Gene detail

Detailed information of KXJ17080.1 in Exaiptasia diaphana

Genomic Location: LJWW01000181.1:95876...119862
NR annotation: KXJ17080.1, Mitogen-activated protein kinase kinase kinase 4 [Exaiptasia diaphana]

Gene Structure

More details in Jbrowse

Sequence

CDS

KXJ17080.1

ATGGCAACGAGGCAACGGGAATTCAAAATGGCGGAAGATGGAGACAGAAGTTTCGAAGAGTTAAATAGAACACCTTTATCGCCAATTGTAGGAACTCCATGCGATGAATTAGACGCTGCAGATCTTTTTGAAGGATATGTTAATCCTGATTTGCGTGTATCTTTCGATGAAGATAATGAAATTGTTTATCTTTCTCCGGGAAACGAATTCGATTCTGAAAGCTCTGAGCAAGAATTTGAGGACATTTACACACAAGAACTCGGCGTAACTCCGCCACGAAATGCACGACGGAATAAAGAAAAAAGTAAAACTAGTAGAAAAGTTCAGGGTTTGTCTGTGAAGATGCCAGAGGTAAGAGCAGAGGTGGAAAAACAGAAAAAGCGTGATCGGGATCGTGGACGGGAAACCAGTCAGTCCCAGCTTCGCACAGAAAGAGCTTACATGCGACAATACAAACGAAATAGTCTCGGAAACGCGTTTTCACAGGATGTGGACTTGTCTAAATCACTGAATCTACCCACTGTTAAAATAGAATCCCGGAGATTTATGTCTTTAAAATGCACAAGACCAGATAAAGGACGCTTAAAGCGATCAGAGTCTGATCCCAAGCACCTCGTACAAACAACAGGTGAACTTTCTAATCACAGACAGGAGTTTTTGCGCACATTCTCTTTGCTTATTAAAATAGGAGCGCATGCTCGTCAACATAAGGACAATCAATTTGCTCTGTCAGAATTAGAAAGGCAGACCTCAGAGGAACATAAGAAGTGGCAGGTTAAGCTATGTCTTGCATTATGGCTGGAACTACGTGCATGGCATAATGGACGAACCATGGAGGAACAAGATAGGTTTCTAGTGGAGGAACGTGCTCACATTGATGAGGTGCTCGATAGAATTATTAATTTTAATTTGAATAAAGTGATCTCCAGTGGAGACGATAACATTTCTCCTTCTGTGAAGGAATCAAGTAACAGTTGTTGTACAGCTAAATCACATGATGGCATTGTACCAGATAGCACTCAGGTATGTAATTCACAGGAACGAAACACAGCCAATAATTCAGATGGAAAACAGAGAAAAGAGCCAAGCGCATCAGATCCACAAACACCATCAAGACAAAGCTCTGATGCTAAAACTAAAAGAAAAAAGTTGAAATTAATTCTAAAAAAGCATCCAGTTGAAGATGATAAAGAGAACAAAGCCCAAAATGTTCCTGGAACTTCATCTCAAATAATTAATGTACAAAATTTACAAACTGAGAACTTGGAGTCACTGACGCCAGAAAATGAAAGTACACCAATAAAAACCAGGGCACAGAATACCAACCCAAGAAACCTTGTACATGAGCTTGAGAGCACAGTTCATTGTATTGAAGCGTTGTTGGAGGATGTAGAGGCAGTGGAGCACCTGTACTCGACCCAGAGAGCACTAGGAGAAGCCAACCCCAAATATTTCAGTGACAGTTTTAATAGGAATCATGATGGACTTGTTCTTTGGATGAATTTGATAAAGGAAATGCTTCATAAACTTACTCTGGTTGCAAGGTATATTGGGATAGAACAAGGATTCTCAAAGGATATTTGGCAGGACTGGTATGATGCCGGCATGGGCATGCTCGGCTATGCATATCCTGAAGGCGATTCCCTTACTGGAAGTACTTCAGAAGATGATAATTGTAGCTCTGGATCTAATGATGAACAAGAGGTTGGTAACCAGTCCCCCAAACCACCACAAGACCATTTCAGTCCTAAACAACCAATGAGATCAACAAGCCAGCTGTCTCAATTCTCATGGTCGTCGACATCACGCTACAGACCATTTGTTGACAGAAACATCAAAAAGTTTGGATTGATTAAACTGGGAAAGAGAATTGGAGATATTTTAGATGTGACCTTGTTGAAGGTACGTCGTGTTTTGGTGCCAGAGGGTCCAGAGCTGAGACATGACCATCTTGTGGAAACGTTACAAGACTGGAATGAATCTATTTCATATTTAGAGGACATCCTCTATCTTGATGTTGCTGCAGAACACAGACCCCGTACACAATCAAGTCCTTTGTTGAGAGATCTTGAACAAACTTCTACAGTGATTAACTGGCAACATGTATTTAAACAACTTGGTCTGCCATCGTTTAGGGTACTGTATTTATTTCTAATAAGAATACCACTTGACGTCAGTCATGAGTGTATTAGACTGAGACTGGAACACAGACCAAAAGGAGAGCCATCTTCACTTAGTATTAATCAGCTTCTCAGAGAATGTAAAGAAGTGATTGTTGCTGGGGTATTGGTTAAGGATTATTATTTGTTCATGGTGGAAGGAATTATCTTACCTGATGACTCTGACCATGAGAAGCTAGAAAATGATATTGAAGAGTTTGAACAAGACCTACAAAACACACTCAAGGTTTATTTTGAGTATCTTCATAACATGATTCACATGTTGCAAAGGCTGCCCCAGGCCTCTAAAGGACTCAAGAACAGACTGGAGGAGGAATGGGTCTTTGTCAAGCACAAATATCAGCACATCAGAGGTGGTGCTGTTGCTGGTGGAACTAGGTTTTGTGTCATGGCTGCAGGTCTCTTGGAATCTACTGGTGATTTCCTTGAGTCAGGCCTTGACCAGTGTTGCTCTGATCTCCATGACAACACAGACCACAGCGAGGATGTCAGAAGGAAAATTGTGGAGGCTTGTCGTAGCATCAAACTTCTGTTTAAAGAAGGCAGAGAAAGAGCCTCAAAGGCCTTAGGTTTCACCAAGAAGCTCAAGATTGACCTGGCAAATGCTGCAAAGTTCAAAATTGATGTTGCCTTACCTGAGTTCCTCTCAATGTTGGAGAAAACAGAACATGTTCAAGTTGTAGTCACTCATACCACTGGACTCTTGATGTTTGTACCCAAACAGTTGCTGAACAAGAAAAGCCAAATTGTGGATCTATTGAATGCCTGCTGTGGATTAAAGAAAGGCAAGAAAGATTTGGTTGATGGATATTTAATTGTTATGCCATCGGCAAAGGTTGAGACACCCATGTGGACAGGCAAGAAGATTGACATCACATTGACAGTGGACACTCGGATTAGTTTGGCTGATGTACAGGTTGATGGTCTTATCCTGGTTGTGTACAAGTCTCTCCAACTTGAAGAACAACGCAGTGTGTTCTTACAGTCTTTTAACATCATAGTTACGGTTGTCAAGGAAAAAACATCTAGTCACCAGGCCATCTCTGACTCTCTAGACCATCTACAAGATGCTGTATTGTCGCTAGGCAACAAGATCATCTCTGCCATTGAAAGAGCCAATGAGAATCTTGATGTGGAGATGTTTGAGACAGACGAGAGTGAGAAGGCAAAAGTTTCTCAGAACACAGTAGAGACCATGTATAGCTGCTTTAATTTTGGTTTTGAGTATTTGAAAGAAGTAGCCAGGCTAGTATCAGGCACAGCACGTAAAACTTTAGCCAAAGATATGCTGTCATTTGCCAGGAAATGGATCTCATTTGTCATGGAGAAGTGTGAAAGAGGTCGAGGAACAAGACCAAGGTGGGCAACTCAAGGCTTGGATTTCCTGACAATAGCCATTGAYGGCAAGATTATCAGTGAGATGGCTGAGACTGATTTCCAGTTGTTGAAGAAGCAAATCAATGATTGTATATCACATGTTGTCGGTAGTGCAAATGGAGGACCCTCTAGCTCAGCTTATCGACCACACAGCCCAGCGGTAATGAACTCATCTCCTGTCCTTGGTAAAAGCAGTTGCGTTACTAGTGGTGGTCTGCTTCGTCCTCTTTCATGGCCAGCAAATAAAGGCAAGCCAGATGATAGTGAACACATTGTTCCTCATCGCACACTCTCTGACCCTTACAGACAGACCCAGTTTTACAGTCTTGCTGAGGATGTTCAAGGAGAAGAAGCTGTAAGTCCAGATGGAGTGGTTGAACAACCTAAACCAATCCCACAGCACAAGGACAGTCTGGACTACTCCACCGCACCCAAAATGGAACGGGTACGCCATGCCCTTAAAAAGCTTGAGCATCAGCGTAATGAGTATTTGGTTGARAGGCATGTGATTGGAAAAGTCAGCAGTAGAAAGAGAGATATCACAAGTGAATTGGCGAACATATCAAACAGACGAGTTCCTTTCAAATGGCAGAGAGGGATGAAGATAGGGGAGGGTCAGTTTGGCAAGGTGTTTGCTTGTGTTAACTTAGACACTGGAGAGATGATGGCCATGAAACAGATAAAGTTTCACCCCAATGATCATGGTGAAATCAAAGAACTTGCTGATGAAATCAAAAACTTTGAAGGCATGCAGCATGAAAGTCTTGTCAAATATTATGGGGTGGAGTTGCACAGGGATGAAATGCTGATATTCATGGAGTTTTGTGCAGATGGCACTATCTCTGATGTTGCTAAGTTAGGTCTWCCTGAGAGTATGATGAGAACGTACACCATGCARATACTAGTGGCTGTTAACGTGCTTCATGAAAGAGGAATCATCCACAGGGATGTAAAAGGAGCCAACATCTTCTTGTCATCAAATGGTTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGTCATGCCATGAACAACCGATGGAAGATTTACGGAAATGCCAAGAAGACGATGGGGTTCTAAAGAATGTCATATACTACGTCAGAAAGGGAGTAAAGCCCCATGGAGCCAGTTTACGTAAGGAGTGTAATGAAGTTAGAAGATACCTTAACGAATGGAAAAGATTGACCTTAGTGAACGGAATTCTCTATCGAAGACGCCAGGAAGACACGTCCTCCGATGTCCTCCAGCTGGTGGTCCCGAACGCGTTAAAGGATAAGGCCTTCCGAGGCATCCACGACGAAATGGGACATCTCGGATCCGAGAAAACGATAGAGTTAGCAAGAGCACGCTTCTTTTGGCACAAAATGTCAAAGGATATTGAAGAAAGGGTTAAATTCTGTAGAGCATGTACGTTACGTAAGGTACCAACGCCATATCGAGTGGCACCACTAGTTAACATCTCCTCGTGTGCACCAATGGAACTCGTTTGCATGGACTTTCTTAAGCTTGAGAAATCTAAAGGAGGCCCGGAAAACATCTTGGTTGTGACCGATCACTTTACCAGGTACGCACAAGCCATTCCAACTTGCAACCAAACAGCGAGAACCACTGCCAAGGCGCTGTTCAACAACTTCATTGTACACTATGGTTTTCCGGAACGTCTTCATAGCGATCAGGGACGGAACTTTGAGTCGGCAGTTATAAAGCATCTATGTGAGCTTGCAGGAATGGTGAAAACCAGAACTACTCCGTACCATCCCATGGGTAACGGGATGTGTGAGAGGTTTAATCGAACTCTACTCCACATGCTTGGAACACTTGATGAGAGTCAGAAGTCTAACTGGAAGGAATATGTAGCACCTGTCGTACACGCTTACAACTGTAGTCAACATAGTAGCACCGGAATTTCACCATTCTATCTCATGTTTGGTCGGCATCCAAGATTAGCCATTGATGTCTACTTTGGACTAGACACTAATACAAACTCTAGCAAAGATCATTCTAGATTCATTCAAGACCTTAGCAAGAGATTGGAGTACGCCTATGGGTTGGCCAGAAGGAATGCTGAATCGGCAAGTATGAGACAGAAAGCGACATATGATCAAAGGCCTCCTTCAAAYCGAATTGAGATTGGAGATAAGGTACTCGTTAAGAATTTCACGCCGACTGGAAAACTGGACAATTACTGGGAAACAGATATTTACGAGGTCATGGCCAAGCCGAATCCCGAAATACCTGTTTATGTCGTGAGGAGAGAAGATGGAGTGGGGAGGAAGAAAACCCTTCATAGAAATAACCTGAAATTATGTCCCTTGCGGGTCGGCTCCGACTGTCCGGATGATCGAGCAGGCTGCCCGGGATCCTCTTACCGATGGTGGTGA

Transcript

Protein

KXJ17080.1

MATRQREFKMAEDGDRSFEELNRTPLSPIVGTPCDELDAADLFEGYVNPDLRVSFDEDNEIVYLSPGNEFDSESSEQEFEDIYTQELGVTPPRNARRNKEKSKTSRKVQGLSVKMPEVRAEVEKQKKRDRDRGRETSQSQLRTERAYMRQYKRNSLGNAFSQDVDLSKSLNLPTVKIESRRFMSLKCTRPDKGRLKRSESDPKHLVQTTGELSNHRQEFLRTFSLLIKIGAHARQHKDNQFALSELERQTSEEHKKWQVKLCLALWLELRAWHNGRTMEEQDRFLVEERAHIDEVLDRIINFNLNKVISSGDDNISPSVKESSNSCCTAKSHDGIVPDSTQVCNSQERNTANNSDGKQRKEPSASDPQTPSRQSSDAKTKRKKLKLILKKHPVEDDKENKAQNVPGTSSQIINVQNLQTENLESLTPENESTPIKTRAQNTNPRNLVHELESTVHCIEALLEDVEAVEHLYSTQRALGEANPKYFSDSFNRNHDGLVLWMNLIKEMLHKLTLVARYIGIEQGFSKDIWQDWYDAGMGMLGYAYPEGDSLTGSTSEDDNCSSGSNDEQEVGNQSPKPPQDHFSPKQPMRSTSQLSQFSWSSTSRYRPFVDRNIKKFGLIKLGKRIGDILDVTLLKVRRVLVPEGPELRHDHLVETLQDWNESISYLEDILYLDVAAEHRPRTQSSPLLRDLEQTSTVINWQHVFKQLGLPSFRVLYLFLIRIPLDVSHECIRLRLEHRPKGEPSSLSINQLLRECKEVIVAGVLVKDYYLFMVEGIILPDDSDHEKLENDIEEFEQDLQNTLKVYFEYLHNMIHMLQRLPQASKGLKNRLEEEWVFVKHKYQHIRGGAVAGGTRFCVMAAGLLESTGDFLESGLDQCCSDLHDNTDHSEDVRRKIVEACRSIKLLFKEGRERASKALGFTKKLKIDLANAAKFKIDVALPEFLSMLEKTEHVQVVVTHTTGLLMFVPKQLLNKKSQIVDLLNACCGLKKGKKDLVDGYLIVMPSAKVETPMWTGKKIDITLTVDTRISLADVQVDGLILVVYKSLQLEEQRSVFLQSFNIIVTVVKEKTSSHQAISDSLDHLQDAVLSLGNKIISAIERANENLDVEMFETDESEKAKVSQNTVETMYSCFNFGFEYLKEVARLVSGTARKTLAKDMLSFARKWISFVMEKCERGRGTRPRWATQGLDFLTIAIDGKIISEMAETDFQLLKKQINDCISHVVGSANGGPSSSAYRPHSPAVMNSSPVLGKSSCVTSGGLLRPLSWPANKGKPDDSEHIVPHRTLSDPYRQTQFYSLAEDVQGEEAVSPDGVVEQPKPIPQHKDSLDYSTAPKMERVRHALKKLEHQRNEYLVERHVIGKVSSRKRDITSELANISNRRVPFKWQRGMKIGEGQFGKVFACVNLDTGEMMAMKQIKFHPNDHGEIKELADEIKNFEGMQHESLVKYYGVELHRDEMLIFMEFCADGTISDVAKLGLPESMMRTYTMQILVAVNVLHERGIIHRDVKGANIFLSSNGXXXXXXXXXXXXXXXXXXXXXXXXXSCHEQPMEDLRKCQEDDGVLKNVIYYVRKGVKPHGASLRKECNEVRRYLNEWKRLTLVNGILYRRRQEDTSSDVLQLVVPNALKDKAFRGIHDEMGHLGSEKTIELARARFFWHKMSKDIEERVKFCRACTLRKVPTPYRVAPLVNISSCAPMELVCMDFLKLEKSKGGPENILVVTDHFTRYAQAIPTCNQTARTTAKALFNNFIVHYGFPERLHSDQGRNFESAVIKHLCELAGMVKTRTTPYHPMGNGMCERFNRTLLHMLGTLDESQKSNWKEYVAPVVHAYNCSQHSSTGISPFYLMFGRHPRLAIDVYFGLDTNTNSSKDHSRFIQDLSKRLEYAYGLARRNAESASMRQKATYDQRPPSNRIEIGDKVLVKNFTPTGKLDNYWETDIYEVMAKPNPEIPVYVVRREDGVGRKKTLHRNNLKLCPLRVGSDCPDDRAGCPGSSYRWW

