Gene detail

Detailed information of evm.model.Ap5.1137 in Astrangia poculata

Genomic Location: Ap5:12010700...12054034
NR annotation: XP_020624937.1, dynein heavy chain 12, axonemal-like [Orbicella faveolata]
Species Astrangia poculata · all data for this species · gene families

Gene Structure

More details in JBrowse

Sequence

CDS

evm.model.Ap5.1137

atgaggtctgtggatgtttttttttatccgtgcagggctcagggttccattgagtgtgagcacctcaaaaacaatgtgactcttgactgtgaaaagactgaagaaaagctgatgcatagttggtttccagaagttgtgaatgtctttatcgacaaaaacatgttgaagcatctaacctcttcacaagctgactcattttacaacagtgtatccactcttgtctctaaccagctgaaggacctgataaacagaaccatatcagcatgggaaagtcttttttttgaggagaacaaaaatcatctaccactcttcaagatggagttgatcttggatgatgatgatcacatgcaattctatcctgcacttggtgacgttgaggctgcagtattgcatgttgtttctgcagtctctggaacaatgcagaatgtcccaacagtacagtcatggttagcaggcgccaacacagtgacacacgtggatactgctgtggataaagaagttctgtcaagatgcattaaattcctaaaagatgctgtcaacactaacttacagcagcctattgagtacctgcactcctttgataaatacgctgctcttgtttctggggaggcagcagaacatgttaaacagttcatttcaagtgagagttcctttgacgattacacacaggaaattgaaaagtttcgttctcttgctcgtgaaatcaattcactgccaactgtggcacactttgatatggttcagttagactgtgatgatttgaagagaggcctggctagtaaggctaatcgctttgctgatcagttgctacaaaggttggcagaagaacacaggacagaaaacagaagaatcatctctgaatttgaagcaatcagagaacgtgctcttactaaaccagaggacactcgtgaaatgatagacatgcttcaatttgtcaaagaagcaaagacaaagaccctagtcaagcttgacagtgacatcaaggagtcattcaacaggctctcctatcttttagatgttttcacattcacacaggatgatatgtgcctcaactctacagtacttaactggccaaacaatattgctcccatctttgaccagaatgatgagattgtagttgcttctcagaagagcaatgaaagtgcactgatggaaaaaagagaaaaagttatgttggagcttgacaagctcaagagacgtgtggaggagttcaaggagtatggtgatatggacatgatgatgcagtatgtaaaggaagtgcagacagttcagaagaaactcagtgacagtattgaggctattggcttcatcaatgaggaagaagagttgtttaagtgggagcaaacaacatatcctgaagtggaggctatcacaaaagctattgagccttatcaaaaactcttcacaacaattgtcaaatggcaaagagctgagaaaaaatggatggatggagcctttcttgaacttaatgctgaagccacagaggcagaggttgaggagtatggccgtgagatgtacaaaattgcaaaggtgtttcagtcaatgaaaaaagaggctgagaaagaaaagaaaggtcacagaagagtaaaggattccaaggaaaaagaagagccggaaacagagctggctgcaatagtagttgcacacacagtacagcaccagatcagagaattcaaggaacacattcctgtcattagtgttatgtgcaatccaggaattcgctctcgacactggaaagccatgtctgatatcattgggtttgatatcacaccagactctgggagtactttacgcaaggttctcaaattcaatctgaagccatgcatggatgagttcgagggcatcagtgcaggagcaagcaaggaattctctctggagaaagctatgctgaagatggcggatgaatgggacggtatcctgtttaatacaactgagtaccgtgatactggtgtgtccatcttggctgctgtggatgaaatccagactacacttgatgatcaaattgttaagacccagaccatgagaggatctccctttatcaaaccatttgaggcagaaataaagtcctgggaagagcgtttgttaaagatgcaggaaataatagacgagtggctaaaagttcaagcacagtggctgtacctagagcccatctttagttctgaggacatcatgcagcagatgcctgaggaaggacgcaagttcaagacagtagacaggaactggagggacattatgaactatgtttccaaagatcccaaggtgctgtcagccacttccatgccaagtatgtatgagagattgaaggacagcaacgacttgctagaccagatcaacaagggattaaatgcttacctggaaaagaagaggctctttttctccagatttttcttcttgtctaatgatgagatgctggagattctgtcagaaacaaaggatccttatcgggttcaaccacatctcaagaagtgctttgaggggattgctaagttagagtttacatcagctttggatatcacgcacatgtacagcagtgaaggagaaaaggttcctctcagtgacaccatatccacatcagaagcacgaggtgcagtggagaagtggctgcttcaggtccaggatgtcatgcttataagcatcagagatatcattgagcgcgctgttcaggcatatgctacagacgacagaaaagtatgggtattgtcttggcctggacagattgttatttgtgtaagccagatatactggactcaagaagtgcatgaggctattcgctctggaccccacggactgaaagaataccatgagaaactcacacagcagtggtgctcgtactcgatctcgtactcgtactctgatctgaaagtcccaaataagtgtgacagtgctacagacattgtagttctagttcgtggcaagctgtcaaagcagaacaggacaactcttggagcacttgtagtgattgatgttcatgctagagatgttgttcatgacatggttgagaaaggtgtttctcaggaaaatgatttccagtggttgtgtcagatgcgttactattgggaacaggacaattgtctggtgagaattatcaatgccactgtacgctatggatatgagtacctcggcaactctggaaggctcgtcatcacccccctgacagatcgttgttatcgtactcttgtgagtgcttttcacttgaatctggggggagcacccgagggtcctgcagggactggcaagacagagacaactaaggatttagcaaaagcccttgcaatacagtgtgtggtgtttaactgctcagatggattggattacctacagatggggaaatttttcaaaggtctggcatcctgcggtgcctgggcatgttttgatgaattcaatcgtattgaactggaagttctgtcggtggtggctcaacagattttatgtatccagcgtggtatagccgctcatcaagacaggtttatttttgaaggaacagagctgaacttaaactccaactgttttgtggctattaccatgaaccctggctatgcaggaagatcagagcttcctgataatctcaaggttttattccgtactgtggccatgatggtaccagactatgccctgattggagaaatcatgctgtactcctatggatttgttgatgctcgtaatctgtcagtcaagatcgttaccacctacaaactctgttcagagcagctatcatcgcagttccattatgactatggtatgcgtgcagtgaaggctgtgctggcagcagctggtaacctgaagctcaaatatccaacagatgacgagaatgtattgttgctgagatcaatcatggatgtaaatctacccaagtttctttctcacgatattccactgtttgaaggaatcatttccgatctgtttcctggcgtgtctttaccaaaggcggactatggcactttcctcgacacagctaaagaggtgtgtgacaaaaagaatctccaaatggtggatttcttcagtgaaaagatcatccaaacttatgagatgatgattgttcggcatggcttcatgatggtgggtgatccattctctgggaagacgagggtactggaggtgctggccgagacactcaatatactgacagacagaggctatgatgatgaaaatgttaacaaggtgtggttccgtgtaataaaccccaaagctattactatgggacagctgtttggtcagtttgatcctgtctcacacgagtggactgatggtattgtggctaacactttccgtgagtacgctgcagatcagactgatatcaagaaatgggtgatttttgatggacctattgataccttgtggattgaaagcatgaacactgttctagatgacaacaagaagctgtgtttgatgagtggagagatcattcagttgtcaaatgtaatgagtttgatcttcgaatgcagggatttatcacaagcttctcctgccaccgttagccggtgtggtatgatctacctggagcccagctctctgggctggggacctgtgttacaatcctggtgtaacaccctgccaaacacactcaacaatgaacatggaaagcttatcatggcactcttccactgggcattacctgttgcaataagttttgtgcgcaagcattgtaaggaacctgtgtccatgcaagacagtaatctagctcgctcacttatgaacctggtggaaattctcatgaaagatatccctgaagaggataacaaatatatgaaatcatggttaatttcatcgttcctgttcgccatggtgtggtcagttggcgcttgtgtggatacagacagtcgagtcaaatttgatgcattcttcaaagatcttattgcaggcaagaatgaagaacatcctattccgaccctggtgggcaagattgaagcacctattccaaatgaaggattagtttatgacttcttgtttgagcgtaagggtcgtggtaactggcttccatggacaaaaaccatcaaggaaggtgtagcagggggaaaaggacagcggatcagtgatatcattgtacctaccatggacacagctcgctattcacacctgatggagatcatgtttaacaatcacaagcccctgctttttgttggtcccactggaactggcaagtcagtttacatcaaggacaagctcatgaatggaatcaacaaagatgcgtttattcctgcctttgtcaatttctctgctcagacaagtgctaaccaaactcaggatattatcatgtctaaactggacaagagacgaaaaggagtgtttggcccaccagtcggtaaaaggtttattattttcgttgatgacgtaaatatgcctgctttggaaaaatatggtgcccagcctcctattgaacttcttcgccagtacttggatcacgggaactggtacgaccgtaaggacacgtctaaactgacattgattgaccttcagttcgtttgtgccatgggtccccctggaggtggtagaaaccctgtcactcctcgcttcttaagacacttcaacgtgatctcagtcgctacgtttggtgatgacacaatgcagaggattttctccactatcgtcaacttctattttaggaacaatgagtttcccaatgatgtgtatactatgggatctatgatagtaggcgccacaatggaggtgtacaagcaagcgatggcgaatcttttgcctactccagccaaatcccactacacattcaacttgagagacttctctcgggtgatccgcggagttcttctcatcaaaaaggatgcccttgctgataagaaaacgcttagcagactgtgggtacatgaagtgtatcgtgtgtattatgaccgcttggtagatgacaatgacagggcctggttacacagcctcctcaagaaagtcaccaaagagcatttgaaggatgattttgactctctattcaagcacttgtcttctaatcagaaaacggcatctgaagatgacatgagaagtttgatgttctgtgattttcttaatcctgacgcgatgggcgaggatcgcatgtaccaagaggtggagtctattgatgaactttacaagatagtggagcagtgccttgaagaatataaccagacacacaagacacagatgaaccttgttatcttcaggtacgtgttggagcacttagtccgcatcagtcgtatcttgaagcaaccaggagggaatgctttgttggttggagtaggaggcagtggaagacagtctctgtcccgtctagcggcagctattgctgatttccatgtattccaaccagagatctccaagagctatggtctgcctgaatggcgtgaagacatcaagacgatgctgaagagtgcaggatgtcaaatgaaaccaacagtgttcttattaacagatactcagatcaaagaggagtcattcttggaagatgttgacagcttgctaaacacgggtgaagtgcccaatttgtttgcagttgacgaaaaagctgaactcaatgagagtgtccgtccagcagctcaggcccaagctgaagacaagaatgctgaattctcaccgctggcattgtttaacttctttgtgaattgctgtaaagaaaaccttcatattatgttgtgcatgagtcctattggtgatgcattcagaaacagactcaggcagttcccagcactaatcaactgctgcaccattgactggtttcagccgtggcccgaagatgcacttgaaatggtggctaacaagttccttcaagatgtggaaatgactgacaatgagcgcaaagaagttgttcctatctgccaatacttccacaccagtgcaagaaacttgtctgaaaggtatcttgaccaactcggccgacacaactacgtgactcccacttcatatttggagctgatttcttcattaaaaacacttctgggaaagaagcaagacgaggtgatgcgtaacaagcatcgttatgaagtgggtttggagaagctggcttttgctgcatctcaggtggctgacatgcagaaagaactggaggagttacagccacagcttgtggaaacagccaaagaaaacactaaaatgatgaaagtaattgaaagagaatctgctgaggtagaggctcgcagtgaactggtaaggaaggacgaagcagtagccaatcagaaggcttcagagtcacaggctttgaaggaagagtgtgagagtgatctggctgaagctattcctgccttggaagcagccttagctgctctcaacacactcaagccggcagacataactatcgtaaagtccatgagtaatccacccgctggagtcaagcttgtcatgtcagctgtgtgtgttatgcgcgacatcaaacccgagaaaatcaatgatccggcgggaacaggaaagaaaattctggacttttggggtccatcaaagaaactattgggagacatgaactttcttaacaacctgaaagaatatgacaaagacaatattccggtacacatcatgagcaagatcaggaaggagtacattcctaatccagactttgatcctcagaaagttcgcacagcatcctctgcagccgagggtttgtgtaagtgggtgcaagccatggagatatacgacagagtcgctaaggttgtagcgcccaagaaggctcgtctagccgaggcggaggcatctctggcagaaaccatgaaaattctaaatgctaaacgtgaagagttagctgaggtggaaggcaaactggccaacttgaaactcacgtttgccgagatgacagagaaaaagcaacaacttgaatttcaggtggatttgtgcggtaagaagctggaacgagccgagaagctgattggtggcctgggtggagagaaagaccgctggtcagcagctgcaacttcactgcaggacgtgtatgataatttgacgggtgatgtactcatctcatcaggagttatagcttacttaggagcatttactgctggcttcagaaaggaatgtactcaagaatggaccaagatctgcaagtctaagaacattccttgctcagatgacttttcattgagtaagacactgggtcaggcaattaagatcagagcatggaacatagcaggccttcctactgactcattctccattgataatggagtcattgtggataacacaaggagatggccgcttatgattgatccacaaggacaagcaaacaaatggattaagaattctgagaaagataatcagctctcggtgattaaattgacggacgccgattacattcggactctggagaacagcattcagtttggaaatcctgttttgcttgagaatgtaggcgaggaactggatccgtctttagagcccttgttacttaaacagactttcaaacaaggtggtgtaaagtgccttcgtttaggtgaaagtgtaattgaatactctgatgacttccgacctgaccttgaagaagaaagacaggcgctgatagtacagagcgctgctaacaagaaacaactgaaggagattgaagacaagattctagaaacactttcttcttcagaagggaacatcctagaggacgagacagccattcaaattttagattcgtcaaaggtgctctctgatgagatctcaaagaaacaaaaggttgcagaggagacggaagctaaaatcaatgagtctaggcgaggatataatccaatagcagcacacgcttcagtgctgttcttctcaataactgatctgccaaacattgatcccatgtaccagtcctcgctcacctggtttgtcaacctcttccttaactccatacacgatagcaacaaatccaagatccttgagcgtcgattacgttacctgagtgaccacttcacttacaatctatactgcaacgtctgtcggtcactgtttgaaaaggacaagctgctcttctcctttgtgttatgctgtaacatcctaaactcaaagaatgagatggacatggaagaattcatgtttttcttgactggtggagtgggcctggaaaacaagctggaaaacccagatccttcttggctgtcagataaggcctgggacgagctctgtcgaatgtgcgatcttcatggctttaaggatttccggaaaagtttcgtgggtaacacacacgagtggcgtaagatctatgacagtaaagagcctcaccgagctccttttccctctccatggtctgaacaactatctgacttccagaagatgattgttatacgatgcctcagacctgacaaggttgtgccacttgttactaattttgtggaagacaagcttggtagtaagttcgtgcagccgccgccatttgacttggctaagagttatgtggattccaattcatgtgctccgctgatctttgttctgtctcctggagctgatcctatggcgggtctgatgaagtttgcagctgataaaggcttcagtggagacaggtttaacgccatatccctcggacaaggacagggccctgtggccgctcgtcttatagagaacgcagtgaaagacgggacctgggtagtactacagaactgtcatttggcagtgtcatggatgacgtcactagagaagatctgtgaagacttgtccccagataacactcatcaggacttcagactgtggcttacaagttacccatctgacaagtttccagttactgtgcttcaaaatggcgtaaagatgacaaacgagcctccaacaggcctgcgtcaaaatcttctgcagtcgtacttgagtgatcccatatctgatccagagttctttgatggatgtggcgccaaagctgcgatctgggagaaactgttgtttggtctgtgttttttccacgccctggtgcaagagcggcgtaagtttggtccactgggttggaatataccatacggcttcaatgaatccgacttaaggatcagcgtgcgacagctgcagatgttcatcaacgaatacgaagagatcccatttgatgctgtgacttacctgacgggagagtgtaactatggaggcagagtcactgatgacaatgacagacgctgcttaatgagtatcttagcagacttctacactccagacatcgtacaagatcctaagtacaagttctcacagagtggcacatactatgctcctccaaagagtgaatacgatcaatacgtggagtttatcaaggagcttcctttgtctcaaacgcccgaggtgtttggcatgcacgacaatgtggatatttccaaagagctccaggagaccaaacagttgtttgactcagttctgatgactcagtctcaaagtggcggaggaggggctgggaagaagacagatgacacattgctggagattgctaaggacatcttatctaaacttccaaagaactatgacttggaggtggctctgcagaaatacccagttacatatgaagagagtatgaacactgtgctggtccaagagatggagagatttaacaagttgatgtcaataatcagaacaagtttgcagaatcttcaaaaagctatcaaaggcttggtggtcatgtcgtctgacctagaggcacttgccgggagcttactggtgggaaaagtgccagagatgtggatgaagagatcgtatccttctctcaaacctcttggtagctacattactgactttctggccagactcaagtttttgcaggattggtacgacaagggaaagccagttgtgttttggatttcagggttcttcttcacacaggccttcttgactggtgctaagcagaattatgccaggaaatacaccatacctatcgacctattgggctttgagttcgaggtgctttctggggacactgcagacaagccacctaaagacggagtatatgtacacggcttatttctggagggcggccgctgggatcgtaagagaggcttgatcggcgagtcattaccaaaggttctgcatgacacgatgcctgtcatctgggtgaagccaggtaaaattgcagattttaaagacagacaagagtacaagtgtccagtgtataaaacaagtgagcggcggggaactctgtccaccacgggtcactcaactaactatgtgatgccagttatgttacctacagacaagcctcagaatcactggatcaagcgaggtgtcgctctgctctgccaactggatgactaa

