Gene detail

Detailed information of Actinostola_16537 in Actinostola sp. Cb2023 Gene info

Gene ID	Annotation	Scaffold	Start	End	Strand
Actinostola_16537	TNF RECEPTOR ASSOCIATED FACTOR	scaffold49_size874527	413444	511195	-

Gene Structure

More details in Jbrowse Sequence

CDS

Actinostola_16537

ATGATATCTCCAACTCTAGCTTTTGAGACAACTGTACCAGATGTTGGAAATGGACCTTTGGACTTGTATCGTAATCAAGCCACTTTTGACGTGAAAGAAATGAGATATTTTGTGGATGGGGGAGAAGATGTAACTCAATTCAAAGCCAAGATGTTTGCCCGTATATTAAGATTCCAATCTACACATGAACACATTCAAAAACTAGGAGAGAGAGCAGAGAGGTTTGAGATATTTGGCTGTTTTGCTCTGACTGAATTGGCACATGGTAGTAATACAAAAGCAATGGAAACTACTGCTACATATGATCCCAAAACACAGGAATTCATTCTCAACACACCACATTTTACGGCCACTAAAGTCTGGGTAGGAAACCTAGGAAGGACAGCTACCCATTCCGTGGTATATGCCCAGTTGTACACTCCTGATGGAGTGTGTCATGGTCTTCATTCTTTTGTCGTACAAGTCAGAAGCACCAGAAATCTTCACGCAAAACCAGGTGTTACTGTTGGGGACTTAGGAAAGAAACTTGGCCAGAACTCTTTAGACAATGGATTTGCAGCCTTTGACCATGTACGGATCCCAAGGGAAAACCTGTTGAACAAAGGAGGTGACGTCACTCCTGAAGGAAAGTACATCACACCATACAAGGACCCAAAGAAAAGGTTTGGTGCAGCACTAGGAGCTCTGTCTGGTGGACGTGTGGGTATTACTGGCATGGCAGTTGCTAATCTGAGGTTGTGTTTACCCATAGCTATCAGGTATTCAGCAGTCAGGAGACAGTTTGGACCTTCTGGTGGTGAAGAAATACCTGTACTTGAATATCAAATGCAGCAATGGAGGCTACTTCCTCTCCTATCGGCAACATATGCACTTGCATACTTTTCACACAGCTTCTTTATGGACTTTGTTGAGTTCAATATTATGATTATGATGGGTGAACAAAGTAATCGACAGGCTGAGATGGGCCGTGAGATCCATGCTATGTCATCCTCATCCAAGCCATTAGCAGGATGGGTGGCAAGAGATGCTATTCAAGAGTGTCGAGAAGCATGTGGAGGTCATGGCTACCTTGCAGTCAATAGGTTTGGTGTCCTACGAGATGACAATGATCCCAACTGTACTTACGAGGGAGATAACAACGTGCTACTTGGTCAGACCAGCAATTACCTCCTTGGACTCTTGGAGCTCAGACAAAAAGGTTGTCTGCCCATCTCTTCCCCTCTACACAGCATAGACTACTTGAATGATGCAAACCAGATACTGCAACAACACTTTACAGCTAGAACAGAGGAGGAATGTGGTGATCTTGACACACTACTTCAAACCTTTCAATGGCTTGTCTGCTACTTGTGGGTTGAGAGTGGAGCCAAGTATCAACAGCAATTGTCTTTTGGAAAGGATCCGTTCACAGCTAAAAATGATAGTCAAGTGTTCTTCTGTCGCTCGTTGTCTCTAGCCTATATTCAGGGCGGAATAATTCATTCAACAGTACAAGGCATTGAGTTGGGTTACCTGTGGTCAGGGTTTATACGACGAGTGGGCTACCTGTGGTCAGGGTTGATACGACAAGTGGGTTACCTGTGGTCAGGGTTTATACGACAAGTGGGTTACCTGTGGTCAGGGTTTATACGACAAGTGGGCTACCTGTGGTCAGGGTTTATACGACGAGTGGGTTACCTGTGGTCAGGGTTTATACGACAAGTGGGCTACCTGTGGTCAGGGTTTATACGACGAGTGGGTTACCTGTGGTCAGGGTTTATACGACAAGTGGGTTACCTGTGGTCAGGGTTTATACGACGAGTGGGTTACCTGTGGTCAGGGTTTATACGACAAGTGGGTTACCTGTGGTCAGGGTTTATACGACGAGTGGGTTACCTGTGGTCAGGGTTTATACGACGAGTGGGTTACCTGTGGTCAGGGTTTATACGACGAGTGGGTTACCTGTGGTCAGGGTTTATACGACAAGTGGGTTACCTGTGGTCAGGGTTTATACGACGAGTGGGTTACCTGTGGTCAGGGTTTATACGACGAGTGGGTTACCTGTGGTCAGGGTTTATACGGCGAGTGGGTTACCTGTGGTCAGGGTTGATACGGCTCTGGAAGAGCACCAATTGTGGATATTGCAGGTCAACTAACGACGCTCGATTGGTTAAGAGTGCTATTATAAACTTGTGCTTTAAGCTCAAGAATGAGTCCGTCATGCTTGCCGATGCACTCGCTCCTCCAGACTTCATTCTTAATTCACCCATTGGTCTCAGTGATGGCCAGGAAATGATGTCCGGAGGCACTCGAAGTCCAACCGGAAGTACTCGCTCACAGCAGAGTGACGGGCCGCCAGATACTCCATCGTCTTTAACTGAACCGTTTCCAGAAAGCAAGTTATTGATTTATCCTCTTCAAAAGATCTACACCTGCATAAAGTGCAAGGAAATTCTTCGCGAACCCGTGCAAATAAAAGCGTGTGGACATCGTTTGTGTTATCAATGTCATGAAGATATTAGGAGGTCAGTACCCAATCCAGTAACCAATCCAGTAACCAATCCAGTAACCAATCCAGTAACCAATCCAGTACCCCATCCAGTACCCAATCCAGTAACCAATCCAGTAACCAATCCAGTAACTAATCCAGTAACCAATCCAGTAACCAATCCAGTAACCAATCCAGTACCCCATCCAGTACCCCATCCAGTAACCAATCCAGTAACCAATCCAGTAACTAATCCAGTAACCAATCCAGTAACCAATCCAGTAACCAATCCAGTACCCCATCCAGTACCCCATCCAGTAACCAATCCAGTAACCAATCCAGTAACCATTCCAATACCCAATCCAGTAACCAATCCAGTAACCAATCCAGTAACCAATCCAGTAACCAATCCAATACCCCATCCAGTACCCCATCCAGTAACCAATCCAGTAACCAATCCAGTAACCAATCCAGTAACCAATCCAGTAACCAATCCAGTAGCCAATCCAATAGCCAATCCAGTAACGCAATCCAGTAACCGATCCAGTAACCAATCCAGTAACCAATCCAGTAACCAATCCAGTAACCAATCCAGTAACCAATCCAGTAACCAATCCAGTGACCAATCCAGTAGCCAATCCAATAGCCAATCCAGTAACCAATCCAATAGCCAATCCAATAGCCAATCCAGTAACCAATCCAATAGCCAATCCAGTAACCAATCCAGTAACCAATCCAGTAACCAATCCAGTAACCAATCCAGTAACCAATCCAGTAACCAATCCAGTAATCAATCCAGTAACCCAACCTGGTTACCAGGCTCTTTTCCCCAACCCAATGGCCGACCGACCACTGATACTGCCATTTCAATGAACGTTGATCATGGACGATCTGAAATGGATGATCTGAGGCCAAGAGGAATTCGTATCGACAATGCCTTCAAGAAAGAGATTGACATGCTGGAGGTGAAATGCAAAAACAACGAGCAGGGATGTAGATGGGAGGGGTCAGTGCAGGAATACCCGAGCCACGTGGAGTACTGTGATTATAACAACATGGTGTGCGTGTGTGGTGCTACATTCCCAAAACGGTTCAAACAGAGGCATCGTGACAAAGAATGTGGTAAAGAGATTATCACGTGTGACCACTGCCTCGAGGAGATTCCTAGAGAAGACAAAAAGAGTCATCTGAGTGAATGTTCTAAGCTTCCTCTTCTCTGCCCCAACAAGTGCGATAAAGAGCTACAGCTTCCTCGAGACAAGCTTGAGAACCACATCGAAACTGAATGTCCTCGTACTAAGATTGTATGTCAGTTTGAGAACGTTGGCTGCAGTCTGAAAACTAGTCGAGAAAAGATGGCGAAGCACTACACCAAAGAGATTACGAACCATGTAGAACTGTTACACAACCAGGAAACAAAGCATGACGAACTGTTGAACAAGATTGTTGAGAAGCTGATTGAACATGAGTATATGATAAGCAACGAAGACCAACGTATTGGAGACTTGGAGAAAATCGCTCACAGTCAACTAATATGGCGAATCGAGGATTATTCGAGCAAAATGAGCCAAGCCAAGGCGGGAAATATCGAAACTCTCTTCCACCCTCCTTTTACTACAAGCAAACATGGCTACCGTCTTAGTGCGTCTGTCTGTATGAATGGTGACGGGAAAGGCAAGGGAACTCACATGTCCGTGTTCATCAGTGTTCTTAAGGGTGAATACGATGTATTTCTCAAGTGGCCGTTCGACTACCGAGTGACATTCACTTTACTGGACCAAAATGAACATCTTAATGAACGAAAGCACATCAAACTCAGTATCAAACCCAATCCTTCCCCAGACAACGAACAATTCCTGGGCAGACCGACAATGGACAAGAACGCCAGCTTTGGTCTCAACATGTTTGTAACGCACAAAGAAATCGAGTCAGGAAGTTATATCAAAGACAACACGATGTTGTTGAAGATAGCTGTTGACTGCCCCGCGACAGATGCCGTTTTCCTTGCTGGCCTTCAGTTCTCGCTGAGGCGTAGAGACGTGGATACTTTGTTTGGTAAGATTTGTCCCAGTGGCCTTCAGTTCTCGCTGAGGCGTAGAGACGTGGATACTTTGTTTGGTAAGGTTTGTCCCAGTGGCCTTCAGTTCTCGCTGAGGCGTAGAGACGTGGATACTTTGTTTGGTAAGGTTTGTCCCAGTGGCCTTCAGTTCTCGCTGAGGCGTAGAGACGTGGATACTTTGTTTGGTAAGGTTTGTCCCAGTGGCCTTCAGTTCTCGCTGAGGCGTAGAGACGTGGATACTTTGTTTGGTAAGGTTTGTCCCAGTGGCCTTCAGTTCTCGCTGAGGCGTAGAGACGTGGATACTTTGTTTGGTAAGATTTGTCCCAGTGGCCTTCAGTTCTCGCTGAGGCGTAGAGACGTGGATACTTTGTTTGTAAAAATGGTGGACATCGACGGGAATTCTACGAAACAAGAAAGCAACAGAAACTCACCGAAAGACGAGAATGAGAATGAAAACAACGCTGTTGAAACCAACGATGACCAAAAACAGTCGGCAAACGAAGACACTGAACAGCTGCAGCACGATAAAGACAACGAGCAGAGTGACGGCGGACCAACACCACGATGTCCAGATGATCAAATGGAAATGGATGACAGAAAACCTCGTATTGACAAGGCCTTCAGGGATGAAATAGATACGCTGGCAGTTAAGTGCATAAACTACAAGCAGGGTTGCAAATGGAAAGGATCAATTGGGGAATTTCTGACCAGTCGAGAGAAGATGTTGAAGCATTCCACGACAGACATTGCCGATCACGTTAAACTGCTCCTCGACTTGGACGTGAAACACAGCGGATTGTTGAGTGATATTTGGAAGCGTCTACAGGATCACGAGATGAGGATGAGAGACAAAGATACATCGCGTATTACAGAACTAGAGAAAATGGCTCGAACTCAACTGATATGGCGAATCGACAATTACGCAACCAAAATGAACGATGCCAAGGCGGGAAATGTCGAAACTCTCTTCCACCCTCCTTTTACTACAAGCAGACATGGCTACCGTCTTAGTGCGTCTGTGTGTCTGAATGGTGACGGAAAAGGCAAGGGAACTCACATGTCCGTGTTCATCAATGTTCTTAAGGGTCCATACGATGCGTTGCTGAAGTGGCCGTTCGATTACCGAGTAACCTTCACTTTACTGGACCAGCACGATGACCCAACTCAGCGAAAGCACATCAAGTTCAGTATCAAACCCAATCCCTGCCCGGAGAACATGCCTTTCCTCGGCAGACCGAAATTGGAAAAGAACGCCAGCTTTGGATGCGCAAAGTTTGTCAAACACGAAGAAATCGAGTCAAGGAATTATACTGGCGAAGACACGTTATTCTTGAAGATAACCGTGGGAAACGAAATCAACAACGAAGACGCTCCACAGCACATTCCCCAGCAAGAAAATGAAGCCGATGTGCAACAGAAAAACGACAAAGAGGAAAGGATGTCCGGAGGCACTCGAAGTCCAACCGGAAGTACTCGCTCACAAAGCAGCAGCGCGCCTCCTGAACCTTTTCCTAAAGATCTCTTGATTTCTCCTCTGGACAAGAAGTACTCCTGCCTAAAATGCAACGAGATTCTTCGCGAACCCGTGCAAATAAAAGCGTGTGGACATCGTTTGTGTTACCATTGTTACGAAGATATTAGGAGTGGACCAACACCACGATGTCCAGAAGATCAAATGGAAATAGATGACAGAAAGCCTGACATCGACAAGGCCTTCAAGAACGAGATTGACATGCTGTATGTGAAATGCAAAAACTTCGAACAAGGTTGTAGATGGGAAGGATCACTGCAGCAATTTCCGAATCACATGGAAGATTGCGAGTATACCGACATGCTTTGCGAGCACGATTGTGGTGCAACATTCCAGAAACGTTTTAAACAGAAACACATTGATAAAGACTGCGGTAAAAAGATCATCTCATGTGCTTACTGCGATGACAGACATCTTAGGGAAGATAAAAAGGATAAAGAAGTTGCACTTGATGATGATGTTGTTGTGATGTTGTTGATGATGGTGATGATGTTGTTGGTCAGTGATGTTGTTGATGATGGTGATGATGTTGATGATGTGTTGTTGATGATGGTGATGATGTTGTTGGTCAGTGATGTTGTTGATGATGTTGTTGTGATGTTGTTGATGATGGTGATGATGTTGTTGGTCAGTGATGTTGATGATGATGTGTTGTTGGCTAGTCGAGAGAAGATGTTGAAGCATTACACCAAAGAGATAACAAACCACGTCAAACTGATGCACGATACGTTGATGAAGCACGACACACTGTTGACTAATATCTTGGAGACCGTTGAGATGCACGATGCCAAGTTTGAAAAGCAAGACGAGCGCATTGGAGACTTGGAGAGAATCGCTAATAGTCAACTGATTTGGCGAATCGATGAGTATTCAATCAAATTGAAGACAGCCAAGGCTGGAGAGAATGAGACACTTTTCAGCCCTTGTTTTATAACTAGCAAACATGGCTTTCGTCTTAGTGCGTCTGTGTGTCTGAACGGTGACGGGAAAGGCAAGGGAACTCACATGGCTGTGTTCATCTGTATTCTTAAAGGTCCATACGATGCGTTGCTCAAGTGGCCGTTCGATTCCCGAGTAACCTTCACTTTACTGGACCAACACGATGACCCATCTCAGCGAAAGCATATCAGATTCACTATCAAACCCAATCCCTCTCCTGAGAATCGACAATTCCTGGCGAGACCAGTTAAAATAGAAAAGAACGCCAGCTTTGGAGGCGCCAAGTTTGTCAAACACGAAGACATCGAGTCAAGAAATTACATCAAAGACGACACGATTTTCTTGAAGATAAATGTTGACTGTGACGGGCTTACGTGTGGACATCGTGTATGTCGCCAGTGTTACAAAGATATCACAAGCGAACCGTCACCAAAATGTCCAAGCGATCAGAAGGAAGTAGGAATCGACATTCCAAATATCGACAAGGGCTTCTGGAATGAGATCCAAGTACTGGAAGTGAAATGCAAAAACCACGAATGGGGTTGCAAATGGAAAGGATCAGTGCAGGATTTCCCGGACCATCTAGAAGAATGCCCTAAACTTCCTCTGCCCTGCCCAAACAAGTGCGAGAAAAAGCTAACGATTGAAAGAGCTGAGCTTGAAAACCACGTTGACAATGAATGTCCTCGAACCAAGATTTTGTGCCAGTTCGAGAACATCGGCTGTGCTCACAGATGCGATGATACAGCTGCTACTGCTGATAATGATGACGATGATGATGACGATGATGATGACGATGATGATGACGATGATGATGACGATGATGATGACGATGATGATGACGATGATGATGACGATGATGATGACGATGATGATGACGATGATGATGACGATGATGATGACGATGATGATGACGATGATGATGACGATGATGATGACGATGATGATGACGATGATGATGACGATGATGATGACGATGATGATGACGATGATGATGACGATGATGATGACAATGATGATGACGATGATGATGACGATGATGATGACGATGATGATGACGATGATGATGACGATGATGATGACGATGATGATGACGATGATGATGACGATGATGATGACGATGATGATGACGATGATGATGACGATGATGATGATGACGATGATGATGACGATGATGATGACGATGATGATGATGATGATGATGATGATGATGATGATGATGACGATGATGATGATGATGATGATGACGATGATGATGACGATGATGATGATGATGATGATGACGATGATGATCGGGGCGATGATACCGATGATGATGATGATTCATTCAGCCAGAAACTGAAGGACACCAGGTCAGGCAACGTAGACACTCTTTTCAGCCCTACTTTTGTGACTAGCAAACATGGCTACCGTCTTTGTGCGTCTGTCTGTCTGAACGGTGACGGGAAAGGCAAGGGGACACATGTCTCTATATTCATCAGTATTCTTAAAGGTCAGTTCGATTCTTTGCTCAAGTGGCCGTTCGAATACCGAGTGACGTTCTTTCTACTGGACCAAAACGATGACATCAGTGAACGAAAGCACATCAAGTTCAGTATCAAACCCAATCCCTGCCCGGAGAACGAGCCTTTCCTCGGAAAACCAAAAATGGAAAAGAACGCCAGTTTTGGAGGCGCCAAGTTTGTCAAACACGAAGACATCGAGACAGGAAGTTACATCAAAGACGACACGATTTTCTTGAAGATCGCCGTCGATTGTGACGGGCTTAGTGAGCCTTGA

