Gene detail

Detailed information of g14084.t1 in Acropora digitifera

Genomic Location: chr6Alt:28013956...28021870
NR annotation: PFX33288.1, Cyclin-dependent kinase 2 [Stylophora pistillata]
Species Acropora digitifera · all data for this species · gene families

Gene Structure

More details in JBrowse

Sequence

CDS

g14084.t1

ATGCGGCGCAGAAATAAAAATCACAAAGAACTACTACGAAAACTAAGACCCCGGGTCTTAGTTTTCGTACTACGAAAACTAAGACCCCAGGTCTTAGTTTTCGTACTACGAAAACTGAGACCCTCTATTAAAAGCAGAAAAGCCATTGAAAGCACGATTTTAGACTGTAAGCTTCCTCAGCTAATACGAAGAGGGTCACCCGGTAGCGAAATCGCTGAAGAGATTCCACTCTTCAAATGTAGTGAATTGCCCGTAAAGCGGAGAATAGGACATGGTTCCTTTGGAGATGTGTATACAACCGAATACAAGAGTTCAGGAGATACAAAGTGTCACACAGTTGTCATCAAAAGAATGCTGCAAGTGCTCGATCAAGAAGAAAAGAAGCTCTTTTATAAAGAAATAAGACTCCTGAACGATTTGCATCACCCAAACATCGTGCGATTGAAAGGGGTTTCCCTCCAGCCCCTTGCTATGATGCTCGAGTACATGTATTTCGATTTCAAGCACTTTGGTCAAGATGGTTTGCATGTTCATTCCCTAGCAGATTTTCTGCCGCAAATCGACGAGTTTAACTGTGAAGGACTGTTTGAGCTACTGAATCATGCAGCAAAGGAGATTGTCAATGGGCTAGCTCACCTTCACTCTAAAGGAATAGCCCATAGGGATCTAAAACCAGCAAACATACTGATAAGCAATCAACACTATTGCACATTGTCAGATGAGAATGAAATTGCGCGGCAATTTGAATGCAGGCCTATTGCATGCAAGGTGGCCGACTTTGGGGAAAGTCGCTCCCTTATTGTACAGACGCAGTCTTTTGTTGCGTCACGAACAAACAACATTGATCGAGGAACAGTTGTATATGAGGCACCAGAACTGTTTGTTAAAGAGATGCTCTTATCTGACGCATCGATCGGTGATTTTATGCTGGCGGATATTTGGGCCCTGGGCATGATATTTTTTTCGCTTATCAATCCAAGTGTCAAGTACCCCTACCGTTCGGAGATCAGATTGGCGAGAAACGTTTCTTCACAAGATCAATTAAAGATTTTTATTTCCTCTCTGGTGAGCCAAAAGAAACTTCCACTGGCTGACGAAAAATACGCTGTTGAACGGGCAACCGTCTGGAGAGGATTAGAGGATGTCTACAGAGGATGTGCAAACTTCGACAGACACAGTCGGCTATCCTTAGAAGAGGCAGCCAAGATCCTGAGCAAGGAGGACAAGAGGGTCTCAGACGATCTGGACGTTGTGCAACTGAAAGTAAGTCAAGCAACAGCAGTGCAACAGTTCGACCACCGATTTGCAGTGCAACTGAAGGACAATGCCACTAATGAACCAGCTGATCAGTCGGAGAATGCGTTACGTAACGACGGAACAAACGCATGTGCCTTTCTTTCTGTGAAAATAGCAGACGTCATACTCAGTGAGGTGGGAACAGGAATCGAATTTTTCGTGGAGTTGGCCAAAGCTATTGAGGACACTATTTGGCACCTACCGGAAAAAATAAATGAGCATCGCGACCTCCACAGAATGTACGACGCACTGGAAGCATACGGAATTCTGAGGAAACAGAAGGTAGTGACCTCTCTGTACGACTTCTCTGAGGAGTTACCATTTGCTGACACGGTGTTTTCATATGAAGGCCGACAAAAACTTCACTTAAAGCTCTGCGACCTTGGATGTAATGACTTCGTTGCTGTCTTTACCTGTGAACCATTGGTGTTAACTATTGGGTGCCGTGATGGCAAACCTTATATGATCCACACTCATGCAGTGACATTGGCACCTGGGAAAGGTAACGGCCTCATGATGATCGGTAAGAAGAACTCGTCAGACGTTTGGCTGTCACTCTGCATTTGGCTTTGGAACAGGCTGCATTACCAAGGTGTAACACCAGACACTTGTCAATCTCTGGCAGTGGTTACTAGTAAATCTAGTAGTGGACGGCCTTACGTGTGCAGACCTGCCGCTGGCAGTGGATGTCAGAGAGTAGATGAGAGTGAGCAGACACAAGCGAATGCACCAGTAACTGGCAGCAAACGAGCGAGGAAAGAAGAAAGTGGACGGCCTGACGTGTGCGGACCTGCCGCTGGCAGTGGATGTCAGACAGTCGATGATAGTGAGCAGACACAGGCGAGTGCACCAGCAACTGGCAGCAAACGAGCGAGAAAAGAAGAAAGTGAACGGCCTGGTGTGATCGGAGTCCCAGCTGGTGGTGGATGTCACAGAGGTCTGGGCGACGAGGCACACGCGAATGTGGGCGATAGCGATGGTCGGTGTCCCGTGGAATATCTTATCGTCGACAGCCCAGATGACAATTCGGTCACCAAAACAGCTGCACATGGCAGACGAAGCGTAAATACGTCTCCTGTAATTATTGACTTAGATGCGAGACAAGATCCATCTTCCTCTTCATTCCAAAAGAGAACTGATGACATCAGCTGTCCTGAAGCAGACACGGTTAGCTGTTTGTCTGCATGTGAGAGCTCGAGATACTGGAAAGGGAACAAAGAAATTCCCGTTTTTGAATCTGGGAAAAGGTCAAGGTATACACCAAGGGAAGCAGTGGAAGTCATTGGTTGGCAAAGTTGCAAAAATCCACTTTGTGAACGTCATCCTTTACGAGTACGTGAAAACGCGGCATTCATTATAAATGTTGACGCATATAACCACTGGGAAGACATCAAGGATGACATGAACGGTGCGTACACAAACCTATTAAGGTGTTGTATATGGACAGTTGAGTGCCAAAAAGTTGCTGAAGATCTGGAGTTTAGAGTCGTGGCTAAGAAAGAGCTGCAGCTTACCGAAAGTAACCAGTACCACTTGGTGATCAACTCAAAAGGAAACAAAGCTTGTCCGAGTCTCGTTAGATCAATCTTTGTACTGAAGGATTCCAGTAATAAAATTGTGAACGGAGTAGCCTTACTGCAATATCGTATAGATACAGGGGAAGACGAAGTTGATTTTCAAGTGAGTCTCCATGGTAACAGTCGCAAAGGTTCAAAGGCACCCTTCTACCCGACGTGTAAGAGTACGCTACTGGCTATGAAGCAACGGGTGGTTAACACAGCGCCTGCTCAGGTTTATAAAGTACTCTCGGATCAAGCTGGAGGTGCTATTCAGGCCAGAACACCAGGTGCATTGCCACGTTCCAGGAAGCAGGTGTACGATTTAAAATTTAGAGACGGACGAGAAATCGATCCGGTTGATGATTTGTTGATCTATGTTAGGCAGAAAGAAGAAAACGGAACGAAGATATGCATGCGGCACGAAGATGTACCAATAGACCTTTGGGTGCTTGGTACGAAGGTTATGTGTGGTGATCTGGGACGGTTCACGTCTTCAGAGAAGTTAAGCCATCCAATTTGCATAGATCCAACTTTCAACATGGGTCAATTCGAGGTAACCCCAGTTGTTTACAAGCATCTATTTTTAACATCAAAGCGAACTGGAAACAACCCTGTGTTCCTTGGTCCAACTATGATACATCATAAAAAGGACTTCTCAACCTACAAAGCTCTTTCCTCGGCATGCGTAACAAATTGCAAGAGCCTAGAAAAATGTAGAGGCTACATAACTGACGGCGAGGAAGCTCTTGATATTGCATGGAGAACTGAGCTACCGAAAGCAAGACATCTCAGATGCGTGAAGCATTTCGAGGGTAACTGTAAACAGAAACTAAATGACATTGGAATAAAGGAAAGGAACAAACAAAAATTCTTTCTTGAAAAGGTCTTCGGCGTGGTGAACAAAAGTGACGGAATCGTGGATGCCGAAGACAAACAAGCAGTGAAAAGCACAGTGCGAAATGTAAAGGAGGACCTTGATGAAAAAGAGATGCTGCTGTTGCAAAAACCGGAAGGCTACGTTCCTCAGTTTTCTAAGTACCTGGCAGACAGGCAAGAAATGATAGGCAAAACCATGACGCTAAAGGCAAGACGCCCGGCTCATATGCCACTTGACAAGGATGGAAAACCTATTAGGCCATACACCAATCTATCAGAATCAATGAACAATGTAATGTCTCAGGCAAAAACAAATTTCCTGAACTTTAACAACAAAGGCAAGAACGAGAACCTTTCCAAGCTTGAATTCACGAAACACGTTTTTGAAGAAATTCACGAAAGACAAATGCGAGAGTTGAAGTTGGCACTGTGTGGCTTAAGCGAAGAATACCAGTTGAATGAGATTGTGGAACACTTAGCTGTATCCGTCAATACATGGTTCGATTGGAGCAAATATCAGAGGGAAGATTACGTTGATAAATTCAATGCAATGTCTGTGGATGATGCCCTACAAGGAAAAGAAATCAGAGTGGCACAGGATCAAGAAGGAGATGCAACAGAAGAAGAGTACAAGGAGCTCTCCATCGACGTAGCCCGTGCTTTAAAGGAGAGTAAACAATGCAAACATGAAGTAATTGACGCTGTAATTCAAGGTGCCCTAACACTACTTAACCACCCATCAGCTATCCAACAGAAGCCGACTCTTCAGCCCAGCAATACCAAAAAATACCAAGTTGCCTCCACGAAAGCTAAAAACAAGGAAGTCGAGTGCACGGTAAACAAGAGCTATGTGTCCTGTCGCTGCCCCAGTTTCAAGTTCGATTGTGTTTGCAAGCACTCCATTGCTGTAGCAGACAAAGTGGGAATTCTGGAACAGCACATTCAGTTCATATCTAAATTATCTGCTAAGAAGCGCCCACGTTCAGCTTTGGCAGAGGCAAATTTAAACAAAGAGGTGGCAGGGAAAAAAGGTGGAAAGAACAAGTACCCGTACCGGCCTTCGCGATCACAGCAGGAGGTGGCAGACAAAGCCAGTGGGCGAGGTTTGTCTACAAGATACACATATACCCAAATCCATCACAACGACAATCCATTCGTTTTACGTATTCTGCCCAAGAATGCAAAGAAGTGCAAACAGTGTGGGACGGATTTTTGCCATCGACTGCGAATTATCCCCAATGATCTGGTATTTGAGCACAACGAGCGCTTTTATTTCCCCCTTAATGGCGACTGGAAGCAGAAGCAGGCGTCAGCAAAAGAAGTAACCAGGTACTACCATGCTGACTTGGCCTGCATGAAAGCACGCTTCCCGTACTTTACCAAAGAATACATTGCTGTACCGCCAGACGTGTCCTCCTTGCTGCACGAGTCGCACAAGACCTATCTCAACACCCATTTTGGTCTTCACCTCTAA

