Gene detail

Detailed information of gene16005.t2 in Actinoscyphia liui

Genomic Location: chr4:37909820...37952597
NR annotation: XP_020913459.1, serine/threonine-protein kinase PAK 3 isoform X4 [Exaiptasia diaphana]
Species abbreviation ALIUI · all data for this species · gene families

Gene Structure

More details in JBrowse

Sequence

CDS

gene16005.t2

ATGGCGGATGATGAGCGTCCGCCTGCCCCTCCTATACGACTAACATCCCAGAAGGCTGAGTCTTCTCCGGCTTCTCGTCCTCTACCCAGCGCTCCGATTGAAGAAAAGAAGAAGAAAACAGCGACTTTTAGGTTATTCCCGACCAAGGGAGAATATAACAAGAAAAAGCCGGAAATTTCCTACCCTACCCAATTCGAGCACACGATTCATGTTGGTTTTGATCCTATCACTGGTGAATTCACGGGTATGCCAGAAGCATGGGCAAGGCTTCTTCAGGTGTCAAACATCACTCAGGCAGAACAAAAGAAAAACCCACAGGCTGTGTTGGATGTGTTGAATTTCTATGATAGCAGTAAAGACAAGTCAGAAACTACAAAGTTTATGACAACCGTCAAACCATATGCACAGACACATTCAAGACCTCAACTGGGTGAGAAGACGTATGTTCCACCACCGCCTCCCCATGCCACACCCACACATCCAATAGCACCACAAGAAAGTTCAAATCATGCAGAACCTGAAGATGATGCTCTACCTCCAGCAATACCAACACGACCTGAAATTACTAAATCAAAGTATATCCCCAATGAACCAATAAAAGTGACTAAAAGTGATCAAGATGATAAAGTCAATGAACAATCAGGTAAAGCTCCCCACCCTCAAGCACGGGATAAGAAGAAGAAAAAGATGTCTGATGAAGAAATCTTAACCAGACTTAGAACGATTGTTAGTATTGGTGATCCCAAAAGAAAATACACAAAATTTGAGAAAATCGGACAAGGAGCATCAGGGACAGTTTATACAGCTATAGAAGTAGCTACAGGACATGAAGTAGCAATCAAGCAAATGAACCTGTCACAGCAGCCCAAGAAGGAGCTGATCATCAACGAGATCCTTGTAATGAGGGAGAACAAACACCCTAACATTGTAAACTACGTGGACAGTTATTTAGTTGGGGAGGAATTGTGGGTGGTCATGGAGTACTTAGCTGGTGGTTCATTAACAGATGTCGTCACAGAAACATGTATGGATGAAGGACAAATAGCATCTGTCTGTAGAGAGTGTTTGCAGGCATTAGATTTCTTGCACAGTAATGGCGTCATTCACAGAGATATTAAGAGTGATAACATTCTTCTAGGAATGGATGGTCAAGTCAAATTGACTGACTTTGGTTTTTGTGCTACAATAACCCCAGAACAGAATAAGCGTTCAACTATGGTTGGTACTCCATACTGGATGGCTCCAGAGGTTGTTACTAGAAAACAATATGGACCGAGGGTTGATATATGGAGTTTAGGAATTATGGCTATAGAAATGGTTGAAGGGGAACCACCGTACTTGAATGAGAACCCATTAAGAGCCTTGTATCTGATTGCTACAAATGGAACACCAGAGTTAGCTCACCCAGAGAAGTTATCTCCTGTATTCAAAGACTTCTTAGCACAGTCATTAGAGATGGATGTAGAGAAAAGAGCATCTGCCAAAGAATTACTCTCACACCCGTTCCTAAAACAGGCCAAGCCTTTAGCAAGTTTGGTGCCTCTCATACTAGCTGCCAAGGAAGCCACCTCTCATCGTGCCGTCCCATCATGCCTTGCTAGCTGTTATCTTCCGCGCCGCGTGTTGAAGGTGTTGAAGAAGAAGTTTCCTTCGTTCAAATTTGAAGAGTATAACACACCGAGTATAATAATAATTATGGAAGGTGCACAGAGTTATGTACCTCCGCCAACACAAGCCCCAAACCAAACTCAACAGTATGGTGAGCAGCAATACAGTGCACCACTTCATCAACAGGGAATGCCACAAGGGGATGCTGATGGTGATCAGAGTGGCAGTCTGAAGCGTTCTGCTGAAGGAGACTATAATGGTAACAATAAGAAGTTTAAACAAGAAGACAGCAATGAAGAGTCAACTATTAGAATACTCCTTCAAAGCAAGGATGCTGGTGGTATAATAGGCAAGGCTGGAACAAACATTAAGCGCCTAAGATCAGAGTTCAATGCAGTGGTCAATGTTCCCGACACCAGTTCCTCAGAGCGTGTTCTCACTATTACTGGTCCAATGCAAACAGCTTTGGAAATACTCAGGGAATGTGTACCCAAAATTGGCGAGCATTCACGTGGTAGCAATAACCCTTCACATGACATACAACTACTGGTACAGAGATCTCAAGTAGGAAGTATTATTGGCCGTGCAGGTTATAAAATCAAAGAAATTCGTGAGGAATCTGGTGCCAACATCAAAGTGTTTTCTGATTGCCTTCCTAATTCTACTGAAAGAGTAGTGGCAATATCTGGTCCTTTAGCCACTGTTATCAAATGTGTGGAAATTATTTATCAAATCCTGGATACGACTTCCCTGAAAGGACAAGTTATACTCTACGACCCAGCCATGCTTGGTGGTGGTGGCGGTTTTGATGACTCATGGGGTTATGGTGGAGATGGTAGAGGGCCAATGGGGCATGGCCCAAGAGGTGGTGGTGGTGGTGGTAGGGGAAGAGGGGGTAGAGGACAGAACAGAAGAGGTGGTGGTGGCGGCGGTGGTGGTGGTGGTGGTGGTGGTAGAGGGGGACAAAGAGGTGCCTTTAATGCTGGCGGCGGCGGCGGTGGTGGTGGTGGCAGTGGTGGTGGTCAGGGTGGACAGGGTGGAGGCTTGTTTAGTGGTGGTGGAGGTGGGAATTTCTCACAAGACATAGGAGGGGGTTTTAATGATGGAAACTTTGGAGGTAATGTGGATCAGAATTATCAAAGTCAAGGGTCATCAGATCAACCCACGACGACAACCCAAGTCACAATCCCTAAAGATCTGGCAGGGTCGATTATTGGAAAAGGAGGGGAGCGTATAAGATCCATTAGATACAGATGCAAGGCTACTGTCAAGATAGAGGACCCTCTTCCAGGTTCTGATGACAGAATCATAACTATCACCGGTACCCAAGATGACATCAACTTTGCACAGTTCCTTCTACAACAAAGTGTGAGACAATACTCAGGAAAGAAGTTTTAG