Transcript

Actinostola_16537

Protein

Actinostola_16537

MISPTLAFETTVPDVGNGPLDLYRNQATFDVKEMRYFVDGGEDVTQFKAKMFARILRFQSTHEHIQKLGERAERFEIFGCFALTELAHGSNTKAMETTATYDPKTQEFILNTPHFTATKVWVGNLGRTATHSVVYAQLYTPDGVCHGLHSFVVQVRSTRNLHAKPGVTVGDLGKKLGQNSLDNGFAAFDHVRIPRENLLNKGGDVTPEGKYITPYKDPKKRFGAALGALSGGRVGITGMAVANLRLCLPIAIRYSAVRRQFGPSGGEEIPVLEYQMQQWRLLPLLSATYALAYFSHSFFMDFVEFNIMIMMGEQSNRQAEMGREIHAMSSSSKPLAGWVARDAIQECREACGGHGYLAVNRFGVLRDDNDPNCTYEGDNNVLLGQTSNYLLGLLELRQKGCLPISSPLHSIDYLNDANQILQQHFTARTEEECGDLDTLLQTFQWLVCYLWVESGAKYQQQLSFGKDPFTAKNDSQVFFCRSLSLAYIQGGIIHSTVQGIELGYLWSGFIRRVGYLWSGLIRQVGYLWSGFIRQVGYLWSGFIRQVGYLWSGFIRRVGYLWSGFIRQVGYLWSGFIRRVGYLWSGFIRQVGYLWSGFIRRVGYLWSGFIRQVGYLWSGFIRRVGYLWSGFIRRVGYLWSGFIRRVGYLWSGFIRQVGYLWSGFIRRVGYLWSGFIRRVGYLWSGFIRRVGYLWSGLIRLWKSTNCGYCRSTNDARLVKSAIINLCFKLKNESVMLADALAPPDFILNSPIGLSDGQEMMSGGTRSPTGSTRSQQSDGPPDTPSSLTEPFPESKLLIYPLQKIYTCIKCKEILREPVQIKACGHRLCYQCHEDIRRSVPNPVTNPVTNPVTNPVTNPVPHPVPNPVTNPVTNPVTNPVTNPVTNPVTNPVPHPVPHPVTNPVTNPVTNPVTNPVTNPVTNPVPHPVPHPVTNPVTNPVTIPIPNPVTNPVTNPVTNPVTNPIPHPVPHPVTNPVTNPVTNPVTNPVTNPVANPIANPVTQSSNRSSNQSSNQSSNQSSNQSSNQSSNQSSDQSSSQSNSQSSNQSNSQSNSQSSNQSNSQSSNQSSNQSSNQSSNQSSNQSSNQSSNQSSNPTWLPGSFPQPNGRPTTDTAISMNVDHGRSEMDDLRPRGIRIDNAFKKEIDMLEVKCKNNEQGCRWEGSVQEYPSHVEYCDYNNMVCVCGATFPKRFKQRHRDKECGKEIITCDHCLEEIPREDKKSHLSECSKLPLLCPNKCDKELQLPRDKLENHIETECPRTKIVCQFENVGCSLKTSREKMAKHYTKEITNHVELLHNQETKHDELLNKIVEKLIEHEYMISNEDQRIGDLEKIAHSQLIWRIEDYSSKMSQAKAGNIETLFHPPFTTSKHGYRLSASVCMNGDGKGKGTHMSVFISVLKGEYDVFLKWPFDYRVTFTLLDQNEHLNERKHIKLSIKPNPSPDNEQFLGRPTMDKNASFGLNMFVTHKEIESGSYIKDNTMLLKIAVDCPATDAVFLAGLQFSLRRRDVDTLFGKICPSGLQFSLRRRDVDTLFGKVCPSGLQFSLRRRDVDTLFGKVCPSGLQFSLRRRDVDTLFGKVCPSGLQFSLRRRDVDTLFGKVCPSGLQFSLRRRDVDTLFGKICPSGLQFSLRRRDVDTLFVKMVDIDGNSTKQESNRNSPKDENENENNAVETNDDQKQSANEDTEQLQHDKDNEQSDGGPTPRCPDDQMEMDDRKPRIDKAFRDEIDTLAVKCINYKQGCKWKGSIGEFLTSREKMLKHSTTDIADHVKLLLDLDVKHSGLLSDIWKRLQDHEMRMRDKDTSRITELEKMARTQLIWRIDNYATKMNDAKAGNVETLFHPPFTTSRHGYRLSASVCLNGDGKGKGTHMSVFINVLKGPYDALLKWPFDYRVTFTLLDQHDDPTQRKHIKFSIKPNPCPENMPFLGRPKLEKNASFGCAKFVKHEEIESRNYTGEDTLFLKITVGNEINNEDAPQHIPQQENEADVQQKNDKEERMSGGTRSPTGSTRSQSSSAPPEPFPKDLLISPLDKKYSCLKCNEILREPVQIKACGHRLCYHCYEDIRSGPTPRCPEDQMEIDDRKPDIDKAFKNEIDMLYVKCKNFEQGCRWEGSLQQFPNHMEDCEYTDMLCEHDCGATFQKRFKQKHIDKDCGKKIISCAYCDDRHLREDKKDKEVALDDDVVVMLLMMVMMLLVSDVVDDGDDVDDVLLMMVMMLLVSDVVDDVVVMLLMMVMMLLVSDVDDDVLLASREKMLKHYTKEITNHVKLMHDTLMKHDTLLTNILETVEMHDAKFEKQDERIGDLERIANSQLIWRIDEYSIKLKTAKAGENETLFSPCFITSKHGFRLSASVCLNGDGKGKGTHMAVFICILKGPYDALLKWPFDSRVTFTLLDQHDDPSQRKHIRFTIKPNPSPENRQFLARPVKIEKNASFGGAKFVKHEDIESRNYIKDDTIFLKINVDCDGLTCGHRVCRQCYKDITSEPSPKCPSDQKEVGIDIPNIDKGFWNEIQVLEVKCKNHEWGCKWKGSVQDFPDHLEECPKLPLPCPNKCEKKLTIERAELENHVDNECPRTKILCQFENIGCAHRCDDTAATADNDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDNDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDRGDDTDDDDDSFSQKLKDTRSGNVDTLFSPTFVTSKHGYRLCASVCLNGDGKGKGTHVSIFISILKGQFDSLLKWPFEYRVTFFLLDQNDDISERKHIKFSIKPNPCPENEPFLGKPKMEKNASFGGAKFVKHEDIETGSYIKDDTIFLKIAVDCDGLSEP

