTTGAAAACATGAACTCTGTTATGGACGACAACAGGCTTTTGACACTGGCTAATGGCGAGAGAATTCGGCTGCAGAAACACTGTGCCTTGCTGTTTGAGGTTGCAGATCTTCGTTACGCGTCCCCGGCCACCGTGTCCCGTTGCGGTATGGTGTACGTGGATCCTAAGAACCTGGGGTACAATCCATACTGGCAGAAGTGGTATCACGCCCGCGGCAGCGATAAGGAGAGAGAAGAGTTGAACAGACTGTTCGAGAAATACGTGCCGCCCTGTATTGACCTTATACTGGAGGGGATCATTGAAGGAAAAATAGGAAAGAAACTGAAGACGATCATTCCTCTGACTAATCTGAACATGGTTGTACAACTCTCCCAGATGCTGGATGCACTGCTCCCCCCTGCAGAAAATGCTCAGTTCCTTGGTTCTGAAACAACAGAGGCTATATTCCTATCTGCGCTGACCTGGTCTCTAGGGGGAGGCCTGCTCGAGGATGGGCGGACTGTGTTTGATGGGTTTGTCAAGAGAATCGCTTCTTTGCCTCAGAATCCCGCTGAAGGAACAGTTGTTGGACCAGGCGAGATTCCCAGTTCTCAGCCAAATTTATTCGAGTATTATTTTGACTCAAAGAAGCTCCTCTGGGTCCCCTGGATCGACGTCATCCCTGAGTATGTTCACGACCCCGAGAAAAAGTTCTCCGAGATATTGGTGCCCACTGTGGACACTGTCAGGACAACATGGCTGCTGGAGCTTATGGTCAGCATTAAGAGACCCGTGGTACTTGTTGGAGAGACTGGTACATCCAAGTCCGCTACGACGGCGAATTTCCTGAGGGGCCTGGACAAGGATTCTACGCTTCTACTCAACATAAACTTCTCGTCTCGAACAACATCCATGGACGTACAAAGAAATCTGGAAGCCAACGTAGAGAAGAGGACAAAAGACACTTACGGTCCCCCCATGGGTAAAAGATTGCTCGTGTTCATGGATGACATGAACATGCCACAGGTTGATGAGTATGGAACACAACAGCCAATCGCTTTACTCAAGCTACTGTTGGAGAGAGGAGGCATGTACGACAGAGGCAAGGAACTCAACTTGAAGAACTACAGGGATATCGGCTTTGTGGCGGCCATGGGAAAGCCTGGTGGTGGTCGTAATGAAGTGGACCCTCGATTCATCTCGCTGTTCAGCGTCTTCAATGTCACTTTCCCTTCACAAGAATCCTTGATGAAAATCTACTCCTCGATTCTAAACGGCCACTTGGAGCCCTTCAAAAAGGAAGTCAGAGAGTTAACATCTAAGATCACTTCCTGCACACTGGAGTTGTATCACAAGATCATTCAAAACCTTCCGCCGACGCCTTCAAAGTTTCACTACATTTTCAACCTGCGGGATTTGTCCCGCGTCACTCAGGGATTGTGCCTCAGCACGCCCGATAGGTTTGATAATCCGGGACAGTTTGTCCGACTATGGAAGAATGAATGTCTCCGAGTGTTCTACGATCGTCTGACCAGTGCATCGGATAAGAAGATCGTTAATGGCTACCTCGAGGAGCTTGTAGAACAGAACTTCACAAACTACGTAGACTCGGTCAATCGTGAGCCGATCCTGTTTGGAGACTATCGTAATGCCTTGACTGAAGATCCGCGCTTGTATGAGGATATTGTGGATTATGAAGCTGCCAAAGCTGTCTTTGATGAGATCTTAGAGGAATACAACATGGACCACGTACCAATGAACCTCGTTCTATTCGATGACGCCATCGAGCATCTGACACGTGTCCACCGCGTGATCCGCATGGAGAAAGGCCACGCCCTACTTGTGGGGGTGGGGGGCAGTGGTAAACAGTCCCTTACCAAGTTAGGCGCCTTTTCTGCTGGGTGTGAGGTGTTTGAGATCACACTCACTCGAGGGTATGACGAAAGCTCTTTCAGAGAAGATTTAAAGGGACTTTACTCGAAACTAGGATTGGAAAACAAGAAAATGGTTTTCTTGTTCACTGATGCCCACGTAGCTCAGGAAGGATTCCTTGAGCTCATCAACAACATGCTGACGTCAGGAATGGTTCCCGCGCTTTTCCCTGATGACGAGAAAGAAGGAATCATTGGCCAGGTTCGCGACGAGGCAAACAAAGCCGGAGTACCACCCGCAAGGGAGTCCATTTGGCAATACTTTGTTAACAAATGCGCTAACAATCTTCATATTGTGTTAGCTATGTCACCTGTGGGCGAGACACTGAGGACGCGATGCCGTAACTTCCCTGGTCTGGTGAATAACTGCAGTATTGACTGGTTTACGGCCTGGCCACAGCAGGCATTGCACGCTGTCGCCTCAGTATTTCTGGGAGAGAACAACGACAAGATTCCTGACGAGCACCGTGAAAACGTGGTCAACCACGTGGTATATGTGCATCAAACTGTCGGTGTGTTCAGCAAAACATTCCTGCAGAAGCTGAGGAGAGTGAATTACACCACACCCAAGAACTACCTGGACTTTATAAACACGTACAACAAACTACTGGAAGAAAAGGACAAATTCGTCTTGGAACAATGCCATCGTCTCGACGGAGGTCTTAGCAAACTGCTGGCAGCCAGCGAACAACTCAAAGAACTGAACGAAAAACTGGAAATTCAGAAAGTAGCGGTGACGGAGAAGAGCGAGGCGTGCGAGAAACTGCTTACCGAGATCCAGCGCGCTACTGAACAAGCTAACGAGAAGAAGGCTATGGCGGTGGGCAAGAGAGAAGAGATAGCCGAGCAAAACAAGGAGATTGTTGTGGAGAAAGCCGAAGCTGAGGAGGCTCTTGCCATGGCCCTGCCCGCGTTAGAGGAAGCCAAACTGGCTTTACAGGATTTGGACAAGTCTGACGTCACTGAGATCAGGTACTTGAAGGAACTGACGGCTCACACAGATAGCTAA