Transcript

gene16005.t2

GTCAAATGTCAATGGTTCGTGAGGCCTAAAAACATGGATGCCAGATTCAGTGCCGTGGCCCTCGGATAACTATACACTACGTGATTATGGAATCGAAATCGGTGCGCATCAACCAAACGTTTATTGTAAGAGCTAAACCTGGGACAGTACAAAACAAATTCGTCATCAAGCAGATAAAGCCTTGTAGTAACGATGTTCAAGTTCATGCTACCACAAAACCACTACGATCAACACCGCCATATAAGAAAATCGTCCAAGTTACCGTCCCCAGTGTACACTTACAACAAGCGGCTCAATTAGGTCGTGTGCAGGCTTCTGGTGTAAAGAAATACAGCCTAAATGTACCTCTGATACAAGTGAACATCCCAAGGCTTAAGGTGAGCAAGACATTGTATCTCCTATCTAGAATTATTTACTGATAAGAATATAGTGCTTTGGCTTGAACGTAATTTTCTGGGCTTGAGCAATTTAAGCGAATTCTGTTGCACAGTCGAACTGTGCGGACTGGAATTTTGCCTCCGAACTGAATCATTGAAACATTTGAGCCCAATTCGACAAACTCTGCTCGGATTTAGAAATATATTTTTCTTAGGTGAAACTGAGATGTGGAAAATAATATATGACTGTATGTAAATGAACTGGTGGTTTCACTGCTGAAAGGTTAAACTTCACCAACAGCAGGAATTAGAGAAAATACAAAGTGTCAATTGATTAAGTGTGAGCTCAACCCGTTAAATAAATTAAGGAAGAAAATATTCACCGACTCAGAACTACAACTCCGCCATTTCCAATCTTATTTGACCCTGGTTGTTTCTCTTTTTACTCTGGGTATAATTTCCTCAAATTTGAAGTGTTATCCTTATGGTGTAGGCTTGTGAGTGTGTATAGCACGTGCCTCGCTTAAACAGAGTTAAGTGTTTAAATAAAATCAATTATAAATCTGTTATTGCGCTTTTCACAAGTTTATCGAATCCAAATGAGTCACGCGATGTTCGCCTTGACCTCCCAATCAATCCAAGATCTTTTAAACTCCATGACAATCGTACAATTTCTTGGTCATTTGTTACTCTATTATACGGAGTACATGATATCTTTTGAGAGATGTTTCGAACGAGCAAGGGACGCCGGATCGAGAGAGGAGGGGAAAGTTGTTGTGACCAGGGAGAGACCTCTGATTGATATGGCGAATCGAACGACATGTACTTCTAGAAATAATGCATGAAAACAACGTTTTGAGTTACCCGTAAATGACACTGGTAATTTATTCTTCTCGGCATTATTTTTACGTGCCGGCCTAGTGAAACGGAAGCGTCTGCTTTAGGAGGCTATTGTTTACCTAGTGACATTATTTTTGTATTGGCAACAGAGAGAGAAAGGTGGACAGCAATTTCTCTTCTAACTCTTGGCAACTGTTCTCCCAATAATAATGTGGTTATGCACAGTTTAGCTGTAATGAATGATCGATAAATCAGTGTTGATAATTAAGACAGCAAATTGACCGCGAGTTTTGTTGTTTACCTAGTGACTTGACCGGAAGCTCTTAAAGTTACTAAATCGTGGTGTGTTTGTTGAACTAATGAGTAATCGTAAAAGAAGAAACTAGACTGACTGAAAGAAAGAAAACAGACGAAAGGAAGAAAGCGTGGGAAGCTAAGAAAGAAAAAGAAAACGAATGAAGTAAGGAGAAGACGAGAAGAGAGGAAAAAAAAGTATTGAAAAACTGAAAGAATTAAAGAGCTAGAGAAACCACGTCGAAACAAAGAAAGAGAGAAAGAAATATAGAAAGAAAGAAAGAATTTAATTAAAGAAAGAAGTTGAGCTTGGAAGAAGAAAAAAAAGAGCAAAAAAGAAAGAAACAAACGAAAAGGAAGGAAGGAAGGAAAACGGAAGGAGGAAATTAGAGAAGAAACTGAAGAAGGAATTACTGAAAGCAAAGAATAACGAATGATAAAAGAGAGAAGTGGACTCGGCGAATGGAAACAACACCGAACGAAACTAAATAATTTTTCAAAATTAAAGAACACGTACTGGAACAAACAAACAACAGCCCATGATTGCCAAAAATGTTGAGGAATTCAGTACGTCTTCTTACTGTATTCTACTTATCCCAATATGTTTCCGGAACAGTCACAACTCAGGCAATTGTGTTCTAAAATATAAGACTTAAGTTGACTGGATTTCACTAAAACCTCACCTCGCTTCATCCTCACTGGCTGGGCATTCCCACATGTTTCGCCGACGGCTTGCCTCGCAAGAAGGAACATAACGTACTGCTTAGTACACTGACTGATTGGGAATGAATATGAACTTATTTGTCACAGTTTTATAAAGCAAATTCTTCGTTTACCAATGGAAGCCTCCTGACAAGCTGTTACTCCTTATTTTTTACTTTTTATTTCAGTAGTCTGGATAGTATAGTCTGGATAGTAGTCTGGATAGCGTTGAGTCTATTAGTTCTGTTACTTATTAGCTCTCATTATCTCAGTCGACTTCACAACTTTGTTTCGACTTTGCACTACCTCCAATTCTTGTTCCGACTTCGATCCCTCCATTTTGAGCAGCTCATCGGTAGTACGATAAATTGTCTTAGTGGACAGAGGGTGCAGCTAGTAGGTGCAGCGTCCACGTACCTAGCTGGCTGGCTCTCATGCAAGTAAGATCACGAACGGACGTTAAATGGCACCCGTTATCTTTCTAAGAGAATTTTTACTGTTCTAATTGAAACTGATTTTGTTGTCTTGAAGCAATTGCCTGTTTGGAGCCGCTTCATGCACGAAAGACGGACGGACCTTGGAAGCAGTTTCACACTCATAGAAAGGCAACTGAAGGAACTGTTCCCACCATATCTTACTTACATTCATGATCTGAATCAATTATTAGTTCACTAGCTGTTAAGACTGATCTCTTTCCGCATTTGTCATCGACTGAGACGATGATTATAATTCCGACATTCAAACTGGAAGTCGGTCAATTGATGATGTCAATTTGTTCCGATTTGACAAATCACCATTTGTGGTATGAACAGCATTTATGTACAGTAACCAGGAAGTCACTCAAGTTGTACTTTGACAAGAACCAAGCATTCTCCCACGCCCCTTTCTTTGTCTTACTTTTCCTGTTTCATTGTATATAAATAGTGTACTTTCCATTTGGGATATTTCCTGAATTACTAACTTATCAATTCCTATAACCCCGCTTTCTCGAACTCTCAAATAAAACAATAATTTGTTCGGGATAGTGGCATGGGGTTTCGAAGAGATAAGCGATGGTAATTACTCGGGCTACTTGCAATTGTGGTAGGAGATGGGTTTGTGTTCGAGCTACTTGTGGTAGGAGATGGGTTTCTGTTCGGGATAGTGGGGTTTCGACGAGATAAGCGATGGTAATTACTCGGGCTACTTGTGGTAGGAGTTTGTGTTCGGGATAGCGGGGTCGAGTTGAGATAAGTGATGGTGATTACTCGGGATACTTGTCGTGGAGATGGGTTTATGGTTTATGTTAAGGATAGCAGGATCCGATGACCCCACCATAAAAAGTTAAAAAGCCACCCCTTACCCACCCCTCCCTTTCTTTGTTCAAATTGGACAAATCGATTCAAAATTTCACATTGTAAAAAATACGGACGACGAAGACAAAATTATCCGTCCCCTCCCTTGCACATCCGTATTTCACAATTTGACGTTGGATGTTTCTCGAGTGATTATAAAATTATAACAGCAGTGTCCAAGCATCCGAAATCACTTGATACTTTCCTCATTGAAACTGGCTTGGACATAGCCTCTGATGCAGATGTTTCCGAACTACCGATCTACCGGAAACGTCTGCATCGGAGGCTAATCCATCAAGCCAGTTTCAATGGGGAAAGTATCAAGTGTTCCGATATGAATATGGTTCCGTTCCGGATCCATCGAAATCTTCGTTTTGATAATAATCTAATCATATAACACTTACTGTCTTGTTCGATAGATTTGATCTCATACAGTCTTAAAGCTCTCCTTGCGACCACTCTCGTAAGCGATCAGCTCTAGTTACGATCAGCATTGTGAAACCCCGTTTTAACTGTCACTCAAACTCTGCAATTACTTAAGGCTCCCGTAAGCGACTGCTCACGTAAGCGACCGCGACCACTTTTATGAATTACCAACTGCAGGTCTTTTCCTTTATTTTTAAGTTCTCGTAAGTGACCACTCAAAGAGTCAGATTCGTATTAGTCAACACTTTAATGAAAGTATACACTTCTTGATCATACAACATAAGCGTGACCTGTACATATTCCTTACTATTATCCCAAGCTTTATGATAAAAGCTCTCAGAAGCGACCATGCAGTCTCTATTGTTTCATCGCGTGGTCGCTTACGAGAGCGTTAACTGTATACAGAAACATTTGTCAACTCACTGATGGTACCGCTGACCTTTTAATTTGCAAGACTGAAACCAATGACCATCAGAACGAACGAACTAATGAATGAATGGATGGATGGATGGATGGATGAATGAATGGATGAATGAATCTGAACGAACAAATGAATGAATGGATGAATGGAAGAAAAAAGAAAGAGAAAGAGAGATAGAGAGATAGAACAAGATAGAAAGAAAAAGGAAAGAAAGAAAGAAAGAAAGAAAGAAAGAAAGAAAGAAAAGAAAAGAAAGAAAAAAGAGAGAGAAAAAAGAAGAAAGAACAATGTGGAGAAATACGAACGGAGCGAGATAAGTAAAATATCCCACTAGCTCATCTTACTCTAGCTAAATCCAACCTTGAAGTAAGGCGGTAAATTGAGTAAAGCAATCTTTTCACAGTGTTCAATACTGGTTCCACATTTGCGCATTTTATGTAAAATAAAATACTACTATTTATTTCAGTACGAATCTATAAGCAACGTTGATAACAAACATTACTAATACATAGCTGCATTCTTTAGTAATATGCTCATGACGGTTCAATAAATAGGTGTCGTTGGGTGGGCTTGAATGGAGGAAGTGTGTGGGAGGAAGGTGTATCAGTAAATGCATTGAGCACAATACAACTGCAATTAGACTAAAAGCAATTGCTTCATATTCAAGCCTAAGAAACAACATACAACAAACGACATAATTAAACAGAAATGTAAAATAAACGCAATTTTATTCCGATATTTTTTTTTTGAAGTCGGAAAAAAATTAAGAGACGATCAATTATTCAATTTGTGTCCAGTCCCTCTCGGTATGGTCAATGGTGGGAGGGGGATTGAATCATTGTGTCATCGTCAATGTGAGTCACCCCAGTCGACTTCCTCGAGTCTTGGCTGATCTCTGTGACGGCTTCTAATCAAACTATGAACTCTTGATAAACGCAAACACTGCTGGAATTTACCGTAATTCTCCCTCTACACCTTCCAACGAGAAGACCACTTGACGGAGAAGCGCCAAGGCAAGGTTTAACACTCCAAAATGGCGGATGATGAGCGTCCGCCTGCCCCTCCTATACGACTAACATCCCAGAAGGCTGAGTCTTCTCCGGCTTCTCGTCCTCTACCCAGCGCTCCGATTGAAGAAAAGAAGAAGAAAACAGCGACTTTTAGGTTATTCCCGACCAAGGGAGAATATAACAAGAAAAAGCCGGAAATTTCCTACCCTACCCAATTCGAGCACACGATTCATGTTGGTTTTGATCCTATCACTGGTGAATTCACGGGTATGCCAGAAGCATGGGCAAGGCTTCTTCAGGTGTCAAACATCACTCAGGCAGAACAAAAGAAAAACCCACAGGCTGTGTTGGATGTGTTGAATTTCTATGATAGCAGTAAAGACAAGTCAGAAACTACAAAGTTTATGACAACCGTCAAACCATATGCACAGACACATTCAAGACCTCAACTGGGTGAGAAGACGTATGTTCCACCACCGCCTCCCCATGCCACACCCACACATCCAATAGCACCACAAGAAAGTTCAAATCATGCAGAACCTGAAGATGATGCTCTACCTCCAGCAATACCAACACGACCTGAAATTACTAAATCAAAGTATATCCCCAATGAACCAATAAAAGTGACTAAAAGTGATCAAGATGATAAAGTCAATGAACAATCAGGTAAAGCTCCCCACCCTCAAGCACGGGATAAGAAGAAGAAAAAGATGTCTGATGAAGAAATCTTAACCAGACTTAGAACGATTGTTAGTATTGGTGATCCCAAAAGAAAATACACAAAATTTGAGAAAATCGGACAAGGAGCATCAGGGACAGTTTATACAGCTATAGAAGTAGCTACAGGACATGAAGTAGCAATCAAGCAAATGAACCTGTCACAGCAGCCCAAGAAGGAGCTGATCATCAACGAGATCCTTGTAATGAGGGAGAACAAACACCCTAACATTGTAAACTACGTGGACAGTTATTTAGTTGGGGAGGAATTGTGGGTGGTCATGGAGTACTTAGCTGGTGGTTCATTAACAGATGTCGTCACAGAAACATGTATGGATGAAGGACAAATAGCATCTGTCTGTAGAGAGTGTTTGCAGGCATTAGATTTCTTGCACAGTAATGGCGTCATTCACAGAGATATTAAGAGTGATAACATTCTTCTAGGAATGGATGGTCAAGTCAAATTGACTGACTTTGGTTTTTGTGCTACAATAACCCCAGAACAGAATAAGCGTTCAACTATGGTTGGTACTCCATACTGGATGGCTCCAGAGGTTGTTACTAGAAAACAATATGGACCGAGGGTTGATATATGGAGTTTAGGAATTATGGCTATAGAAATGGTTGAAGGGGAACCACCGTACTTGAATGAGAACCCATTAAGAGCCTTGTATCTGATTGCTACAAATGGAACACCAGAGTTAGCTCACCCAGAGAAGTTATCTCCTGTATTCAAAGACTTCTTAGCACAGTCATTAGAGATGGATGTAGAGAAAAGAGCATCTGCCAAAGAATTACTCTCACACCCGTTCCTAAAACAGGCCAAGCCTTTAGCAAGTTTGGTGCCTCTCATACTAGCTGCCAAGGAAGCCACCTCTCATCGTGCCGTCCCATCATGCCTTGCTAGCTGTTATCTTCCGCGCCGCGTGTTGAAGGTGTTGAAGAAGAAGTTTCCTTCGTTCAAATTTGAAGAGTATAACACACCGAGTATAATAATAATTATGGAAGGTGCACAGAGTTATGTACCTCCGCCAACACAAGCCCCAAACCAAACTCAACAGTATGGTGAGCAGCAATACAGTGCACCACTTCATCAACAGGGAATGCCACAAGGGGATGCTGATGGTGATCAGAGTGGCAGTCTGAAGCGTTCTGCTGAAGGAGACTATAATGGTAACAATAAGAAGTTTAAACAAGAAGACAGCAATGAAGAGTCAACTATTAGAATACTCCTTCAAAGCAAGGATGCTGGTGGTATAATAGGCAAGGCTGGAACAAACATTAAGCGCCTAAGATCAGAGTTCAATGCAGTGGTCAATGTTCCCGACACCAGTTCCTCAGAGCGTGTTCTCACTATTACTGGTCCAATGCAAACAGCTTTGGAAATACTCAGGGAATGTGTACCCAAAATTGGCGAGCATTCACGTGGTAGCAATAACCCTTCACATGACATACAACTACTGGTACAGAGATCTCAAGTAGGAAGTATTATTGGCCGTGCAGGTTATAAAATCAAAGAAATTCGTGAGGAATCTGGTGCCAACATCAAAGTGTTTTCTGATTGCCTTCCTAATTCTACTGAAAGAGTAGTGGCAATATCTGGTCCTTTAGCCACTGTTATCAAATGTGTGGAAATTATTTATCAAATCCTGGATACGACTTCCCTGAAAGGACAAGTTATACTCTACGACCCAGCCATGCTTGGTGGTGGTGGCGGTTTTGATGACTCATGGGGTTATGGTGGAGATGGTAGAGGGCCAATGGGGCATGGCCCAAGAGGTGGTGGTGGTGGTGGTAGGGGAAGAGGGGGTAGAGGACAGAACAGAAGAGGTGGTGGTGGCGGCGGTGGTGGTGGTGGTGGTGGTGGTAGAGGGGGACAAAGAGGTGCCTTTAATGCTGGCGGCGGCGGCGGTGGTGGTGGTGGCAGTGGTGGTGGTCAGGGTGGACAGGGTGGAGGCTTGTTTAGTGGTGGTGGAGGTGGGAATTTCTCACAAGACATAGGAGGGGGTTTTAATGATGGAAACTTTGGAGGTAATGTGGATCAGAATTATCAAAGTCAAGGGTCATCAGATCAACCCACGACGACAACCCAAGTCACAATCCCTAAAGATCTGGCAGGGTCGATTATTGGAAAAGGAGGGGAGCGTATAAGATCCATTAGATACAGATGCAAGGCTACTGTCAAGATAGAGGACCCTCTTCCAGGTTCTGATGACAGAATCATAACTATCACCGGTACCCAAGATGACATCAACTTTGCACAGTTCCTTCTACAACAAAGTGTGAGACAATACTCAGGAAAGAAGTTTTAGCTACAAGAACACATTGATCAAGTCCGTTTGCATCATAATTCATGTTTTACATAATTTCCTGTCTTGTTCAACGTCATATCTTCTGCAAATATGAACTTGTAGAGCAAAAAGCCATTTGCTGAAAAAGCTTATGATATTCTTTTAGATTTCTTAGGCATTTAAGAAACGTTGAAATATTGTTATGAAATTAATGTGCTATAAACTGATGTAAATGTGTTAAGTTGTAGACAGTATCATTTTACAACTGCATTCTATCGAAAACTTCACAATCTCAAATTCAAACCCATTTTCCCTTAGATCATTTTACTGTACTGTCTCGTGGATACATTATATCTGCTCTGTCAGGCTAAGCATTGTACTATAATTTTCATGAAACCACACATCTATACTTCATCTATATCATGTATAAATATTGGGAA