Gene family

Gene family	Subfamily
-	-

Pfam domain

Pfam accession	Pfam name	Description	Type	Source
PF01756	ACOX	Acyl-CoA oxidase	Family	Interproscan
PF02176	zf-TRAF	TRAF-type zinc finger	Family	Interproscan
PF02770	Acyl-CoA_dh_M	Acyl-CoA dehydrogenase, middle domain	Domain	Interproscan
PF21355	TRAF-mep_MATH	TRAF/meprin, MATH domain	Domain	Interproscan

InterPro

InterPro term	Type	Description	Source
IPR001293	Domain	Zinc finger, TRAF-type	Interproscan
IPR001841	Domain	Zinc finger, RING-type	Interproscan
IPR002083	Domain	MATH/TRAF domain	Interproscan
IPR002655	Domain	Acyl-CoA oxidase, C-terminal	Interproscan
IPR006091	Domain	Acyl-CoA oxidase/dehydrogenase, middle domain	Interproscan
IPR008974	Homologous_superfamily	TRAF-like	Interproscan
IPR009100	Homologous_superfamily	Acyl-CoA dehydrogenase/oxidase, N-terminal and middle domain superfamily	Interproscan
IPR013083	Homologous_superfamily	Zinc finger, RING/FYVE/PHD-type	Interproscan
IPR017907	Conserved_site	Zinc finger, RING-type, conserved site	Interproscan
IPR036250	Homologous_superfamily	Acyl-CoA dehydrogenase-like, C-terminal	Interproscan
IPR046373	Homologous_superfamily	Acyl-CoA oxidase/dehydrogenase, middle domain superfamily	Interproscan
IPR049342	Domain	TRAF1-6/MEP1A/B-like, MATH domain	Interproscan

PANTHER

PANTHER term	Description	Source
PTHR10131	TNF RECEPTOR ASSOCIATED FACTOR	Interproscan

Gene Ontology

GO terms	Category	Description	Source
GO:0003997	Molecular Function	acyl-CoA oxidase activity	Interproscan
GO:0005515	Molecular Function	protein binding	Interproscan
GO:0005777	Cellular Component	peroxisome	Interproscan
GO:0006635	Biological Process	fatty acid beta-oxidation	Interproscan
GO:0008270	Molecular Function	zinc ion binding	Interproscan
GO:0016627	Molecular Function	oxidoreductase activity, acting on the CH-CH group of donors	Interproscan
GO:0033209	Biological Process	tumor necrosis factor-mediated signaling pathway	Interproscan
GO:0070534	Biological Process	protein K63-linked ubiquitination	Interproscan

KEGG pathway

KO	Enzyme	Enzyme ID	pathway	mapID	Source
-	-	-	-	-	-