Transcript

evm.model.Ap5.1137

ATGAGGTCTGTGGATGTTTTTTTTTATCCGTGCAGGGCTCAGGGTTCCATTGAGTGTGAGCACCTCAAAAACAATGTGACTCTTGACTGTGAAAAGACTGAAGAAAAGCTGATGCATAGTTGGTTTCCAGAAGTTGTGAATGTCTTTATCGACAAAAACATGTTGAAGCATCTAACCTCTTCACAAGCTGACTCATTTTACAACAGTGTATCCACTCTTGTCTCTAACCAGCTGAAGGACCTGATAAACAGAACCATATCAGCATGGGAAAGTCTTTTTTTTGAGGAGAACAAAAATCATCTACCACTCTTCAAGATGGAGTTGATCTTGGATGATGATGATCACATGCAATTCTATCCTGCACTTGGTGACGTTGAGGCTGCAGTATTGCATGTTGTTTCTGCAGTCTCTGGAACAATGCAGAATGTCCCAACAGTACAGTCATGGTTAGCAGGCGCCAACACAGTGACACACGTGGATACTGCTGTGGATAAAGAAGTTCTGTCAAGATGCATTAAATTCCTAAAAGATGCTGTCAACACTAACTTACAGCAGCCTATTGAGTACCTGCACTCCTTTGATAAATACGCTGCTCTTGTTTCTGGGGAGGCAGCAGAACATGTTAAACAGTTCATTTCAAGTGAGAGTTCCTTTGACGATTACACACAGGAAATTGAAAAGTTTCGTTCTCTTGCTCGTGAAATCAATTCACTGCCAACTGTGGCACACTTTGATATGGTTCAGTTAGACTGTGATGATTTGAAGAGAGGCCTGGCTAGTAAGGCTAATCGCTTTGCTGATCAGTTGCTACAAAGGTTGGCAGAAGAACACAGGACAGAAAACAGAAGAATCATCTCTGAATTTGAAGCAATCAGAGAACGTGCTCTTACTAAACCAGAGGACACTCGTGAAATGATAGACATGCTTCAATTTGTCAAAGAAGCAAAGACAAAGACCCTAGTCAAGCTTGACAGTGACATCAAGGAGTCATTCAACAGGCTCTCCTATCTTTTAGATGTTTTCACATTCACACAGGATGATATGTGCCTCAACTCTACAGTACTTAACTGGCCAAACAATATTGCTCCCATCTTTGACCAGAATGATGAGATTGTAGTTGCTTCTCAGAAGAGCAATGAAAGTGCACTGATGGAAAAAAGAGAAAAAGTTATGTTGGAGCTTGACAAGCTCAAGAGACGTGTGGAGGAGTTCAAGGAGTATGGTGATATGGACATGATGATGCAGTATGTAAAGGAAGTGCAGACAGTTCAGAAGAAACTCAGTGACAGTATTGAGGCTATTGGCTTCATCAATGAGGAAGAAGAGTTGTTTAAGTGGGAGCAAACAACATATCCTGAAGTGGAGGCTATCACAAAAGCTATTGAGCCTTATCAAAAACTCTTCACAACAATTGTCAAATGGCAAAGAGCTGAGAAAAAATGGATGGATGGAGCCTTTCTTGAACTTAATGCTGAAGCCACAGAGGCAGAGGTTGAGGAGTATGGCCGTGAGATGTACAAAATTGCAAAGGTGTTTCAGTCAATGAAAAAAGAGGCTGAGAAAGAAAAGAAAGGTCACAGAAGAGTAAAGGATTCCAAGGAAAAAGAAGAGCCGGAAACAGAGCTGGCTGCAATAGTAGTTGCACACACAGTACAGCACCAGATCAGAGAATTCAAGGAACACATTCCTGTCATTAGTGTTATGTGCAATCCAGGAATTCGCTCTCGACACTGGAAAGCCATGTCTGATATCATTGGGTTTGATATCACACCAGACTCTGGGAGTACTTTACGCAAGGTTCTCAAATTCAATCTGAAGCCATGCATGGATGAGTTCGAGGGCATCAGTGCAGGAGCAAGCAAGGAATTCTCTCTGGAGAAAGCTATGCTGAAGATGGCGGATGAATGGGACGGTATCCTGTTTAATACAACTGAGTACCGTGATACTGGTGTGTCCATCTTGGCTGCTGTGGATGAAATCCAGACTACACTTGATGATCAAATTGTTAAGACCCAGACCATGAGAGGATCTCCCTTTATCAAACCATTTGAGGCAGAAATAAAGTCCTGGGAAGAGCGTTTGTTAAAGATGCAGGAAATAATAGACGAGTGGCTAAAAGTTCAAGCACAGTGGCTGTACCTAGAGCCCATCTTTAGTTCTGAGGACATCATGCAGCAGATGCCTGAGGAAGGACGCAAGTTCAAGACAGTAGACAGGAACTGGAGGGACATTATGAACTATGTTTCCAAAGATCCCAAGGTGCTGTCAGCCACTTCCATGCCAAGTATGTATGAGAGATTGAAGGACAGCAACGACTTGCTAGACCAGATCAACAAGGGATTAAATGCTTACCTGGAAAAGAAGAGGCTCTTTTTCTCCAGATTTTTCTTCTTGTCTAATGATGAGATGCTGGAGATTCTGTCAGAAACAAAGGATCCTTATCGGGTTCAACCACATCTCAAGAAGTGCTTTGAGGGGATTGCTAAGTTAGAGTTTACATCAGCTTTGGATATCACGCACATGTACAGCAGTGAAGGAGAAAAGGTTCCTCTCAGTGACACCATATCCACATCAGAAGCACGAGGTGCAGTGGAGAAGTGGCTGCTTCAGGTCCAGGATGTCATGCTTATAAGCATCAGAGATATCATTGAGCGCGCTGTTCAGGCATATGCTACAGACGACAGAAAAGTATGGGTATTGTCTTGGCCTGGACAGATTGTTATTTGTGTAAGCCAGATATACTGGACTCAAGAAGTGCATGAGGCTATTCGCTCTGGACCCCACGGACTGAAAGAATACCATGAGAAACTCACACAGCAGTGGTGCTCGTACTCGATCTCGTACTCGTACTCTGATCTGAAAGTCCCAAATAAGTGTGACAGTGCTACAGACATTGTAGTTCTAGTTCGTGGCAAGCTGTCAAAGCAGAACAGGACAACTCTTGGAGCACTTGTAGTGATTGATGTTCATGCTAGAGATGTTGTTCATGACATGGTTGAGAAAGGTGTTTCTCAGGAAAATGATTTCCAGTGGTTGTGTCAGATGCGTTACTATTGGGAACAGGACAATTGTCTGGTGAGAATTATCAATGCCACTGTACGCTATGGATATGAGTACCTCGGCAACTCTGGAAGGCTCGTCATCACCCCCCTGACAGATCGTTGTTATCGTACTCTTGTGAGTGCTTTTCACTTGAATCTGGGGGGAGCACCCGAGGGTCCTGCAGGGACTGGCAAGACAGAGACAACTAAGGATTTAGCAAAAGCCCTTGCAATACAGTGTGTGGTGTTTAACTGCTCAGATGGATTGGATTACCTACAGATGGGGAAATTTTTCAAAGGTCTGGCATCCTGCGGTGCCTGGGCATGTTTTGATGAATTCAATCGTATTGAACTGGAAGTTCTGTCGGTGGTGGCTCAACAGATTTTATGTATCCAGCGTGGTATAGCCGCTCATCAAGACAGGTTTATTTTTGAAGGAACAGAGCTGAACTTAAACTCCAACTGTTTTGTGGCTATTACCATGAACCCTGGCTATGCAGGAAGATCAGAGCTTCCTGATAATCTCAAGGTTTTATTCCGTACTGTGGCCATGATGGTACCAGACTATGCCCTGATTGGAGAAATCATGCTGTACTCCTATGGATTTGTTGATGCTCGTAATCTGTCAGTCAAGATCGTTACCACCTACAAACTCTGTTCAGAGCAGCTATCATCGCAGTTCCATTATGACTATGGTATGCGTGCAGTGAAGGCTGTGCTGGCAGCAGCTGGTAACCTGAAGCTCAAATATCCAACAGATGACGAGAATGTATTGTTGCTGAGATCAATCATGGATGTAAATCTACCCAAGTTTCTTTCTCACGATATTCCACTGTTTGAAGGAATCATTTCCGATCTGTTTCCTGGCGTGTCTTTACCAAAGGCGGACTATGGCACTTTCCTCGACACAGCTAAAGAGGTGTGTGACAAAAAGAATCTCCAAATGGTGGATTTCTTCAGTGAAAAGATCATCCAAACTTATGAGATGATGATTGTTCGGCATGGCTTCATGATGGTGGGTGATCCATTCTCTGGGAAGACGAGGGTACTGGAGGTGCTGGCCGAGACACTCAATATACTGACAGACAGAGGCTATGATGATGAAAATGTTAACAAGGTGTGGTTCCGTGTAATAAACCCCAAAGCTATTACTATGGGACAGCTGTTTGGTCAGTTTGATCCTGTCTCACACGAGTGGACTGATGGTATTGTGGCTAACACTTTCCGTGAGTACGCTGCAGATCAGACTGATATCAAGAAATGGGTGATTTTTGATGGACCTATTGATACCTTGTGGATTGAAAGCATGAACACTGTTCTAGATGACAACAAGAAGCTGTGTTTGATGAGTGGAGAGATCATTCAGTTGTCAAATGTAATGAGTTTGATCTTCGAATGCAGGGATTTATCACAAGCTTCTCCTGCCACCGTTAGCCGGTGTGGTATGATCTACCTGGAGCCCAGCTCTCTGGGCTGGGGACCTGTGTTACAATCCTGGTGTAACACCCTGCCAAACACACTCAACAATGAACATGGAAAGCTTATCATGGCACTCTTCCACTGGGCATTACCTGTTGCAATAAGTTTTGTGCGCAAGCATTGTAAGGAACCTGTGTCCATGCAAGACAGTAATCTAGCTCGCTCACTTATGAACCTGGTGGAAATTCTCATGAAAGATATCCCTGAAGAGGATAACAAATATATGAAATCATGGTTAATTTCATCGTTCCTGTTCGCCATGGTGTGGTCAGTTGGCGCTTGTGTGGATACAGACAGTCGAGTCAAATTTGATGCATTCTTCAAAGATCTTATTGCAGGCAAGAATGAAGAACATCCTATTCCGACCCTGGTGGGCAAGATTGAAGCACCTATTCCAAATGAAGGATTAGTTTATGACTTCTTGTTTGAGCGTAAGGGTCGTGGTAACTGGCTTCCATGGACAAAAACCATCAAGGAAGGTGTAGCAGGGGGAAAAGGACAGCGGATCAGTGATATCATTGTACCTACCATGGACACAGCTCGCTATTCACACCTGATGGAGATCATGTTTAACAATCACAAGCCCCTGCTTTTTGTTGGTCCCACTGGAACTGGCAAGTCAGTTTACATCAAGGACAAGCTCATGAATGGAATCAACAAAGATGCGTTTATTCCTGCCTTTGTCAATTTCTCTGCTCAGACAAGTGCTAACCAAACTCAGGATATTATCATGTCTAAACTGGACAAGAGACGAAAAGGAGTGTTTGGCCCACCAGTCGGTAAAAGGTTTATTATTTTCGTTGATGACGTAAATATGCCTGCTTTGGAAAAATATGGTGCCCAGCCTCCTATTGAACTTCTTCGCCAGTACTTGGATCACGGGAACTGGTACGACCGTAAGGACACGTCTAAACTGACATTGATTGACCTTCAGTTCGTTTGTGCCATGGGTCCCCCTGGAGGTGGTAGAAACCCTGTCACTCCTCGCTTCTTAAGACACTTCAACGTGATCTCAGTCGCTACGTTTGGTGATGACACAATGCAGAGGATTTTCTCCACTATCGTCAACTTCTATTTTAGGAACAATGAGTTTCCCAATGATGTGTATACTATGGGATCTATGATAGTAGGCGCCACAATGGAGGTGTACAAGCAAGCGATGGCGAATCTTTTGCCTACTCCAGCCAAATCCCACTACACATTCAACTTGAGAGACTTCTCTCGGGTGATCCGCGGAGTTCTTCTCATCAAAAAGGATGCCCTTGCTGATAAGAAAACGCTTAGCAGACTGTGGGTACATGAAGTGTATCGTGTGTATTATGACCGCTTGGTAGATGACAATGACAGGGCCTGGTTACACAGCCTCCTCAAGAAAGTCACCAAAGAGCATTTGAAGGATGATTTTGACTCTCTATTCAAGCACTTGTCTTCTAATCAGAAAACGGCATCTGAAGATGACATGAGAAGTTTGATGTTCTGTGATTTTCTTAATCCTGACGCGATGGGCGAGGATCGCATGTACCAAGAGGTGGAGTCTATTGATGAACTTTACAAGATAGTGGAGCAGTGCCTTGAAGAATATAACCAGACACACAAGACACAGATGAACCTTGTTATCTTCAGGTACGTGTTGGAGCACTTAGTCCGCATCAGTCGTATCTTGAAGCAACCAGGAGGGAATGCTTTGTTGGTTGGAGTAGGAGGCAGTGGAAGACAGTCTCTGTCCCGTCTAGCGGCAGCTATTGCTGATTTCCATGTATTCCAACCAGAGATCTCCAAGAGCTATGGTCTGCCTGAATGGCGTGAAGACATCAAGACGATGCTGAAGAGTGCAGGATGTCAAATGAAACCAACAGTGTTCTTATTAACAGATACTCAGATCAAAGAGGAGTCATTCTTGGAAGATGTTGACAGCTTGCTAAACACGGGTGAAGTGCCCAATTTGTTTGCAGTTGACGAAAAAGCTGAACTCAATGAGAGTGTCCGTCCAGCAGCTCAGGCCCAAGCTGAAGACAAGAATGCTGAATTCTCACCGCTGGCATTGTTTAACTTCTTTGTGAATTGCTGTAAAGAAAACCTTCATATTATGTTGTGCATGAGTCCTATTGGTGATGCATTCAGAAACAGACTCAGGCAGTTCCCAGCACTAATCAACTGCTGCACCATTGACTGGTTTCAGCCGTGGCCCGAAGATGCACTTGAAATGGTGGCTAACAAGTTCCTTCAAGATGTGGAAATGACTGACAATGAGCGCAAAGAAGTTGTTCCTATCTGCCAATACTTCCACACCAGTGCAAGAAACTTGTCTGAAAGGTATCTTGACCAACTCGGCCGACACAACTACGTGACTCCCACTTCATATTTGGAGCTGATTTCTTCATTAAAAACACTTCTGGGAAAGAAGCAAGACGAGGTGATGCGTAACAAGCATCGTTATGAAGTGGGTTTGGAGAAGCTGGCTTTTGCTGCATCTCAGGTGGCTGACATGCAGAAAGAACTGGAGGAGTTACAGCCACAGCTTGTGGAAACAGCCAAAGAAAACACTAAAATGATGAAAGTAATTGAAAGAGAATCTGCTGAGGTAGAGGCTCGCAGTGAACTGGTAAGGAAGGACGAAGCAGTAGCCAATCAGAAGGCTTCAGAGTCACAGGCTTTGAAGGAAGAGTGTGAGAGTGATCTGGCTGAAGCTATTCCTGCCTTGGAAGCAGCCTTAGCTGCTCTCAACACACTCAAGCCGGCAGACATAACTATCGTAAAGTCCATGAGTAATCCACCCGCTGGAGTCAAGCTTGTCATGTCAGCTGTGTGTGTTATGCGCGACATCAAACCCGAGAAAATCAATGATCCGGCGGGAACAGGAAAGAAAATTCTGGACTTTTGGGGTCCATCAAAGAAACTATTGGGAGACATGAACTTTCTTAACAACCTGAAAGAATATGACAAAGACAATATTCCGGTACACATCATGAGCAAGATCAGGAAGGAGTACATTCCTAATCCAGACTTTGATCCTCAGAAAGTTCGCACAGCATCCTCTGCAGCCGAGGGTTTGTGTAAGTGGGTGCAAGCCATGGAGATATACGACAGAGTCGCTAAGGTTGTAGCGCCCAAGAAGGCTCGTCTAGCCGAGGCGGAGGCATCTCTGGCAGAAACCATGAAAATTCTAAATGCTAAACGTGAAGAGTTAGCTGAGGTGGAAGGCAAACTGGCCAACTTGAAACTCACGTTTGCCGAGATGACAGAGAAAAAGCAACAACTTGAATTTCAGGTGGATTTGTGCGGTAAGAAGCTGGAACGAGCCGAGAAGCTGATTGGTGGCCTGGGTGGAGAGAAAGACCGCTGGTCAGCAGCTGCAACTTCACTGCAGGACGTGTATGATAATTTGACGGGTGATGTACTCATCTCATCAGGAGTTATAGCTTACTTAGGAGCATTTACTGCTGGCTTCAGAAAGGAATGTACTCAAGAATGGACCAAGATCTGCAAGTCTAAGAACATTCCTTGCTCAGATGACTTTTCATTGAGTAAGACACTGGGTCAGGCAATTAAGATCAGAGCATGGAACATAGCAGGCCTTCCTACTGACTCATTCTCCATTGATAATGGAGTCATTGTGGATAACACAAGGAGATGGCCGCTTATGATTGATCCACAAGGACAAGCAAACAAATGGATTAAGAATTCTGAGAAAGATAATCAGCTCTCGGTGATTAAATTGACGGACGCCGATTACATTCGGACTCTGGAGAACAGCATTCAGTTTGGAAATCCTGTTTTGCTTGAGAATGTAGGCGAGGAACTGGATCCGTCTTTAGAGCCCTTGTTACTTAAACAGACTTTCAAACAAGGTGGTGTAAAGTGCCTTCGTTTAGGTGAAAGTGTAATTGAATACTCTGATGACTTCCGACCTGACCTTGAAGAAGAAAGACAGGCGCTGATAGTACAGAGCGCTGCTAACAAGAAACAACTGAAGGAGATTGAAGACAAGATTCTAGAAACACTTTCTTCTTCAGAAGGGAACATCCTAGAGGACGAGACAGCCATTCAAATTTTAGATTCGTCAAAGGTGCTCTCTGATGAGATCTCAAAGAAACAAAAGGTTGCAGAGGAGACGGAAGCTAAAATCAATGAGTCTAGGCGAGGATATAATCCAATAGCAGCACACGCTTCAGTGCTGTTCTTCTCAATAACTGATCTGCCAAACATTGATCCCATGTACCAGTCCTCGCTCACCTGGTTTGTCAACCTCTTCCTTAACTCCATACACGATAGCAACAAATCCAAGATCCTTGAGCGTCGATTACGTTACCTGAGTGACCACTTCACTTACAATCTATACTGCAACGTCTGTCGGTCACTGTTTGAAAAGGACAAGCTGCTCTTCTCCTTTGTGTTATGCTGTAACATCCTAAACTCAAAGAATGAGATGGACATGGAAGAATTCATGTTTTTCTTGACTGGTGGAGTGGGCCTGGAAAACAAGCTGGAAAACCCAGATCCTTCTTGGCTGTCAGATAAGGCCTGGGACGAGCTCTGTCGAATGTGCGATCTTCATGGCTTTAAGGATTTCCGGAAAAGTTTCGTGGGTAACACACACGAGTGGCGTAAGATCTATGACAGTAAAGAGCCTCACCGAGCTCCTTTTCCCTCTCCATGGTCTGAACAACTATCTGACTTCCAGAAGATGATTGTTATACGATGCCTCAGACCTGACAAGGTTGTGCCACTTGTTACTAATTTTGTGGAAGACAAGCTTGGTAGTAAGTTCGTGCAGCCGCCGCCATTTGACTTGGCTAAGAGTTATGTGGATTCCAATTCATGTGCTCCGCTGATCTTTGTTCTGTCTCCTGGAGCTGATCCTATGGCGGGTCTGATGAAGTTTGCAGCTGATAAAGGCTTCAGTGGAGACAGGTTTAACGCCATATCCCTCGGACAAGGACAGGGCCCTGTGGCCGCTCGTCTTATAGAGAACGCAGTGAAAGACGGGACCTGGGTAGTACTACAGAACTGTCATTTGGCAGTGTCATGGATGACGTCACTAGAGAAGATCTGTGAAGACTTGTCCCCAGATAACACTCATCAGGACTTCAGACTGTGGCTTACAAGTTACCCATCTGACAAGTTTCCAGTTACTGTGCTTCAAAATGGCGTAAAGATGACAAACGAGCCTCCAACAGGCCTGCGTCAAAATCTTCTGCAGTCGTACTTGAGTGATCCCATATCTGATCCAGAGTTCTTTGATGGATGTGGCGCCAAAGCTGCGATCTGGGAGAAACTGTTGTTTGGTCTGTGTTTTTTCCACGCCCTGGTGCAAGAGCGGCGTAAGTTTGGTCCACTGGGTTGGAATATACCATACGGCTTCAATGAATCCGACTTAAGGATCAGCGTGCGACAGCTGCAGATGTTCATCAACGAATACGAAGAGATCCCATTTGATGCTGTGACTTACCTGACGGGAGAGTGTAACTATGGAGGCAGAGTCACTGATGACAATGACAGACGCTGCTTAATGAGTATCTTAGCAGACTTCTACACTCCAGACATCGTACAAGATCCTAAGTACAAGTTCTCACAGAGTGGCACATACTATGCTCCTCCAAAGAGTGAATACGATCAATACGTGGAGTTTATCAAGGAGCTTCCTTTGTCTCAAACGCCCGAGGTGTTTGGCATGCACGACAATGTGGATATTTCCAAAGAGCTCCAGGAGACCAAACAGTTGTTTGACTCAGTTCTGATGACTCAGTCTCAAAGTGGCGGAGGAGGGGCTGGGAAGAAGACAGATGACACATTGCTGGAGATTGCTAAGGACATCTTATCTAAACTTCCAAAGAACTATGACTTGGAGGTGGCTCTGCAGAAATACCCAGTTACATATGAAGAGAGTATGAACACTGTGCTGGTCCAAGAGATGGAGAGATTTAACAAGTTGATGTCAATAATCAGAACAAGTTTGCAGAATCTTCAAAAAGCTATCAAAGGCTTGGTGGTCATGTCGTCTGACCTAGAGGCACTTGCCGGGAGCTTACTGGTGGGAAAAGTGCCAGAGATGTGGATGAAGAGATCGTATCCTTCTCTCAAACCTCTTGGTAGCTACATTACTGACTTTCTGGCCAGACTCAAGTTTTTGCAGGATTGGTACGACAAGGGAAAGCCAGTTGTGTTTTGGATTTCAGGGTTCTTCTTCACACAGGCCTTCTTGACTGGTGCTAAGCAGAATTATGCCAGGAAATACACCATACCTATCGACCTATTGGGCTTTGAGTTCGAGGTGCTTTCTGGGGACACTGCAGACAAGCCACCTAAAGACGGAGTATATGTACACGGCTTATTTCTGGAGGGCGGCCGCTGGGATCGTAAGAGAGGCTTGATCGGCGAGTCATTACCAAAGGTTCTGCATGACACGATGCCTGTCATCTGGGTGAAGCCAGGTAAAATTGCAGATTTTAAAGACAGACAAGAGTACAAGTGTCCAGTGTATAAAACAAGTGAGCGGCGGGGAACTCTGTCCACCACGGGTCACTCAACTAACTATGTGATGCCAGTTATGTTACCTACAGACAAGCCTCAGAATCACTGGATCAAGCGAGGTGTCGCTCTGCTCTGCCAACTGGATGACTAA