Protein

UniProt (Swiss-Prot top hit)

UniProt accession	Description
Q62829	Serine/threonine-protein kinase PAK 3 OS=Rattus norvegicus OX=10116 GN=Pak3 PE=1 SV=1
P35465	Serine/threonine-protein kinase PAK 1 OS=Rattus norvegicus OX=10116 GN=Pak1 PE=1 SV=3
Q08E52	Serine/threonine-protein kinase PAK 1 OS=Bos taurus OX=9913 GN=PAK1 PE=1 SV=1

Gene family

Family type	Membership / link
Orthogroup (gene family)	OG0001590 (this species only)

Pfam domain

Pfam accession	Pfam name	Description	Type	Source
PF00786 all species →	PBD	P21-Rho-binding domain	Domain	Interproscan
PF00069 all species →	Pkinase	Protein kinase domain	Domain	Interproscan
PF00013 all species →	KH_1	KH domain	Domain	Interproscan

InterPro

InterPro term	Type	Description	Source
IPR036612 all species →	Homologous_superfamily	K Homology domain, type 1 superfamily	Interproscan
IPR017441 all species →	Binding_site	Protein kinase, ATP binding site	Interproscan
IPR000095 all species →	Domain	CRIB domain	Interproscan
IPR008271 all species →	Active_site	Serine/threonine-protein kinase, active site	Interproscan
IPR036936 all species →	Homologous_superfamily	CRIB domain superfamily	Interproscan
IPR050285 all species →	Family	STE20 Serine/Threonine-Protein Kinase	Interproscan
IPR000719 all species →	Domain	Protein kinase domain	Interproscan
IPR004087 all species →	Domain	K Homology domain	Interproscan
IPR004088 all species →	Domain	K Homology domain, type 1	Interproscan
IPR011009 all species →	Homologous_superfamily	Protein kinase-like domain superfamily	Interproscan
IPR033923 all species →	Domain	p21 activated kinase binding domain	Interproscan

PANTHER

PANTHER term	Description	Source
PTHR48015 all species →	SERINE/THREONINE-PROTEIN KINASE TAO	Interproscan

Gene Ontology

GO term	Category	Description	Source
GO:0003723 all species →	Molecular Function	RNA binding	Interproscan
GO:0005524 all species →	Molecular Function	ATP binding	Interproscan
GO:0004672 all species →	Molecular Function	protein kinase activity	Interproscan
GO:0006468 all species →	Biological Process	protein phosphorylation	Interproscan
GO:0004674 all species →	Molecular Function	protein serine/threonine kinase activity	Interproscan
GO:0005737 all species →	Cellular Component	cytoplasm	Interproscan
GO:0023014 all species →	Biological Process	signal transduction	Interproscan
GO:0035556 all species →	Biological Process	intracellular signal transduction	Interproscan
GO:0043408 all species →	Biological Process	regulation of MAPK cascade	Interproscan
GO:0003676 all species →	Molecular Function	nucleic acid 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 gene16005.t2.

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