Protein

evm.model.Ap3.1033

EPPYLMKQKTSEAKKTLETWKESYFDVRAKIEASGRDARWEFDRKRLFERTDHMASICEDLKEVATVMEEFYNIFGPELKAVTGDPKRIEDVLKRVDGLVKPIENVGFDAFSLRHAASWRNVMDWFHREVTAIENEARHFIDDSFKTLRSAEGAFDMLLNFRHIRSREAINSQMMKKFNDILVQFGKEVDAMYALFKANADKPPIFKNQPPVAGAISWERSLFLRIKHTILRFQEMEDMLNSEQGKLASKKYLSVARQMKDYEDKKYEAWKEQVEANLLIYLKKNLLTKPSASSATTHRSVADEGASSEDASGSLAAAVQSQASHPNLQYIADFAPELGLIIMETKYLEQLGFQVPELARNVALQEEKYIKYVDGLKLMLDRYHTVLGSLNVAETQLLEDHIKELKRVLKPGAKRLNWNSLGISDYITRCGQAISKFESLVNQIQKNAKDINSRLEMLENTVLFKHPPPKIGGMLPDAKEFFEYLEKARAIELENLARKYRAIGPLLTKMEGLVVHTNTGRSTKLQPYYAYWENAVYEALTKMVTKNLQQFNQQLHARQPLFQIETVLSAPEIVLSPPANEIYKLIMQSVRDMVEGTRMFVRWMHGTCIETPPQHAEGEDEPVVFSFFTDISSNPAIIDMVTTLSKSVQNTLGMLNKYLTRWRRYRLLWKLDKSNMVEKFAQKKPTCIAYDEKLQFYTNLVFEVGNQVLSKDMDFVRLNLDPLATTIQANARAWVKELGKFLNESARDDLNALKGEIEGLTEDLTRPPDTLEDLKFVLRVIADIRDKSLDVELRYVDLQERYRTLLMYDLEVPESELELSTNITQAWDDLFLESRRVDASLVSVKKKFTEITQDQVTDFSKDISKFKESFINEGPSSIGTDLDAGVELLKRFKEEFANFEKERQELANAEKLFGLSITLYPELLDMEKELKGLDQIFSIYEKQTASIELSFERIQQAARDEWANTLWANLDVSVLSDGIDGFIKQLKRLPREVKALPLCHVLEEKMKEFKNSIPLFSDLKNEALRERHWKKLMEMTGMKFDLNPDTFTLQNMFAMELHKFQDVIGDITASATKELGIEKGIAEVADTWGAMKFTVSKFMKGTQERGFILGAVDEILQILDDNAMNLQSMSASRFVGPFLETVNKWEKSLSHIGEVVEVWMVVQRKWMYLESIFIGGDIRAQLPEEAKKFDDIDKTFKKIMNDTAKNPKVLEACHAASRLEQLQMLVAGLEKCQKSLNDYLDSKRNAFPRFFFISDDELLSILGSHDPQCVQEHMIKMFDNIAKLRFEEGTGEEMLATAMLSSEAEVMEFRQPVAAEGRVEDWMTNVLNEMRRTNRLITKEAIFKYGGDMPRIDWMMSYQGMVVLAGNQVWWTWEVEDVFRKVKKGDKMGMKNYARKMHKQISDLVQKVRQPNLTKNDRKKFNTVLIIEVHARDIIDSFVRDSIMDTREFEWESQLRFYWDQLPDELMVRQCTGEFGYGYEYMGLNGRLVITPLTDRIYLTISQALSMYLGGAPAGPAGTGKTETVKDLAKALGLLCVVTNCGEGMDYKSIGKIFSGLAQCGAWGCFDEFNRIDVSVLSVISTQIKTLQNSLSNHLKRLQFEGTEIALDGRMGIFITMNPGYAGRTELPESVKALFRPVVCIVPDLQQICEIMLFSEGFLLAKVLAKKMTVLYKLASGQLSKQSHYDFGLRALKAVLVMAGELKRGSPDLSEDVVLMRALRDMNLPKFVFEDVPLFLGLIADLFPGLDCPRVRYPNFNDAVEAVLQDNRYVSLPHQADKVVQMYETMLTRHTTMIVGPTGGGKTVVINTLAQAQTRLGIATKLYVMNAKACTVVELYGTLDPVTRDWTDGLLSCIFREINKPTDKNERKYIVFDSDVDALWVENMNSVMDDNRLLTLANGERIRLQKHCALLFEVADLRYASPATVSRCGMVYVDPKNLGYNPYWQKWYHARGSDKEREELNRLFEKYVPPCIDLILEGIIEGKIGKKLKTIIPLTNLNMVVQLSQMLDALLPPAENAQFLGSETTEAIFLSALTWSLGGGLLEDGRTVFDGFVKRIASLPQNPAEGTVVGPGEIPSSQPNLFEYYFDSKKLLWVPWIDVIPEYVHDPEKKFSEILVPTVDTVRTTWLLELMVSIKRPVVLVGETGTSKSATTANFLRGLDKDSTLLLNINFSSRTTSMDVQRNLEANVEKRTKDTYGPPMGKRLLVFMDDMNMPQVDEYGTQQPIALLKLLLERGGMYDRGKELNLKNYRDIGFVAAMGKPGGGRNEVDPRFISLFSVFNVTFPSQESLMKIYSSILNGHLEPFKKEVRELTSKITSCTLELYHKIIQNLPPTPSKFHYIFNLRDLSRVTQGLCLSTPDRFDNPGQFVRLWKNECLRVFYDRLTSASDKKIVNGYLEELVEQNFTNYVDSVNREPILFGDYRNALTEDPRLYEDIVDYEAAKAVFDEILEEYNMDHVPMNLVLFDDAIEHLTRVHRVIRMEKGHALLVGVGGSGKQSLTKLGAFSAGCEVFEITLTRGYDESSFREDLKGLYSKLGLENKKMVFLFTDAHVAQEGFLELINNMLTSGMVPALFPDDEKEGIIGQVRDEANKAGVPPARESIWQYFVNKCANNLHIVLAMSPVGETLRTRCRNFPGLVNNCSIDWFTAWPQQALHAVASVFLGENNDKIPDEHRENVVNHVVYVHQTVGVFSKTFLQKLRRVNYTTPKNYLDFINTYNKLLEEKDKFVLEQCHRLDGGLSKLLAASEQLKELNEKLEIQKVAVTEKSEACEKLLTEIQRATEQANEKKAMAVGKREEIAEQNKEIVVEKAEAEEALAMALPALEEAKLALQDLDKSDVTEIRYLKELTAHTDS*

UniProt (Swiss-Prot top hit)

UniProt accession	Description
Q8IVF4	Dynein axonemal heavy chain 10 OS=Homo sapiens OX=9606 GN=DNAH10 PE=1 SV=4
Q9SMH3	Dynein-1-alpha heavy chain, flagellar inner arm I1 complex OS=Chlamydomonas reinhardtii OX=3055 GN=DHC1 PE=1 SV=1
P0C6F1	Dynein axonemal heavy chain 2 OS=Mus musculus OX=10090 GN=Dnah2 PE=1 SV=1