Transcript

chr6Alt.g14084.t1

ATAAGAGCGTGCACATTCTCGTCCCCAGATCCACTCGTCTTCAGGCTTAAAATGTCGTTGACGAGTGGCTCTGGACGCGCCAAAAAATTCGAATTTTTTCATTGGCTGACCAAAAATGAATGCGGCGCAGAAATAAAAATCACAAAGAACTACTACGAAAACTAAGACCCCGGGTCTTAGTTTTCGTACTACGAAAACTAAGACCCCAGGTCTTAGTTTTCGTACTACGAAAACTGAGACCCTCTATTAAAAGCAGAAAAGCCATTGAAAGCACGATTTTAGACTGTAAGCTTCCTCAGCTAATACGAAGAGGGTCACCCGGTAGCGAAATCGCTGAAGAGATTCCACTCTTCAAATGTAGTGAATTGCCCGTAAAGCGGAGAATAGGACATGGTTCCTTTGGAGATGTGTATACAACCGAATACAAGAGTTCAGGAGATACAAAGTGTCACACAGTTGTCATCAAAAGAATGCTGCAAGTGCTCGATCAAGAAGAAAAGAAGCTCTTTTATAAAGAAATAAGACTCCTGAACGATTTGCATCACCCAAACATCGTGCGATTGAAAGGGGTTTCCCTCCAGCCCCTTGCTATGATGCTCGAGTACATGTATTTCGATTTCAAGCACTTTGGTCAAGATGGTTTGCATGTTCATTCCCTAGCAGATTTTCTGCCGCAAATCGACGAGTTTAACTGTGAAGGACTGTTTGAGCTACTGAATCATGCAGCAAAGGAGATTGTCAATGGGCTAGCTCACCTTCACTCTAAAGGAATAGCCCATAGGGATCTAAAACCAGCAAACATACTGATAAGCAATCAACACTATTGCACATTGTCAGATGAGAATGAAATTGCGCGGCAATTTGAATGCAGGCCTATTGCATGCAAGGTGGCCGACTTTGGGGAAAGTCGCTCCCTTATTGTACAGACGCAGTCTTTTGTTGCGTCACGAACAAACAACATTGATCGAGGAACAGTTGTATATGAGGCACCAGAACTGTTTGTTAAAGAGATGCTCTTATCTGACGCATCGATCGGTGATTTTATGCTGGCGGATATTTGGGCCCTGGGCATGATATTTTTTTCGCTTATCAATCCAAGTGTCAAGTACCCCTACCGTTCGGAGATCAGATTGGCGAGAAACGTTTCTTCACAAGATCAATTAAAGATTTTTATTTCCTCTCTGGTGAGCCAAAAGAAACTTCCACTGGCTGACGAAAAATACGCTGTTGAACGGGCAACCGTCTGGAGAGGATTAGAGGATGTCTACAGAGGATGTGCAAACTTCGACAGACACAGTCGGCTATCCTTAGAAGAGGCAGCCAAGATCCTGAGCAAGGAGGACAAGAGGGTCTCAGACGATCTGGACGTTGTGCAACTGAAAGTAAGTCAAGCAACAGCAGTGCAACAGTTCGACCACCGATTTGCAGTGCAACTGAAGGACAATGCCACTAATGAACCAGCTGATCAGTCGGAGAATGCGTTACGTAACGACGGAACAAACGCATGTGCCTTTCTTTCTGTGAAAATAGCAGACGTCATACTCAGTGAGGTGGGAACAGGAATCGAATTTTTCGTGGAGTTGGCCAAAGCTATTGAGGACACTATTTGGCACCTACCGGAAAAAATAAATGAGCATCGCGACCTCCACAGAATGTACGACGCACTGGAAGCATACGGAATTCTGAGGAAACAGAAGGTAGTGACCTCTCTGTACGACTTCTCTGAGGAGTTACCATTTGCTGACACGGTGTTTTCATATGAAGGCCGACAAAAACTTCACTTAAAGCTCTGCGACCTTGGATGTAATGACTTCGTTGCTGTCTTTACCTGTGAACCATTGGTGTTAACTATTGGGTGCCGTGATGGCAAACCTTATATGATCCACACTCATGCAGTGACATTGGCACCTGGGAAAGGTAACGGCCTCATGATGATCGGTAAGAAGAACTCGTCAGACGTTTGGCTGTCACTCTGCATTTGGCTTTGGAACAGGCTGCATTACCAAGGTGTAACACCAGACACTTGTCAATCTCTGGCAGTGGTTACTAGTAAATCTAGTAGTGGACGGCCTTACGTGTGCAGACCTGCCGCTGGCAGTGGATGTCAGAGAGTAGATGAGAGTGAGCAGACACAAGCGAATGCACCAGTAACTGGCAGCAAACGAGCGAGGAAAGAAGAAAGTGGACGGCCTGACGTGTGCGGACCTGCCGCTGGCAGTGGATGTCAGACAGTCGATGATAGTGAGCAGACACAGGCGAGTGCACCAGCAACTGGCAGCAAACGAGCGAGAAAAGAAGAAAGTGAACGGCCTGGTGTGATCGGAGTCCCAGCTGGTGGTGGATGTCACAGAGGTCTGGGCGACGAGGCACACGCGAATGTGGGCGATAGCGATGGTCGGTGTCCCGTGGAATATCTTATCGTCGACAGCCCAGATGACAATTCGGTCACCAAAACAGCTGCACATGGCAGACGAAGCGTAAATACGTCTCCTGTAATTATTGACTTAGATGCGAGACAAGATCCATCTTCCTCTTCATTCCAAAAGAGAACTGATGACATCAGCTGTCCTGAAGCAGACACGGTTAGCTGTTTGTCTGCATGTGAGAGCTCGAGATACTGGAAAGGGAACAAAGAAATTCCCGTTTTTGAATCTGGGAAAAGGTCAAGGTATACACCAAGGGAAGCAGTGGAAGTCATTGGTTGGCAAAGTTGCAAAAATCCACTTTGTGAACGTCATCCTTTACGAGTACGTGAAAACGCGGCATTCATTATAAATGTTGACGCATATAACCACTGGGAAGACATCAAGGATGACATGAACGGTGCGTACACAAACCTATTAAGGTGTTGTATATGGACAGTTGAGTGCCAAAAAGTTGCTGAAGATCTGGAGTTTAGAGTCGTGGCTAAGAAAGAGCTGCAGCTTACCGAAAGTAACCAGTACCACTTGGTGATCAACTCAAAAGGAAACAAAGCTTGTCCGAGTCTCGTTAGATCAATCTTTGTACTGAAGGATTCCAGTAATAAAATTGTGAACGGAGTAGCCTTACTGCAATATCGTATAGATACAGGGGAAGACGAAGTTGATTTTCAAGTGAGTCTCCATGGTAACAGTCGCAAAGGTTCAAAGGCACCCTTCTACCCGACGTGTAAGAGTACGCTACTGGCTATGAAGCAACGGGTGGTTAACACAGCGCCTGCTCAGGTTTATAAAGTACTCTCGGATCAAGCTGGAGGTGCTATTCAGGCCAGAACACCAGGTGCATTGCCACGTTCCAGGAAGCAGGTGTACGATTTAAAATTTAGAGACGGACGAGAAATCGATCCGGTTGATGATTTGTTGATCTATGTTAGGCAGAAAGAAGAAAACGGAACGAAGATATGCATGCGGCACGAAGATGTACCAATAGACCTTTGGGTGCTTGGTACGAAGGTTATGTGTGGTGATCTGGGACGGTTCACGTCTTCAGAGAAGTTAAGCCATCCAATTTGCATAGATCCAACTTTCAACATGGGTCAATTCGAGGTAACCCCAGTTGTTTACAAGCATCTATTTTTAACATCAAAGCGAACTGGAAACAACCCTGTGTTCCTTGGTCCAACTATGATACATCATAAAAAGGACTTCTCAACCTACAAAGCTCTTTCCTCGGCATGCGTAACAAATTGCAAGAGCCTAGAAAAATGTAGAGGCTACATAACTGACGGCGAGGAAGCTCTTGATATTGCATGGAGAACTGAGCTACCGAAAGCAAGACATCTCAGATGCGTGAAGCATTTCGAGGGTAACTGTAAACAGAAACTAAATGACATTGGAATAAAGGAAAGGAACAAACAAAAATTCTTTCTTGAAAAGGTCTTCGGCGTGGTGAACAAAAGTGACGGAATCGTGGATGCCGAAGACAAACAAGCAGTGAAAAGCACAGTGCGAAATGTAAAGGAGGACCTTGATGAAAAAGAGATGCTGCTGTTGCAAAAACCGGAAGGCTACGTTCCTCAGTTTTCTAAGTACCTGGCAGACAGGCAAGAAATGATAGGCAAAACCATGACGCTAAAGGCAAGACGCCCGGCTCATATGCCACTTGACAAGGATGGAAAACCTATTAGGCCATACACCAATCTATCAGAATCAATGAACAATGTAATGTCTCAGGCAAAAACAAATTTCCTGAACTTTAACAACAAAGGCAAGAACGAGAACCTTTCCAAGCTTGAATTCACGAAACACGTTTTTGAAGAAATTCACGAAAGACAAATGCGAGAGTTGAAGTTGGCACTGTGTGGCTTAAGCGAAGAATACCAGTTGAATGAGATTGTGGAACACTTAGCTGTATCCGTCAATACATGGTTCGATTGGAGCAAATATCAGAGGGAAGATTACGTTGATAAATTCAATGCAATGTCTGTGGATGATGCCCTACAAGGAAAAGAAATCAGAGTGGCACAGGATCAAGAAGGAGATGCAACAGAAGAAGAGTACAAGGAGCTCTCCATCGACGTAGCCCGTGCTTTAAAGGAGAGTAAACAATGCAAACATGAAGTAATTGACGCTGTAATTCAAGGTGCCCTAACACTACTTAACCACCCATCAGCTATCCAACAGAAGCCGACTCTTCAGCCCAGCAATACCAAAAAATACCAAGTTGCCTCCACGAAAGCTAAAAACAAGGAAGTCGAGTGCACGGTAAACAAGAGCTATGTGTCCTGTCGCTGCCCCAGTTTCAAGTTCGATTGTGTTTGCAAGCACTCCATTGCTGTAGCAGACAAAGTGGGAATTCTGGAACAGCACATTCAGTTCATATCTAAATTATCTGCTAAGAAGCGCCCACGTTCAGCTTTGGCAGAGGCAAATTTAAACAAAGAGGTGGCAGGGAAAAAAGGTGGAAAGAACAAGTACCCGTACCGGCCTTCGCGATCACAGCAGGAGGTGGCAGACAAAGCCAGTGGGCGAGGTTTGTCTACAAGATACACATATACCCAAATCCATCACAACGACAATCCATTCGTTTTACGTATTCTGCCCAAGAATGCAAAGAAGTGCAAACAGTGTGGGACGGATTTTTGCCATCGACTGCGAATTATCCCCAATGATCTGGTATTTGAGCACAACGAGCGCTTTTATTTCCCCCTTAATGGCGACTGGAAGCAGAAGCAGGCGTCAGCAAAAGAAGTAACCAGGTACTACCATGCTGACTTGGCCTGCATGAAAGCACGCTTCCCGTACTTTACCAAAGAATACATTGCTGTACCGCCAGACGTGTCCTCCTTGCTGCACGAGTCGCACAAGACCTATCTCAACACCCATTTTGGTCTTCACCTCTAAGTATTTCACCATTATGGAGAACAAGGAATCGCGAAAGCGCCAGCGAGGCATTCTAGGGAAAGTGACACTTCAAAAGTTTTCAATATCATTTTATTTTTGAAGAAAGAAGGAAAATTGCA