Protein

evm.model.Ap5.1137

MRSVDVFFYPCRAQGSIECEHLKNNVTLDCEKTEEKLMHSWFPEVVNVFIDKNMLKHLTSSQADSFYNSVSTLVSNQLKDLINRTISAWESLFFEENKNHLPLFKMELILDDDDHMQFYPALGDVEAAVLHVVSAVSGTMQNVPTVQSWLAGANTVTHVDTAVDKEVLSRCIKFLKDAVNTNLQQPIEYLHSFDKYAALVSGEAAEHVKQFISSESSFDDYTQEIEKFRSLAREINSLPTVAHFDMVQLDCDDLKRGLASKANRFADQLLQRLAEEHRTENRRIISEFEAIRERALTKPEDTREMIDMLQFVKEAKTKTLVKLDSDIKESFNRLSYLLDVFTFTQDDMCLNSTVLNWPNNIAPIFDQNDEIVVASQKSNESALMEKREKVMLELDKLKRRVEEFKEYGDMDMMMQYVKEVQTVQKKLSDSIEAIGFINEEEELFKWEQTTYPEVEAITKAIEPYQKLFTTIVKWQRAEKKWMDGAFLELNAEATEAEVEEYGREMYKIAKVFQSMKKEAEKEKKGHRRVKDSKEKEEPETELAAIVVAHTVQHQIREFKEHIPVISVMCNPGIRSRHWKAMSDIIGFDITPDSGSTLRKVLKFNLKPCMDEFEGISAGASKEFSLEKAMLKMADEWDGILFNTTEYRDTGVSILAAVDEIQTTLDDQIVKTQTMRGSPFIKPFEAEIKSWEERLLKMQEIIDEWLKVQAQWLYLEPIFSSEDIMQQMPEEGRKFKTVDRNWRDIMNYVSKDPKVLSATSMPSMYERLKDSNDLLDQINKGLNAYLEKKRLFFSRFFFLSNDEMLEILSETKDPYRVQPHLKKCFEGIAKLEFTSALDITHMYSSEGEKVPLSDTISTSEARGAVEKWLLQVQDVMLISIRDIIERAVQAYATDDRKVWVLSWPGQIVICVSQIYWTQEVHEAIRSGPHGLKEYHEKLTQQWCSYSISYSYSDLKVPNKCDSATDIVVLVRGKLSKQNRTTLGALVVIDVHARDVVHDMVEKGVSQENDFQWLCQMRYYWEQDNCLVRIINATVRYGYEYLGNSGRLVITPLTDRCYRTLVSAFHLNLGGAPEGPAGTGKTETTKDLAKALAIQCVVFNCSDGLDYLQMGKFFKGLASCGAWACFDEFNRIELEVLSVVAQQILCIQRGIAAHQDRFIFEGTELNLNSNCFVAITMNPGYAGRSELPDNLKVLFRTVAMMVPDYALIGEIMLYSYGFVDARNLSVKIVTTYKLCSEQLSSQFHYDYGMRAVKAVLAAAGNLKLKYPTDDENVLLLRSIMDVNLPKFLSHDIPLFEGIISDLFPGVSLPKADYGTFLDTAKEVCDKKNLQMVDFFSEKIIQTYEMMIVRHGFMMVGDPFSGKTRVLEVLAETLNILTDRGYDDENVNKVWFRVINPKAITMGQLFGQFDPVSHEWTDGIVANTFREYAADQTDIKKWVIFDGPIDTLWIESMNTVLDDNKKLCLMSGEIIQLSNVMSLIFECRDLSQASPATVSRCGMIYLEPSSLGWGPVLQSWCNTLPNTLNNEHGKLIMALFHWALPVAISFVRKHCKEPVSMQDSNLARSLMNLVEILMKDIPEEDNKYMKSWLISSFLFAMVWSVGACVDTDSRVKFDAFFKDLIAGKNEEHPIPTLVGKIEAPIPNEGLVYDFLFERKGRGNWLPWTKTIKEGVAGGKGQRISDIIVPTMDTARYSHLMEIMFNNHKPLLFVGPTGTGKSVYIKDKLMNGINKDAFIPAFVNFSAQTSANQTQDIIMSKLDKRRKGVFGPPVGKRFIIFVDDVNMPALEKYGAQPPIELLRQYLDHGNWYDRKDTSKLTLIDLQFVCAMGPPGGGRNPVTPRFLRHFNVISVATFGDDTMQRIFSTIVNFYFRNNEFPNDVYTMGSMIVGATMEVYKQAMANLLPTPAKSHYTFNLRDFSRVIRGVLLIKKDALADKKTLSRLWVHEVYRVYYDRLVDDNDRAWLHSLLKKVTKEHLKDDFDSLFKHLSSNQKTASEDDMRSLMFCDFLNPDAMGEDRMYQEVESIDELYKIVEQCLEEYNQTHKTQMNLVIFRYVLEHLVRISRILKQPGGNALLVGVGGSGRQSLSRLAAAIADFHVFQPEISKSYGLPEWREDIKTMLKSAGCQMKPTVFLLTDTQIKEESFLEDVDSLLNTGEVPNLFAVDEKAELNESVRPAAQAQAEDKNAEFSPLALFNFFVNCCKENLHIMLCMSPIGDAFRNRLRQFPALINCCTIDWFQPWPEDALEMVANKFLQDVEMTDNERKEVVPICQYFHTSARNLSERYLDQLGRHNYVTPTSYLELISSLKTLLGKKQDEVMRNKHRYEVGLEKLAFAASQVADMQKELEELQPQLVETAKENTKMMKVIERESAEVEARSELVRKDEAVANQKASESQALKEECESDLAEAIPALEAALAALNTLKPADITIVKSMSNPPAGVKLVMSAVCVMRDIKPEKINDPAGTGKKILDFWGPSKKLLGDMNFLNNLKEYDKDNIPVHIMSKIRKEYIPNPDFDPQKVRTASSAAEGLCKWVQAMEIYDRVAKVVAPKKARLAEAEASLAETMKILNAKREELAEVEGKLANLKLTFAEMTEKKQQLEFQVDLCGKKLERAEKLIGGLGGEKDRWSAAATSLQDVYDNLTGDVLISSGVIAYLGAFTAGFRKECTQEWTKICKSKNIPCSDDFSLSKTLGQAIKIRAWNIAGLPTDSFSIDNGVIVDNTRRWPLMIDPQGQANKWIKNSEKDNQLSVIKLTDADYIRTLENSIQFGNPVLLENVGEELDPSLEPLLLKQTFKQGGVKCLRLGESVIEYSDDFRPDLEEERQALIVQSAANKKQLKEIEDKILETLSSSEGNILEDETAIQILDSSKVLSDEISKKQKVAEETEAKINESRRGYNPIAAHASVLFFSITDLPNIDPMYQSSLTWFVNLFLNSIHDSNKSKILERRLRYLSDHFTYNLYCNVCRSLFEKDKLLFSFVLCCNILNSKNEMDMEEFMFFLTGGVGLENKLENPDPSWLSDKAWDELCRMCDLHGFKDFRKSFVGNTHEWRKIYDSKEPHRAPFPSPWSEQLSDFQKMIVIRCLRPDKVVPLVTNFVEDKLGSKFVQPPPFDLAKSYVDSNSCAPLIFVLSPGADPMAGLMKFAADKGFSGDRFNAISLGQGQGPVAARLIENAVKDGTWVVLQNCHLAVSWMTSLEKICEDLSPDNTHQDFRLWLTSYPSDKFPVTVLQNGVKMTNEPPTGLRQNLLQSYLSDPISDPEFFDGCGAKAAIWEKLLFGLCFFHALVQERRKFGPLGWNIPYGFNESDLRISVRQLQMFINEYEEIPFDAVTYLTGECNYGGRVTDDNDRRCLMSILADFYTPDIVQDPKYKFSQSGTYYAPPKSEYDQYVEFIKELPLSQTPEVFGMHDNVDISKELQETKQLFDSVLMTQSQSGGGGAGKKTDDTLLEIAKDILSKLPKNYDLEVALQKYPVTYEESMNTVLVQEMERFNKLMSIIRTSLQNLQKAIKGLVVMSSDLEALAGSLLVGKVPEMWMKRSYPSLKPLGSYITDFLARLKFLQDWYDKGKPVVFWISGFFFTQAFLTGAKQNYARKYTIPIDLLGFEFEVLSGDTADKPPKDGVYVHGLFLEGGRWDRKRGLIGESLPKVLHDTMPVIWVKPGKIADFKDRQEYKCPVYKTSERRGTLSTTGHSTNYVMPVMLPTDKPQNHWIKRGVALLCQLDD*

