Gene detail

Detailed information of Acti_034181-T1 in Actinernus sp. WN-2022

Genomic Location: ScLC4GM_1591:111280211...111289656
NR annotation: no NCBI-NR hit recorded
Species Actinernus sp. WN-2022 · all data for this species · gene families

Gene Structure

More details in JBrowse

Sequence

CDS

Acti_034181-T1

Transcript

Acti_034181-T1

ATGGCGGCCATCAGGACTTCAGCGCCTGATAGAAGAATAACACTCAGTGCACGGTGTATTTTGAACAGTGCTCATGACTACGATTTTAGCCACTTGCTTATAAAGGTACCGATAAAGTTTTGTACACGTCAATGCAAGGTATTTTTAACTGATGACCCGACGAATGTAGAAGATACTTGCACTCAAGTGGGAAAAGAATATATCCATAAACACATCACTGACTGGGATTCAGATTATTTTGATAACTGGGACTGGGATTCTGATGATTCTGATTCTAATTCTGATATTCTGATAGATATGGCTTGTTGCAATCCTGAACTACAATTACAACTATTGAATTCGAGAGCTTTTAGAAGACCAGTGTCGATCTACATAAATTGCCTCATAGGCACCATTGAATGTGGTAGATCCATGTTTTTTGGTATAAGACAATTTATGCTGCTCCAAAAAATCACTCCAATCAATGCAACACCCTTAGTTTGTATGAAACCATTGATAGAAGAAGGGTGTTTTGGTAGCGATCTACATGTGATATTACCTTTCCTAGACTGCTCTCTGATTCATGTTGCCTGCCTTAATGGTGATGTACAATCTGTAAAGTATCTCATTGATAATCAGGGAGTAGCTGTAGATGCAAAGGACATGAATGGCAGAACACCATTATTTTATGCAGTAAGTGCAGAGGTTGTGAGTGTGTTAGTGAGTCATCGGGCATGCATTGATTTTGTGTATAAGAAAACAGGGGAAACTGCCTTAATGCACCATTGTGATAGAGGGGCTGTGATGTCGAAAAAGACAGAAAGTGTTGCTCCGTTTCAACCATTAAACATACACATTATTCAATCTCTACTGGAGGCTGGAGCAAACCCAAATGCAGCTGATTCCAGTGGTAAGACTGTTCTTTTTCATGCATTAAACAACCGTTCACTTTACAAACATAAATACCTCCATCTACTAATAGAGGCCAGTGCAAATGTAAATGCAACAGATAATGCAGGAAAAACGGCTCTGTTTTATGCACTGAACCATGAGGATGCTATGCGTGTACTCCTCGAGGCTGGAGTGGATGTGAATGCCACTGATCTGAATGGCACAACTGTCCTTTTCCATTCACTTTACAAACAGAAATCCCTCCATCTACTAATAGAGGCCGGTGCAAATGTAAATGCAACAGATAATGCAGGAAAAACAGCTCTGTTTTATGCACTGTACCATGAGGATGCTATGTGTGTACTCCTTGAGGCTGGAGTGGATGTGAATGCCACTGATCTGGATGGTAAAACTGTCCTTTTCCATTCACTTTACAAACAGAAATCCCTCCATCTACTAATAGAGGCCAGTGCAAATGTAAATGCAACAGATAATGCAGGAAAAACAGCTCTGTTTTATGCACTGGACCATGAGGATGCTGTGCGTGTACTCCTTGAGGCTGGAGTGGATGTGAATGCCACTGATCTGGATGGTAAAACTGTCCTTTTCCATTCACTTGACAAACAGAAATCCCTCCATCTACTAATAGAGGCCAGTGCAAATGTAAATGCAACAGATAATGCAGGAAAAACGGCTCTGTTTTATGCACTGGACAATGAGAATGCTATGCGTGTACTCCTTGAGGCTGGAGTGGATGTGAATGCCACTGATCTGGATGGTAAAACTGTCCTTTTCCATTCACTTGACAAACTGAAATCCCTCCATCTACTAATAGAGGCCGGTGCAAATGTAAATGTAACAGATAATGCAGGAAAAACGGCTCTGTTTTATGCACTGGACAATGAGAATGCCACTCATATTCTGCTTGAGGCCAGAGCCAATGTAGACATTACTGATGAGATGGGAAAGACTGTACTATTCTATGCACTTCACAATGAAACAGTCGCTCAACTTTTGCTGGAAGCAGGAGCAGATGTAAGCATCACTGACAGCAAAGGGAAGACAGCATTGTTTTATGCAAGAGAAATAAGAATAATGAAATTACTTGTAGTGCACAACATTGATGTCAATCAAAAAGACAAAGAAGAGAACCTAGTGTTGTTCCAGTGGGACAGTGATGAAAAAATCGTGCAGTATCTAGTTGATAATGGAGCTGACGTAAATGCACCTGACACTAAAGGAAGAACATGCCTGTTTCTAACAACTAATGTCGCTGTTGCACGATTTCTGATTGAGAAAGGAGCAGATGTTAACATGCCAGACACACATTGTAGAACAGCACTATACCACGCATTTGAAACATCCCATGAATTTGCTCGAATTTTGCTGGAGAATGGTGCGCATGTGAATGTGAGAGATAAATACAACCTCAGTATTCCTTCTTTCATCATTCAATTGATGATACAAAAGTGGTGTTCAGATGATGGTGACTCAGACTCAAGTTTTGATAAACAGCTATTCGATGTACTAAATGACTACGGAATTGGATCAAGAAAAGTGTTTCAGTGTGTAATCGATGTGATTCTTTGTAAATTGATCGAGTCCTTTGATATTTTAGTTAAACTTAAACCCCGTTTATGTTCTAGGAGCTTGTATTCAGGAATAAGAAGAGCCCTCCAAACAGCAATTGTGCATCTTGATAAAGACGGCTGCACTGACAATGTGCATAAGAAGACGAAAGTTCAAAAGATGCTGGAGATGATAACAGTAGTTCAGAATTCATTTGAAGCGAGACTAGAATATGGAATTCAACTCTGTTCTTTACTGGTTGATTTAGACGCAAATCCAAATTCTCCAGACGTAGTAGGAAACACAGCTCTGTCATATGCAGTTCTACTACCTTTCAAAAATGTTCCTCCAGATGACGTAATGGCAGTGTGTCGTCTCCTGGTAAATCACGGATCAATTATGGGGAACAGAAACTATGAGGGACAAACTCCTCTTTTGTACTGTTTGTCCCATTACGAATGGGATTCGTCAACTTTCAAGCCATACAAGAAGGTAAGGGGTATCCGATATCCAATCGTAGAAGTTTGCAAGCTTCTTCTTAATGCTGGTTCAAGCACCAATGAGACGACGCAAGCAGGTGAATGTGTTTACCACCTGATTTTACGAGTCTCTCAAAAAGCAATTCACATGCGTAATAAAGTGATTAGAAATCATATAATGAGAGAAATGGAGGGCGTTTTAGACTTACTATCAAGTCAAGAAACAGAAAGAAGAATGGCCACAGTAAATGGAAGAGATTTGTACCTCAACACGCCGCTTCATCACTGGGCATCTTTGAATAAAACCATTGAAGGTTATTACTTTGAATTCCATGAAGTAAATCCATTCTATAGCAATCTTCTAAAGCACCTGCTCAGTTGTGGAGCAAAGCTGAACGACGTTAATCATAACGACGAGACGCCCCTTCATCTGTGCAGGACCTGGTTTGCTGCAAAGCTCCTGATAGATGCTGGTGCAAAGGCACAAGTACAAGATTCTGAAGGCAACACTCCATTGCTTGCACAGCTTAAAAGATTGACAGGTGAACGAGAAGAGCAAGCTACGGAGTATTTGCAGTACATATATCAAGATGCTTCATTAGAACTTAAGGCAGAGGAATTTTGGGAACAGGTCCTGAAAAACCGACTCGACCCCTGGTCTGTAAACAACCACGGAGAATCTGTCCTGAGTATCTTGATACGTGGGAAAGGCTACGCACTTGCCAACGGTCTGCTAAATGTTGCATACAGAAACGATTTGTTGAAAGAAATCGGCAGTTCTGTTTTACATACCATTTGCCAGGATTCCAGCAATACATTCTTCTGGAAGGTCAACCTTGTTGATCACACTGTCGTGAAATTAGGTGTGAATCCAGATATCAAAAATTCTAGAGGAGAAACCCCGCTTCATCTCAGTTGTAAAAATGTTCTTGGTTCTGGCAACCTTGACAGTGTCCACTGGTCAATTGTTGAACGTCTTCTGCTGTATGGAGCCAACTGCAACGTTCCAGATGCAAATGGGACAACGTGCCTTTCAATGGCTGAGGAGGAACCCACGCTTACAGAGCTTCTGTTGAAACCAGTCAACGTTGATGACATTCCTTTGTTTATCCCTTGGACTTCCAAGTCAGAGAGAAACAGACCAAAACTCGGTGAGGTTGCAAGACGCCACAAATCTCAACAAGTTGAAGCATTTCATTTCCACACAGATCCAATAGGTTTTGGAGCGTTTGGCCATGTTTATCCAGGCATTAATGAGAATGATGGTAGAGAGGTTGCTATCAAATGCATTGAAAAGCAGCGATTACACCGACGCGAAGACATACGAGAGTTAAAACATCTCGCTAAACTAGCAGACTGCAAGCAGGTCATCAGCTACCTTCAGGTCATCGAAGACCAACACTTCGTGTACATTGTGTTAGAATTGATGGAGGGTAATTTGGAAGAGTACATTGACACCTGTCCAGATCCTAAACACAGTGTTCATCTTTGCAACGACGTAGTTCATGGCATTCAGTTTTTACACAGAAACAGAATCCTTCACCGTGACATAAAACCCAGCAACATACTGTACAAGACGTCTCCACTGTGCTTGAAGATTGCCGACTTCGGTTTAAGCAGCAAGGCAGATTATAGTGCCACTCTTACTACAACTGTTCTACATACCAATGCAGGAACAAGATGCTGGATTGCTCCCGAGATCGTGAAATGCAAGGACAAAGTCGAGCAATGCGAATCTTCAGACATGTTCGCTTGTGGACTTGTGTTGCATTACCTCTTGTCTGAGAAGAAGCATCCATTTGGCCCTGCCGACTGCACTGACAAGAGCCAGATGGAAATGCAGAACGAAACCGAAAGCAACATTATACACTATAAACTGTCAATCAGTGACAGTCTCTCGCCCGAGGCCACCCACCTCATCACAATGATGGTTGCAAAGGACAAAGATGAGCGACTGAGAGCAGAGGACGTCTTAGCTCACCCTTTCTTCTGGTCAAAGAAGAAGAAGGTGCAATTCTTGGAATCTGTTGGAAACCAACCAGAAGTTGCAATTCGTGGTTGGATTCCGATATCAAATGTGATATCAGATCTGGAGACAAGTTTCTGCACTCATTTCACAGGCCCTTGGAATGTCCCTATTTCTGGTATTTACGGAGAGATGACATCATCGCCTAGGAGTCGTAGGTATAATACGCGCTCGGGCGTGGACCTAGTGCGCTTCATCCGTAACACTTATGCGCATGTTTCCGATGCAAGTCACCCGACACGTTTCAAAACGCTGTTGTTGGAGGATTTTGTTTTCTTTGATCATTTCCCATGGTTAGTGATTGAAGTGTACAAGGCTGTAACGACACATGGATGGCATCAGTCAAAAGAGGAAGTCAAAGCAGCAATGAAGGATGACTAAATGGGAACTATGATGTGTTCTGTGTACAGCAGTAGCTGAATACTCTCGTGAAAGGACAGTGTAAAGAAACTAGTGCTGGTCGGTCTGCGTCCGCGGGGAAGATCAACACTGGTATAGAGCGGTTTTCAATTGAGTGTCTAAATGTAATTAGGTGATCGCTTTCCAATTTGATTGGCTAGTTATCCATGACTGCGTTTACTTTGCCTCGTGATTGTTTCAAGTAAAACTAATCGTGGATTACTTCAGTTTGTGATTGGTTCATTGATGTTTTTACTTGCTCCTGATTGGCTCAATTGTTTTGGTTTTACGACACTCGATCGAAAATCGCGCTATCAACGTATGCTAACCGCCGAGAAAAGTGAGTAGCAGCTGACGTTTGGAGCGTTAGCCCTGTGTTCGTCTTTCGTTCTGACAATGCGTTAGCGACGACAAACTCTCGTGTTTAGGGACGGACCATTTGAAACTTGATTTTGGGGGGGGGGGGGGGGGGGTGTCCACAAATCCCACCAAAAAAATCGAGCAAGCCGAATTTGCACAGAAAAAAGAGCGAACGAAGCAAAATCACCCCGAAAAAAAATCGAGCAAGGGTGAAACTTTGTTTATTAGCTGAAACAGGTTCAGCCAATGTTTAGTCTCCAGAACACAGTAAACCAGTGTTTTAGAGTGCAGTAAAATCTCAAAAATTTGGCCTCGGCCCAAAGGCCCTCGCAATATTTCAAGACATTCTGCTTTTTTCTTCTATACGCAGGATGGTATATTATCTAAGCTCATAATCAAAGGCACATTCCCATAGGACAAATAATGCATTCGTGTACAAGAGATTAGTTATACATGCCAATGTTGAGCACTTTTTCTTTTTTTCTCTTTGAGACTACGGAACAATGCAATATGATGCAGTATCCATCTGGGAAGGAGTTAGACTTGCTCCAAGTCGAACTCGCTGAGTCACTTGGTAAGCGATTACTGGGTCAAAAAGCGAGTGCGAGAATCGAAGCGAGAGGCGAGTTCGACTTCGTTCGGGGGGCTAAGAAGGACTTTGAGAAAGTCTAGGAAGGAGTGTGAGGTAGAGATTTCAAGAAGAATACATGTATATATTAATATGTTTTCTACTAAACAAAGATAAACAAAGGTAAAAGAAAATACCACAAATCTAGAAACATTAAAATTGTGTAAAATGTTAATACTGAATGCCTTAAAAAAATATCGTGCAAGGTCCGATGCCATAAAAAAGTTTCTTGCAGCAATAGGAGTCCTAAAAACATTTCATGCAACAAAAAAACGGGTACCCCGTCCCTTCCCATTAATTTTCAAATGGTCCGTCCCCTTACTCTACGTATTGTACAGGTACATGTACCAATAGTAGTTTTAGTACTTGTAATAGAGCGGTTTTCGATTGAGTATCGAAAGTAATAAGTGATTGTTTTGGTTTTGCGTTTGCTTACATGTAGCTTTTCTATTGGCTGTGAGAAACGTTTTGTGATTATCAGCCAAGCAATTTCTAAATTAAACGCAATCACACAATCAATTTTTGTTTTAGAGCGGGTTTCGATTGAGTGTCGAAAGCAACAAGTAAATGCTTAGGTTTTGCGTTTGCTTAGCTTTTCTATTGGTTGTGAGAAATGTTTTCCAGTTATCAGTCAATCAAGTTCTAAACTAAAACCAAACGCAATCACGTAATCAGGTTTTGTTTTTTTGCGACAGTATTGACGACTGCGTTTACTTTTCCTCGTGATGGGTTCAAGTAAAACCAATCGTGAATTACTTCAGTTGGTGATTGGTTCATTGATGTTTTTACTTGCTCCTGATTGGTTCATTGATGTTTTTACTTGCTCCTGATTGGTTCATTGATATGTTTACTTGCTCCTGATTGGTTCATTGATATTTTTACTTGCTCCTGATTGGTTCATTGATGTTTTTACTTGCTCCTGATTGGTTCATTGATGTTTTTACTTGCTCCTGATTGGCTAACTGGTTTTGGTTTTACGACACTCCATCAAAAACCGCTCTATACGATAATTAATACTGATGTGATTAATTTGATTAATTTACCACAGAAAGTAATGCAATATTGTAAATGTTGCCTCAGGGGAGGGGATAGAAGGGTTGTTCTATTATATTTCTTTGAAGATTCAGCGAAAATAATTTTTACTCCACTTTTTTTTCCGAGATTTTATACTTTTTTCTATACATCAGCTACGACGGTCTTGTAGTTCTCAGTTTGAGTAGCTAATTAGTCCAACACTAAAGTGAATTATGGATATGAAATGTCAATAATATCTACTGTGCCTATTAATTAAACTAGCTAGTCATCAAAATAGGATAAAACGGATTAATATTAATTAATATTAATCCGTAGATCGAGCCCCCGAAAGTAACGTCAGAATTTTATGGTTGTTAATAGGACCCCGGCGAAAGTAGCGACCCCGGAGGTTTTGACACCCCCAAAACTACATACCAAATTTTAATCTGACGTTTGTGTTTAGCAGTTATGGATAAAATGCCGCTTGGATATCAGGACAAACCATAGGTTCCTTGTTAGCATCAAGCTTATCGGACAGGCTTTCAAGACTCACGTGTTACTGACGTAAAACAAGGTTCACTTTACCTCTGAATTTACTGTCCATCATCATTTGCAGACATTAATCTGTAGAGTTTCTGTCATATAAAATACTATTTTTGTTGTATTAGGATAGCTCGCTGGGCGGATCCAGGGGAGTTATGGGGTTTCGATGGAACCTTGGATGGAACTCTCCTTTCTCTCGCTCGCAGACTTAAAAAAGACAACATAAATTGCCAAATATTTTGGCGCTCGCGTACATCGAACCCCCCACCCCCCTTTCCACCCCAGGCTCGGCCTTGGGCTCGGCCTATGTACACGTTTTAGGTTTTAGCTCCCCGAAAAGTAACGACCAGAAAAGGCTGCAAAAGCCGAATGTTACGCCCCTCGTTACTTTCGGAACTTGACGATAATATCAGATCATAGGAGGATACAAAGACGAATATCGGCGGATTATAATATCCTTTTAGTAATAGGCTATATTTGTATTGTCACGGACGAGCTGGAACAAGCCCTACACGGAGGCTCATGCGGGGGAATTCGTTAAAAGCTACTTAGTATTAGAAACAAATCTCCCGTCTTAGCCTCCATTGAGTGCTCGTTCCAGCTCGTCCGTGACTACGAATATTTAACGATTAGACTGAGCACGAAGTTTCTACAAAAGAGTTTCTACTATAGAGTGTGTCCATCGAGGAACTATCAGCTGTTATATTTCACCACAAAATGTTGGCGCGCGCTCATTGGTTAAATGCGATCACGTGACGTGAGTTGTATACCGCGGATGCAAAGTTTGGAACGTACACTTTTTTATCCGTTTTTACCGATCGTCCACACTAAAACGATCAAAAACGGAGATGTTTATCTATGAAAACGGAGGTTTTCGAAAACGCCTTCCAGAGTGGAGACTTGAAAACGCAGGTCTATCGTTTTAGTGTGGACGGCAAAAACGGAGCTTTTCAAAAACGCTTACGTCACAACTCATTATGCAAGCCCCAGTTTCCCGCGTTAGCGCGTAAACAAACCACTATTCAATATGGCGGACAGCGGTAAAGAGCGGGAATAGCCGATAGTATCGCTGGCGCTATTCGAGCATGCGTATTGAACAGAAAAAAACGTCCGAGCAGAGCCTGGTGACGAAAACGCATCTTTGGATCATCGTTTTTCAGCCCCTAGTGTAGACGGTCGAAACGATGTGAAAACGGTAGTGTGGACGAGGAGCTTTTTATCCGTTTTCGGGGAACCAAAAACGGAGGTTTTCAAAAACGCATCAGTGTGGACAGGGCCTTTACAAGTAGTCCCGCAGCCCGAATGGACTAGCCAAATGTGTGCGGTTTTTCTCTACCATGGGCTATCGCAAACAGACCTATAGTAGGGTAGCCAATCAGAATGCAGGATTTGTAATAGTCCACTACATATATAATTAAAAGCGATATTTCGGTTGGTACGACCACCTTCCTTAGGGTACACAATGAAGTTTGCATGATGACGTCACATACTACAACTACCA