Protein

UniProt (Swiss-Prot top hit)

UniProt accession	Description
P43450	Cyclin-dependent kinase 2 OS=Carassius auratus OX=7957 GN=cdk2 PE=1 SV=1
P93101	Cell division control protein 2 homolog OS=Oxybasis rubra OX=3560 GN=CDC2 PE=2 SV=1
P23437	Cyclin-dependent kinase 2 OS=Xenopus laevis OX=8355 GN=cdk2 PE=1 SV=3

Pfam domain

Pfam accession	Pfam name	Description	Type	Source
PF00069 all species →	Pkinase	Protein kinase domain	Domain	Interproscan

InterPro

InterPro term	Type	Description	Source
IPR000719 all species →	Domain	Protein kinase domain	Interproscan
IPR017441 all species →	Binding_site	Protein kinase, ATP binding site	Interproscan
IPR011009 all species →	Homologous_superfamily	Protein kinase-like domain superfamily	Interproscan
IPR008271 all species →	Active_site	Serine/threonine-protein kinase, active site	Interproscan
IPR007527 all species →	Domain	Zinc finger, SWIM-type	Interproscan
IPR045269 all species →	Family	Serine/threonine-protein kinase Atg1-like	Interproscan

PANTHER

PANTHER term	Description	Source
PTHR24348 all species →	SERINE/THREONINE-PROTEIN KINASE UNC-51-RELATED	Interproscan

Gene Ontology

GO term	Category	Description	Source
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
GO:0008270 all species →	Molecular Function	zinc ion binding	Interproscan
GO:0000045 all species →	Biological Process	autophagosome assembly	Interproscan
GO:0000407 all species →	Cellular Component	phagophore assembly site	Interproscan
GO:0004674 all species →	Molecular Function	protein serine/threonine kinase activity	Interproscan
GO:0005737 all species →	Cellular Component	cytoplasm	Interproscan
GO:0005776 all species →	Cellular Component	autophagosome	Interproscan
GO:0005829 all species →	Cellular Component	cytosol	Interproscan
GO:0010506 all species →	Biological Process	regulation of autophagy	Interproscan
GO:0016020 all species →	Cellular Component	membrane	Interproscan
GO:0018105 all species →	Biological Process	peptidyl-serine phosphorylation	Interproscan
GO:0046777 all species →	Biological Process	protein autophosphorylation	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 g14084.t1.

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