Gene family

Family type	Membership / link
Orthogroup (gene family)	OG0000142 (this species only)

Pfam domain

Pfam accession	Pfam name	Description	Type	Source
PF12780 all species →	AAA_8	P-loop containing dynein motor region D4	Domain	Interproscan
PF08385 all species →	DHC_N1	Dynein heavy chain, N-terminal region 1	Family	Interproscan
PF17857 all species →	AAA_lid_1	AAA+ lid domain	Domain	Interproscan
PF08393 all species →	DHC_N2	Dynein heavy chain, N-terminal region 2	Family	Interproscan
PF12774 all species →	AAA_6	Hydrolytic ATP binding site of dynein motor region	Domain	Interproscan
PF17852 all species →	Dynein_AAA_lid	Dynein heavy chain AAA lid domain	Domain	Interproscan
PF12777 all species →	MT	Microtubule-binding stalk of dynein motor	Domain	Interproscan
PF12775 all species →	AAA_7	P-loop containing dynein motor region	Domain	Interproscan

InterPro

InterPro term	Type	Description	Source
IPR003593 all species →	Domain	AAA+ ATPase domain	Interproscan
IPR027417 all species →	Homologous_superfamily	P-loop containing nucleoside triphosphate hydrolase	Interproscan
IPR024317 all species →	Domain	Dynein heavy chain, AAA module D4	Interproscan
IPR042222 all species →	Homologous_superfamily	Dynein heavy chain, domain 2, N-terminal	Interproscan
IPR026983 all species →	Family	Dynein heavy chain	Interproscan
IPR042228 all species →	Homologous_superfamily	Dynein heavy chain, linker, subdomain 3	Interproscan
IPR013594 all species →	Domain	Dynein heavy chain, tail	Interproscan
IPR041589 all species →	Domain	Dynein heavy chain 3, AAA+ lid domain	Interproscan
IPR013602 all species →	Domain	Dynein heavy chain, linker	Interproscan
IPR035699 all species →	Domain	Dynein heavy chain, hydrolytic ATP-binding dynein motor region	Interproscan
IPR041466 all species →	Domain	Dynein heavy chain, AAA 5 extension domain	Interproscan
IPR024743 all species →	Domain	Dynein heavy chain, coiled coil stalk	Interproscan
IPR043157 all species →	Homologous_superfamily	Dynein heavy chain, AAA1 domain, small subdomain	Interproscan

PANTHER

PANTHER term	Description	Source
PTHR10676 all species →	DYNEIN HEAVY CHAIN FAMILY PROTEIN	Interproscan

Gene Ontology

GO term	Category	Description	Source
GO:0016887 all species →	Molecular Function	ATP hydrolysis activity	Interproscan
GO:0007018 all species →	Biological Process	microtubule-based movement	Interproscan
GO:0008569 all species →	Molecular Function	minus-end-directed microtubule motor activity	Interproscan
GO:0030286 all species →	Cellular Component	dynein complex	Interproscan
GO:0045505 all species →	Molecular Function	dynein intermediate chain binding	Interproscan
GO:0051959 all species →	Molecular Function	dynein light intermediate chain binding	Interproscan
GO:0060294 all species →	Biological Process	cilium movement involved in cell motility	Interproscan
GO:0097729 all species →	Cellular Component	9+2 motile cilium	Interproscan
GO:0005524 all species →	Molecular Function	ATP binding	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 evm.model.Ap3.1033.

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

Expression pattern (RNA-seq)

Transcript abundance of evm.model.Ap3.1033 across 49 RNA-seq samples of Astrangia poculata. This gene has no row in the species' RNA-seq expression matrix, so every value below is shown as zero — the matrix simply does not cover this transcript. 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.

49Samples

0TPM > 0

4Conditions

0.0Max TPM

0.0Mean TPM

By condition

Condition	Samples	TPM > 0	Mean TPM	Max TPM	Mean, relative to max
whole organism · cold control	14	0	0.00	0.00
whole organism · heat control	12	0	0.00	0.00
whole organism · cold challenge	12	0	0.00	0.00
whole organism · heat challenge	11	0	0.00	0.00