UniProt (Swiss-Prot top hit)

UniProt accession	Description
Q8WXX0	Dynein axonemal heavy chain 7 OS=Homo sapiens OX=9606 GN=DNAH7 PE=1 SV=2
Q63170	Dynein axonemal heavy chain 7 OS=Rattus norvegicus OX=10116 GN=Dnah7 PE=2 SV=2
Q8TD57	Dynein axonemal heavy chain 3 OS=Homo sapiens OX=9606 GN=DNAH3 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
PF12774 all species →	AAA_6	Hydrolytic ATP binding site of dynein motor region	Domain	Interproscan
PF17857 all species →	AAA_lid_1	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
PF18198 all species →	AAA_lid_11	Dynein heavy chain AAA lid domain	Domain	Interproscan
PF12781 all species →	AAA_9	ATP-binding dynein motor region	Domain	Interproscan
PF12780 all species →	AAA_8	P-loop containing dynein motor region D4	Domain	Interproscan
PF03028 all species →	Dynein_heavy	Dynein heavy chain region D6 P-loop domain	Domain	Interproscan
PF08393 all species →	DHC_N2	Dynein heavy chain, N-terminal region 2	Family	Interproscan
PF17852 all species →	Dynein_AAA_lid	Dynein heavy chain AAA lid domain	Domain	Interproscan
PF18199 all species →	Dynein_C	Dynein heavy chain C-terminal domain	Domain	Interproscan

InterPro

InterPro term	Type	Description	Source
IPR035699 all species →	Domain	Dynein heavy chain, hydrolytic ATP-binding dynein motor region	Interproscan
IPR041589 all species →	Domain	Dynein heavy chain 3, AAA+ lid domain	Interproscan
IPR024743 all species →	Domain	Dynein heavy chain, coiled coil stalk	Interproscan
IPR042222 all species →	Homologous_superfamily	Dynein heavy chain, domain 2, N-terminal	Interproscan
IPR041658 all species →	Domain	Dynein heavy chain AAA lid domain	Interproscan
IPR042219 all species →	Homologous_superfamily	Dynein heavy chain AAA lid domain superfamily	Interproscan
IPR035706 all species →	Domain	Dynein heavy chain, ATP-binding dynein motor region	Interproscan
IPR024317 all species →	Domain	Dynein heavy chain, AAA module D4	Interproscan
IPR027417 all species →	Homologous_superfamily	P-loop containing nucleoside triphosphate hydrolase	Interproscan
IPR004273 all species →	Domain	Dynein heavy chain region D6 P-loop domain	Interproscan
IPR026983 all species →	Family	Dynein heavy chain	Interproscan
IPR013602 all species →	Domain	Dynein heavy chain, linker	Interproscan
IPR041466 all species →	Domain	Dynein heavy chain, AAA 5 extension domain	Interproscan
IPR041228 all species →	Domain	Dynein heavy chain, C-terminal domain	Interproscan
IPR043157 all species →	Homologous_superfamily	Dynein heavy chain, AAA1 domain, small subdomain	Interproscan
IPR042228 all species →	Homologous_superfamily	Dynein heavy chain, linker, subdomain 3	Interproscan
IPR043160 all species →	Homologous_superfamily	Dynein heavy chain, C-terminal domain, barrel region	Interproscan

PANTHER

PANTHER term	Description	Source
PTHR45703 all species →	DYNEIN HEAVY CHAIN	Interproscan

Gene Ontology

GO term	Category	Description	Source
GO:0005524 all species →	Molecular Function	ATP binding	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

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

KO	Enzyme	Enzyme ID	Pathway	Map ID	Source
K10408	DNAH; dynein axonemal heavy chain	-	Cytoskeleton proteins	ko04812	deepkoala

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.Ap5.1137 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.