Protein

Pfam domain

Pfam accession	Pfam name	Description	Type	Source
PF13637 all species →	Ank_4	Ankyrin repeats (many copies)	Repeat	Interproscan
PF00023 all species →	Ank	Ankyrin repeat	Repeat	Interproscan
PF06479 all species →	Ribonuc_2-5A	Ribonuclease 2-5A	Family	Interproscan
PF00069 all species →	Pkinase	Protein kinase domain	Domain	Interproscan
PF12796 all species →	Ank_2	Ankyrin repeats (3 copies)	Repeat	Interproscan

InterPro

InterPro term	Type	Description	Source
IPR038357 all species →	Homologous_superfamily	KEN domain superfamily	Interproscan
IPR002110 all species →	Repeat	Ankyrin repeat	Interproscan
IPR036770 all species →	Homologous_superfamily	Ankyrin repeat-containing domain superfamily	Interproscan
IPR051165 all species →	Family	Multifunctional Ankyrin Repeat Domain-Containing Protein	Interproscan
IPR010513 all species →	Domain	KEN domain	Interproscan
IPR000719 all species →	Domain	Protein kinase domain	Interproscan
IPR017441 all species →	Binding_site	Protein kinase, ATP binding site	Interproscan
IPR008271 all species →	Active_site	Serine/threonine-protein kinase, active site	Interproscan
IPR011009 all species →	Homologous_superfamily	Protein kinase-like domain superfamily	Interproscan

PANTHER

PANTHER term	Description	Source
PTHR24123 all species →	ANKYRIN REPEAT-CONTAINING	Interproscan

Gene Ontology

GO term	Category	Description	Source
GO:0005515 all species →	Molecular Function	protein binding	Interproscan
GO:0004540 all species →	Molecular Function	RNA nuclease activity	Interproscan
GO:0006397 all species →	Biological Process	mRNA processing	Interproscan
GO:0004672 all species →	Molecular Function	protein kinase activity	Interproscan
GO:0005524 all species →	Molecular Function	ATP binding	Interproscan
GO:0006468 all species →	Biological Process	protein phosphorylation	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 Acti_034181-T1.

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