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

SRA run	Condition	Tissue	Developmental stage	Treatment	Study
SRR10674714	whole organism · cold control	whole organism	not recorded	cold control	SRP237293
SRR10674715	whole organism · cold control	whole organism	not recorded	cold control	SRP237293
SRR10674724	whole organism · cold control	whole organism	not recorded	cold control	SRP237293
SRR10674733	whole organism · cold control	whole organism	not recorded	cold control	SRP237293
SRR10674734	whole organism · cold control	whole organism	not recorded	cold control	SRP237293
SRR10674735	whole organism · cold control	whole organism	not recorded	cold control	SRP237293
SRR10674736	whole organism · cold control	whole organism	not recorded	cold control	SRP237293
SRR10674737	whole organism · cold control	whole organism	not recorded	cold control	SRP237293
SRR10674739	whole organism · cold control	whole organism	not recorded	cold control	SRP237293
SRR10674743	whole organism · cold control	whole organism	not recorded	cold control	SRP237293
SRR10674746	whole organism · cold control	whole organism	not recorded	cold control	SRP237293
SRR10674747	whole organism · cold control	whole organism	not recorded	cold control	SRP237293
SRR10674748	whole organism · cold control	whole organism	not recorded	cold control	SRP237293
SRR10674750	whole organism · cold control	whole organism	not recorded	cold control	SRP237293
SRR10674706	whole organism · heat control	whole organism	not recorded	heat control	SRP237293
SRR10674707	whole organism · heat control	whole organism	not recorded	heat control	SRP237293
SRR10674708	whole organism · heat control	whole organism	not recorded	heat control	SRP237293
SRR10674717	whole organism · heat control	whole organism	not recorded	heat control	SRP237293
SRR10674718	whole organism · heat control	whole organism	not recorded	heat control	SRP237293
SRR10674720	whole organism · heat control	whole organism	not recorded	heat control	SRP237293
SRR10674721	whole organism · heat control	whole organism	not recorded	heat control	SRP237293
SRR10674725	whole organism · heat control	whole organism	not recorded	heat control	SRP237293
SRR10674731	whole organism · heat control	whole organism	not recorded	heat control	SRP237293
SRR10674741	whole organism · heat control	whole organism	not recorded	heat control	SRP237293
SRR10674752	whole organism · heat control	whole organism	not recorded	heat control	SRP237293
SRR10674753	whole organism · heat control	whole organism	not recorded	heat control	SRP237293
SRR10674711	whole organism · cold challenge	whole organism	not recorded	cold challenge	SRP237293
SRR10674712	whole organism · cold challenge	whole organism	not recorded	cold challenge	SRP237293
SRR10674713	whole organism · cold challenge	whole organism	not recorded	cold challenge	SRP237293
SRR10674722	whole organism · cold challenge	whole organism	not recorded	cold challenge	SRP237293
SRR10674723	whole organism · cold challenge	whole organism	not recorded	cold challenge	SRP237293
SRR10674730	whole organism · cold challenge	whole organism	not recorded	cold challenge	SRP237293
SRR10674732	whole organism · cold challenge	whole organism	not recorded	cold challenge	SRP237293
SRR10674738	whole organism · cold challenge	whole organism	not recorded	cold challenge	SRP237293
SRR10674740	whole organism · cold challenge	whole organism	not recorded	cold challenge	SRP237293
SRR10674744	whole organism · cold challenge	whole organism	not recorded	cold challenge	SRP237293
SRR10674745	whole organism · cold challenge	whole organism	not recorded	cold challenge	SRP237293
SRR10674749	whole organism · cold challenge	whole organism	not recorded	cold challenge	SRP237293
SRR10674709	whole organism · heat challenge	whole organism	not recorded	heat challenge	SRP237293
SRR10674710	whole organism · heat challenge	whole organism	not recorded	heat challenge	SRP237293
SRR10674716	whole organism · heat challenge	whole organism	not recorded	heat challenge	SRP237293
SRR10674719	whole organism · heat challenge	whole organism	not recorded	heat challenge	SRP237293
SRR10674726	whole organism · heat challenge	whole organism	not recorded	heat challenge	SRP237293
SRR10674727	whole organism · heat challenge	whole organism	not recorded	heat challenge	SRP237293
SRR10674728	whole organism · heat challenge	whole organism	not recorded	heat challenge	SRP237293
SRR10674729	whole organism · heat challenge	whole organism	not recorded	heat challenge	SRP237293
SRR10674742	whole organism · heat challenge	whole organism	not recorded	heat challenge	SRP237293
SRR10674751	whole organism · heat challenge	whole organism	not recorded	heat challenge	SRP237293
SRR10674754	whole organism · heat challenge	whole organism	not recorded	heat challenge	SRP237293

Source: CnidoSite RNA-seq expression matrices (APOCU_TPM, StringTie quantification over 49 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.