Uniprot

Uniprot term	Description
Q9Y6R4	Mitogen-activated protein kinase kinase kinase 4 OS=Homo sapiens OX=9606 GN=MAP3K4 PE=1 SV=2
O08648	Mitogen-activated protein kinase kinase kinase 4 OS=Mus musculus OX=10090 GN=Map3k4 PE=1 SV=2
O14299	MAP kinase kinase kinase wis4 OS=Schizosaccharomyces pombe (strain 972 / ATCC 24843) OX=284812 GN=wis4 PE=3 SV=1

Pfam domain

Pfam accession	Pfam name	Description	Type	Source
PF19431	MEKK4_N	MEKK4 N-terminal	Family	Interproscan
PF17921	Integrase_H2C2	Integrase zinc binding domain	Domain	Interproscan
PF00665	rve	Integrase core domain	Domain	Interproscan
PF00069	Pkinase	Protein kinase domain	Domain	Interproscan

InterPro

InterPro term	Type	Description	Source
IPR000719	Domain	Protein kinase domain	Interproscan
IPR012337	Homologous_superfamily	Ribonuclease H-like superfamily	Interproscan
IPR045801	Domain	Mitogen-activated protein kinase kinase kinase, N-terminal	Interproscan
IPR041588	Domain	Integrase zinc-binding domain	Interproscan
IPR052160	Family	Gypsy Retrotransposon Integrase-like	Interproscan
IPR036397	Homologous_superfamily	Ribonuclease H superfamily	Interproscan
IPR001584	Domain	Integrase, catalytic core	Interproscan
IPR008271	Active_site	Serine/threonine-protein kinase, active site	Interproscan
IPR011009	Homologous_superfamily	Protein kinase-like domain superfamily	Interproscan
IPR017441	Binding_site	Protein kinase, ATP binding site	Interproscan

PANTHER

PANTHER term	Description	Source
PTHR47266	ENDONUCLEASE-RELATED	Interproscan

Gene Ontology

GO terms	Category	Description	Source
GO:0004672	Molecular Function	protein kinase activity	Interproscan
GO:0005524	Molecular Function	ATP binding	Interproscan
GO:0006468	Biological Process	protein phosphorylation	Interproscan
GO:0000165	Biological Process	MAPK cascade	Interproscan
GO:0003676	Molecular Function	nucleic acid binding	Interproscan
GO:0015074	Biological Process	DNA integration	Interproscan