Gene detail

Detailed information of Actinostola_18936 in Actinostola sp. Cb2023 Gene info

Gene ID	Annotation	Scaffold	Start	End	Strand
Actinostola_18936	PROTEIN PHOSPHATASE 1 REGULATORY SUBUNIT SDS22-RELATED	scaffold738_size225447	23648	142842	+

Gene Structure

More details in Jbrowse Sequence

CDS

Actinostola_18936

ATGAATGGCAGGAAGGAAGGAAAGATGGAACGAAGGAACGAAAAAAGAAAGAACGAAAGGGAAAGAAGAAAGGAGGGAAGGAAAGCAGAAAGAACGAAAGGAAAGGAAGAGAGAACAGGTCGCCGAAATACCTACTACGCGTCCATAGCTAAATGCCTAGCTGCTGATGTAGCTAACAAATGTGCAACTGACGCCGTCCAGGTGTTTGGTGGTAATGGCTTCAACACGGAATACCCAGTAGAGAAACTGATGAGAGATGCTAAGATTTACCAGGTACGTTTACCCACCCCTCCCCCTGGAAATCCCGCTCCATTTTACCCCTCCCCTGAGGGTGGGGTTGGGGAGAAGTCCTGGGAGGTAGTATGCCAGATCCTGAACATGATTTGTGAAAAAAAGACAGACAGACAGACAGACAGACAGACAGAGACAGACAGACAGACAGACACAGACAGACAGACAGACAGACAGACAGACTGGCTGAGACAGACACAGAGAGACAGAGAGACAGACACAGACAGACAGACTGACAGACAGAGACAGACATGCAGACAGATAGGCAGACAGCCTTTTGAAGAGATACGACAACGTTCAAGTTTGGTCAGGTCTTCGTGTAGCTGCACAAAAGTCCTGGCTATTGTTCTATTGTCGTTCTATGTATTGTTTTACATAAAGTACATAGAAAATCTTGAAAATCTACACCACCTACAAATCCTTCATATTAGCAACCACATGGTTGAAAAGATAGAAAAATTGGACAAACTGACACAGTTAAGAGAGCTGAACCTTGCTAAGAACAGCATCAGTAAGATAGAAGGCTTAGAGAACCTCCAAAAACTACAGAAGTTGAACCTTAGTGGAAATAGCATCACCCACCTCCCTGCTGGACTGATGAGAAAACTGAAAGAGCTTCAAGTGTTTTACATTGCGCACAACAAGATTGAAAGTGTGAGTTCTCTTTTAATTGTTTGGGATCCCTGTGTAAAAGAAAAGGAGGGAGAATGGGGAGAGTTACTGGAAATAGCCAAGCTCAGGCCTTTGCAAGATTTGTCTGAATTTTCCATTGAAGGCAATCCCATGAGTGAACTCTCTCACAGTCGTCAGTTTGTAACATTCCAGCTACGTTCCTTAGTTGTGCTCGATGGAGTTGAGATATCACCAGAAGAAAGAGTGGTAGCAGATGACAGATTTGGCCAAGATGAGATAAGACGACTTGAAACAGAACTCCTCAGACAAGAGAAGCTCTATGATTCACTGTTTGAGGAAAAACATACAGCGCTAACAGAACTTGACACCCTGAGAAGACAAAACTCACAGCAAAAAGAAAAGGACATCCAACAAACTGACAAAATGAAGAAGCTGCAAAGAGATTTGAATTCCAAGGAAGAAATTCTCGTCAGCAAGACTGCAGAGTTATCTAAAGCATGCGAGAAACAGTACAAACTAGAACAGGCATTAGCTTTCTACAAACTAGATGCCAAATTTGACCACCTGGGAAAGATCCCTTGGCCAGACGGAGAAGAGTTTGTTGAAGAAGAAGACGACGAGGCGCCGTACATCGGTAAAGCGGGCTTCAAACCCAACAAGTTTGCACACGACTCTCGTGTCCTCAGCCCAGAACAGAAAGCGGAGTTGACTGACTTGAGAGGGAGATTGAGTGACCGATATGATGGCCAAAACAAGAAAGCCCTGGATGAAATACACGAGGCTTTGATGTTAGATTTTCGGCAAAAAGAGTCAGCTGTACAAAAAGCTGAAGAACAACTAGCCAAACTCGAGCAAGAGTTAAAAAAACGACTTGGACAACTACAAGATGCCAACGACGAACTATTGCTAATCCAACAAGCAATAGACGAAGAGATTCGTGAACTACAAGAAGTCGCTGCCGATTTAGAACGACGCATGAACAAAATCCACGAAGATCTTCGCAGGAAAGAAGATGATTTAAACGAGCAACATAACGCTCTAAATGCGACATCGCCTGAAGACCCTGCCTATAATCAGATGAAAGCCAGACTTGAAGCGACACAGGATCAACTACGCAGCGCGCTCAAAGATTTTGACAGCCTGAAGAGAGATCACGCTACGACTCTCAAGACTCTACAGGAGGAACTGGCAGAACTACAACGACTACAGGACGAACTCGCTGCTAAAAGAAGAGATACCTCAGACAAGGGTAAGCTAAAGGCAGAACTAAAAGACATCATCGACGAACTAAACGACCATGTAGACTCAATGAAACAAAAAGTCGACCAACAAGAGAAAAAGATCGCGCAATTACAGCGAGACAACGATGGCCTAACGAGACAGCTCAAAGAACAACAAGCACAATCAGCTGGCAACGCTGGGCTCAAAAACAACATAACGAAACTACAACATCAATTGCAAGCATCCCAAGATGCGCTTGCTAGAGAGAGGGCAACCGCTGAAGCCCTACGCCGTCGACTCTCAGACCTTGAAGGCCAGGTCGCTAAAGGGAGTACTTTGGAACCTCTCCTTGCTGACACCAAAGCGAGGCTGAAAGATGCCGAAACTGAGGTCGAAAGACTGCGAAATGCTTTGGAGAATCTTAAACAACAAAATGAAGGTATTAAACGTGCCGACCGTCAAGCAGCAGACGAGAGAATCCGCAAAGAACAAGAAAAAGTTGAACGAGCTCTACAAGCAGCAAAGGCGGGCTTTGAGAAAGAAAAGCACTCGAGAGATCTTGGGATACAGGTCGACTCCCTCAAGGCCAAAAACCAAGAGCTAGAGGAACGACTGAAGGAACTAGAGGGAGAATTAAAAAATTCCTTTGACAAAGACGAGGTTCTTGATAGACTGGCTGATTTACGAGATGACGTCGATACCGGAAGAACAAGCGTGCGTGAACCGTTAGGGCATGGGGATGAGTTAGGGGAGGTATTAGCTGAACTGCAGCGACGGTATTTGGATTTACTTGGAGCACTGAAGAAGGAACGCCAGGGCGAGAAAGTGGATAAGAACAAGGTAAGAAGATGGAGCAACTGCATGTCGGCTGACGCACGCGCACCTCTCGAAGCCAAGATCAACAGCTTAGAAGACCGTCTTGACAAGCTACACGATCGACTGACCAAGGCAAAGGCCGAGGCAGACAGGTTGAAAGCTTTACACGGCGATCACGTTGCTTCTAAGAGAGATCTGGAAAACAAGATGGCGTTGCTGGCTGAAGCACTACAAGACGCGCATGTTCGAGCGCAGCAAGCGGAAGACGAACGAGACAACGATAAGCTTTTGTACCAGGCAAGAATACAAGCTTTAGAAGACGAACTGGGACGAGCTAATGACAGACTGAGAAGAATGATGGACGATGCGGATAACGATTTAGACCGAGAGCGCCAGTCTAACACGGACACCGTACAAGGCCTGGAGAATCAGTTGGATCGTCTGAGAAAACAACTCGCAAAGCTGAAACAGAAAGCAAATGATGAGGCCGCGAAGATCAGAGCTCTTGAAGCACTTCGAGCCAGGCAAATGGAAGACGGAATGGCAGCGTTGAGAGATCAACTTCAAAGAGCACAGACAACAAGTGATGACCAGCTTAGAAAGGCTGAGCAAAGAAACGCCGCTTTACAGACTCTGCTAGATCAACAAAACAAGGCATTACAGGACAACGCGCGTCATGACCTTGCTCACCAAGCACAAGTACAAAGCTTACAAGACCAGACTGATGAATTACGAAAAATGTTGGATGGTGCCGAAAACAAAGCAATGCAGGACAAGTACGAAAAAGACCTTGAGGCTTTGCGAATCGAACAGAAAGGGATGGCTACTCAGGCCACCGCGGCCAAGGATCTCGCTGACGCCCAACAACAGATCGCAAGACTGCAAGCATACCTTGCTGGGAAGGATCAACATCTGCAAGAACAAGCAAAATTGAGGCAAAGAGACGCTCCTTTGTTGGCAACACAAAGAGATGAAATCAGTAACCTGGCCTCGGCATTAGCCGAGCAGAACGCCGAACTAGAGAGACTGAAAGGTGACTTACATCGTTTGAAGAGAGCAAAGGGCGACTATCCGTCAACTACCTCCATGCACGGGCTGACTTTCCACTCCTTGGCCGATGAGCTCGAAGCGTTACGTGCAGCATTGCGTGAGCGCGAACGTGAGATCTACGCGTTAACACAGGGATACCACGTAGTCGTTAGTCCCGGTCACGTGGCTGGGGTCACTGGGCCTCAAACTCCTGGAATGGCAGCTTTACCAGGGGTGTATACTACTGGTCCTACAGAGAGCCAAGGAGAAATACACCATCATCATCACTTCCAGAAATCAGGAAAAGGCCCTCATTCCAAAAGTGCTACACCACCTAAGGCACTGCCTACAAGCCCTGCTGTATTAGCTGCCTCAGCTCTCGACCCTTCGCTGTATGGAGCCTCTGTCCATCACCACCACTATGATGGTCTACCAGAAGACAAGCGTAAGCGAAGACGAAAGAAGGATAAAACGATTGATGACCTGTTTTGTAACGTGTCCGAACATGGCGAACTGGAATACGAAGTTGGTTTACTCGAAGGAATGTTGGCGTCGACCAAGCAACAAGACGCACAGGATCAACGTGACTCACTTCGGAGCGATCTTCAAAGCCTGGAAGTTGAGGTTCAGGGAGCTTTGCGAAGTCGTGCAGCTGCGAGACGAAGTGAGCAACATTCACTCGACGCTACTTTGGCGGTAAGTATACTCAAACTTAGGGGGGTGGGACATCAACTGATCAGGCTGTGCAGACACAAACCGAACACCAGCCAGTGTCAGGTCATGCCATACCACAGCAATATCTACAGCAAAGGTAAGACAGCATTGAACCTCTCCTATGCTGTAGTGGAAGAACCCGGATATCCAGCAGTTTCTCCTCGTCCTTCTCCACAACCAGAGTTCGACATCAGACACGATTATCGAGTGAGCGATATTGCGCTCATCGATAGTATTTTGAGAAATCGACGCATAGAGCTTCATGAGGTGACCGCTGACCTTTTAGACCGCAGGAAAGAGCTGGACAGCATTACCGATCAGTGTAAACGTGCCAGCGATCGACTCCGCCATGCCGAACATGACGCGAGCGCCATAGAACAGCGAGCGTCTGAAACATCCAGTGAACTAGTGAAGGCTGGTAACCAGTTGCTCAACTTAGAACTCAAGTCCAGGACCATGACGGACAAACTCGACCAACTACACCTGGACATTCAATCCAAGACAAAGAAGCTGTCCAAGGTAGAGAAACAATGCAACGACAGAAGTGAACAAGTAGAGGACGTTGATAAAGAACTAGACACAAAGAAAGAACATTTGGAAAAAGCTGAGAAGAAACTTGCTGAGGCAGAGGAGAAACTGAAGCTCTCTCTAAAACTCGACGAATTACGACAAGTTATATCAAAGACAGAACAAGTCGAACACGAGAAAACCGAGCGACGTTTAAGTGCGTTGAAAGACGGCGAGAAGATCCTTGTAGAACGTACTACACAGCTCGCGAGAACACGTAACGAACTCCAGAAACAAACCGCGGAATATCACGAACTAAACACGAACATCGCACGGGCACGCAAGGACTTGAGTCAACTAGAAGTAGCACTAAAAAAGAAGAATATCGAGTTTGAAGAATTGGCGTCGAGAAGGGAAGAAGAAAGAGCCTATCACGAGGGTATTTTAGAGGAGGCTGAAGAGAAACTAACTGAGATCAACGATGCGCGCAATGATGCGTTGTCAGCTTTGAGGAAACATCGAGACGAGCTTCTCAGAGCGCGGGAAAACGTCCAGAATGAAGAAGAAAAGGCGCGAAAACTGGATCACACCTGCAGCGAGAAACAAGAGCACCTCTGCAGACTCTGCCAACAGGCAAACGAAAAAGAAAATCTGGTAGAGAAGTTAAACAATGAAGCAAACGAAAAGATTGCTGAACTGAAAATTCTTGAAGTGGAAGTTGAACAGCAGAGAAACACGAAGGAGAAAGTTTTAGAAGAAGTCAAGGCAATGGTTTGGGAGTGTGAAGAGCTACAGAGACGTAGGACCGCCATCACGAGGGAGATTCAGGAATTGAAGGAAAGGGTAGACAGTTTGCAGAGTGAACTTCTTTCAAACGAGCAATTAGCCGCTGACACATTGACATCGCTGGAGCAGGCGCAGAGGAAGCTACACTTAACAGAAAACCAAACAAACGAATACGAGCGCAATAAGAACACGTTATTCAAGGAAATCAGTGGATTGGAGAAAGAAATGGCAGACCGCAGAGCCGAACTACACAACATTAGCATTGAAAAGGACAGACTGCTGGAAGATCTTCAACAGCAAGAAAAGCAATTCAAAGAGACGAAGACAAACTACGAGGAATTCGAAGCCGAACTAAAAACACTTCGAGACGAATTAGAAAACCGACAACATGACTTGAAGCAAGAGATGGAAAAGGAGAAAGCTGTTGAGCCTGCAGTAAACAAGAACAGCGGCAAGTGCTCGAGACGCATGCGCCGTAAGCGTCAAGGTGCTCAATTACCAAATCTTACAAAAAGCCGTGGACCGGAAGTAAGTGAATCAGAAGTTTTCGGTGCCCGTGATGCTAAGGTCAGCGGTGTTAAGGTTACAAACCCATTGCGACCTTCCACCAGCACTACAGTAGCCAACATGGCCGCCAACCCAAGCGAGATACGTGACATGGACGACGAAACGACGGAAGTGTATTCGAGTGCAGACGAAGAGAACGTTTCTGAAATGAACGCTGGCAGCCATTTTGTCAAATGCTTTTCCGACCATTTACAGAGCCGAATTCTAGAACTAACTACCGAAAAGAACAAGACAAGACAAGCACTGAAAAACTCCGTACTCGAAGTAAAACGCCTTCAAACTCAAATCGATAAGGAAAAGGAAAAGACTCGGTCTTCAGTCGGCAAAGTAGCAGCAGAAGCCAACGGCTACAGGCGAGCACTGGAGCATGTCAAGAAGGAGTTTGCGCAGTATCAGCTTAGAGCGGCTCACGACGTAGAGTACCTACGAGCAGAAGCTGCTGACCAGATAAATGACGGAAGCAATGACGGAAGAAATGTCGGAAGAAATGACGGAAGAAATGACGGAAGAAATGACGAAAGAAAAGACGGAAGAAACGACGGAAGAAACGACGGAAGAAACGACGGAAGAAAGAACGGAAGGAAGGAAGGAAGGAAGGAAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGTCGGAAGGAAGGTCCGAAGGAAGGACGGAAGGAAGGAAGGAAGGAAGGAAAGACGGAAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGACGGAAGGAAGGACGGAAGGAAAGACGGACGGAAGGACGGAAGGAAGGACGGAAGGAAGGACGGACGGAAGGACGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGGGAAGGAAGGAAGGAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGAAGGACGGAAGGAAGGACGGAAGGAAGGAAGCAACAAGCTGAGGATCAAGAAAACACCAAATTCACCAAAGAAACCATAGATGCAGTTGCTACACAAATCAGATCGGAAGTCATACGAAGCTTGAAAGAAGTGGAGCAATCGAGAGAAGACACCCTTCAAGATATCGACAACCTAAAACAAGCCAAAGAACACATCGAAAGCCAGCTAATTGTGCTGCAGCAGTCCTTCTCTGAGGTAAACGAGGTACGCATTGAACATCCAAGCAAGCAACACAAAGCGAAAACATTAGTTCGCGAGCAAGGATACCTGAAGGACCAGTTAAGAAGACAGATGAGTCGAAGAGCAGAGATTCTTGAAGAAGAGCGCAAGAAGGCTGGTCATTCATTGGAAGGACTTAAAAATAAACTAAAACAACTAGAACAGGTCATAACAAGAAAGGACTCTACCGTTCAAGACTTTCGTTTAGAGCTCGCTAAAACTCGCATCGAGAAAGAACGGTCAGACGATATGGAGAAGGAACTAGATGAGTTGAGACGCAAGCTACAGGACGTCGAAGGCGAGCGAGATGTGGCGAAAAGTGAACGAGATCATTTAGCATCTCTCTCAAGTCACGTCCCATCTCTGTCAGCCATCGACACGCTACATCACGAACAACACGAGAGAAGACGCTTGGCAGTGGCGCTATCCAACTTGAGGAATGCTCATTCCCGCGATGAAAAGTCTGGGGAGGAAGAGGTCCTACGACTACTAGCGCAGACCTTGAACAGTGAGAGATCATCTCGTAATAAAAGTAACAGCGAAAGGAAAGGAAGAAGGACTCGAGTTCTTAAAGAGAAAAAACACGTTCTTGACGAGGAAGTTGCTCTTCGTAATTCGGACCTTGAAATTGAAGACCGAGGCACACGACAACGATTACTTGCAACAGAAAGGTTTGCTCGTACGTGCTCTCCTTATAGGACTTATAGTGGTCATGTAAGTTCAAAATCCACATCAGTGTCTGAACGTACAGACGGAGAAACTCTTGATTACATCGTTAAAGACAGAGAGAGAAGTTTCGGAAATGTTTCGGGTGTTCAACGAGTTTCATACGAACGTTCGTGGAGGCCGACCAAGCAGTCACGTGACGCATGTAAATTACATTCTGACGGAGGCCTGGGATCTAGGATGTCTCCCAGGAATGCGCAAGGAACTTATATGGCCAGGGGACAGGAGAAGCAACCAGTTTATGGACCGTTTACTTCTAGTAAGAAATCTATGGAAACTGCCAATGAAATTGACGACGAGCCCAGGTCTGAGGTGGAAAGTCATCTGTCAGGTGTCATAGCGTCGGACTGGACTTTGAGGGTCAGCAAAGGCAAGCTTAAAGCTGGAGTCTTTGGAGATTGGAACATACGCCATCTAAATATTAAAACTTCTCTCTCCAGATCATTTAAAGTAGTTAAATACTACAGTAGAAGACCACTTGGTGATATCATCAATAACTACTATCCCCCTATAAAGATGTTTAACTCTCTTTTATTGAGACTGCGTCACCTGGGCTTTTATAGAGATGACCACCTGTATCTGATTAAAGACAGACAGACAGACAGACAGACAGACAGACAGACAGACAGACAGACAGACAGACAGACAGACAAACAGACAGACAGACAGATAGACAAACAGACAGACAGACAT

Transcript

Actinostola_18936

Protein

Actinostola_18936

MNGRKEGKMERRNEKRKNERERRKEGRKAERTKGKEERTGRRNTYYASIAKCLAADVANKCATDAVQVFGGNGFNTEYPVEKLMRDAKIYQVRLPTPPPGNPAPFYPSPEGGVGEKSWEVVCQILNMICEKKTDRQTDRQTETDRQTDTDRQTDRQTDWLRQTQRDRETDTDRQTDRQRQTCRQIGRQPFEEIRQRSSLVRSSCSCTKVLAIVLLSFYVLFYIKYIENLENLHHLQILHISNHMVEKIEKLDKLTQLRELNLAKNSISKIEGLENLQKLQKLNLSGNSITHLPAGLMRKLKELQVFYIAHNKIESVSSLLIVWDPCVKEKEGEWGELLEIAKLRPLQDLSEFSIEGNPMSELSHSRQFVTFQLRSLVVLDGVEISPEERVVADDRFGQDEIRRLETELLRQEKLYDSLFEEKHTALTELDTLRRQNSQQKEKDIQQTDKMKKLQRDLNSKEEILVSKTAELSKACEKQYKLEQALAFYKLDAKFDHLGKIPWPDGEEFVEEEDDEAPYIGKAGFKPNKFAHDSRVLSPEQKAELTDLRGRLSDRYDGQNKKALDEIHEALMLDFRQKESAVQKAEEQLAKLEQELKKRLGQLQDANDELLLIQQAIDEEIRELQEVAADLERRMNKIHEDLRRKEDDLNEQHNALNATSPEDPAYNQMKARLEATQDQLRSALKDFDSLKRDHATTLKTLQEELAELQRLQDELAAKRRDTSDKGKLKAELKDIIDELNDHVDSMKQKVDQQEKKIAQLQRDNDGLTRQLKEQQAQSAGNAGLKNNITKLQHQLQASQDALARERATAEALRRRLSDLEGQVAKGSTLEPLLADTKARLKDAETEVERLRNALENLKQQNEGIKRADRQAADERIRKEQEKVERALQAAKAGFEKEKHSRDLGIQVDSLKAKNQELEERLKELEGELKNSFDKDEVLDRLADLRDDVDTGRTSVREPLGHGDELGEVLAELQRRYLDLLGALKKERQGEKVDKNKVRRWSNCMSADARAPLEAKINSLEDRLDKLHDRLTKAKAEADRLKALHGDHVASKRDLENKMALLAEALQDAHVRAQQAEDERDNDKLLYQARIQALEDELGRANDRLRRMMDDADNDLDRERQSNTDTVQGLENQLDRLRKQLAKLKQKANDEAAKIRALEALRARQMEDGMAALRDQLQRAQTTSDDQLRKAEQRNAALQTLLDQQNKALQDNARHDLAHQAQVQSLQDQTDELRKMLDGAENKAMQDKYEKDLEALRIEQKGMATQATAAKDLADAQQQIARLQAYLAGKDQHLQEQAKLRQRDAPLLATQRDEISNLASALAEQNAELERLKGDLHRLKRAKGDYPSTTSMHGLTFHSLADELEALRAALREREREIYALTQGYHVVVSPGHVAGVTGPQTPGMAALPGVYTTGPTESQGEIHHHHHFQKSGKGPHSKSATPPKALPTSPAVLAASALDPSLYGASVHHHHYDGLPEDKRKRRRKKDKTIDDLFCNVSEHGELEYEVGLLEGMLASTKQQDAQDQRDSLRSDLQSLEVEVQGALRSRAAARRSEQHSLDATLAVSILKLRGVGHQLIRLCRHKPNTSQCQVMPYHSNIYSKGKTALNLSYAVVEEPGYPAVSPRPSPQPEFDIRHDYRVSDIALIDSILRNRRIELHEVTADLLDRRKELDSITDQCKRASDRLRHAEHDASAIEQRASETSSELVKAGNQLLNLELKSRTMTDKLDQLHLDIQSKTKKLSKVEKQCNDRSEQVEDVDKELDTKKEHLEKAEKKLAEAEEKLKLSLKLDELRQVISKTEQVEHEKTERRLSALKDGEKILVERTTQLARTRNELQKQTAEYHELNTNIARARKDLSQLEVALKKKNIEFEELASRREEERAYHEGILEEAEEKLTEINDARNDALSALRKHRDELLRARENVQNEEEKARKLDHTCSEKQEHLCRLCQQANEKENLVEKLNNEANEKIAELKILEVEVEQQRNTKEKVLEEVKAMVWECEELQRRRTAITREIQELKERVDSLQSELLSNEQLAADTLTSLEQAQRKLHLTENQTNEYERNKNTLFKEISGLEKEMADRRAELHNISIEKDRLLEDLQQQEKQFKETKTNYEEFEAELKTLRDELENRQHDLKQEMEKEKAVEPAVNKNSGKCSRRMRRKRQGAQLPNLTKSRGPEVSESEVFGARDAKVSGVKVTNPLRPSTSTTVANMAANPSEIRDMDDETTEVYSSADEENVSEMNAGSHFVKCFSDHLQSRILELTTEKNKTRQALKNSVLEVKRLQTQIDKEKEKTRSSVGKVAAEANGYRRALEHVKKEFAQYQLRAAHDVEYLRAEAADQINDGSNDGRNVGRNDGRNDGRNDERKDGRNDGRNDGRNDGRKNGRKEGRKERKEGRKEGRKEGRKEGRKEGRKEGRKEGRKEGRKEGRKEGRKEGRKEGRKEGRKEGRKEGRSEGRSEGRTEGRKEGRKDGKEGRKEGRKEGRKEGRKEGRKEGRKEGRKEGRKEGRKEGRKEGRKEGRKEGRTEGRTEGKTDGRTEGRTEGRTDGRTEGRKEGRKEGRKEGRKEGRKEGRKEGRKEGRKEGRKEGRKEGEGRKEEGRKEGRKEGRKEGRKEGRKEGRTEGRTEGRKQQAEDQENTKFTKETIDAVATQIRSEVIRSLKEVEQSREDTLQDIDNLKQAKEHIESQLIVLQQSFSEVNEVRIEHPSKQHKAKTLVREQGYLKDQLRRQMSRRAEILEEERKKAGHSLEGLKNKLKQLEQVITRKDSTVQDFRLELAKTRIEKERSDDMEKELDELRRKLQDVEGERDVAKSERDHLASLSSHVPSLSAIDTLHHEQHERRRLAVALSNLRNAHSRDEKSGEEEVLRLLAQTLNSERSSRNKSNSERKGRRTRVLKEKKHVLDEEVALRNSDLEIEDRGTRQRLLATERFARTCSPYRTYSGHVSSKSTSVSERTDGETLDYIVKDRERSFGNVSGVQRVSYERSWRPTKQSRDACKLHSDGGLGSRMSPRNAQGTYMARGQEKQPVYGPFTSSKKSMETANEIDDEPRSEVESHLSGVIASDWTLRVSKGKLKAGVFGDWNIRHLNIKTSLSRSFKVVKYYSRRPLGDIINNYYPPIKMFNSLLLRLRHLGFYRDDHLYLIKDRQTDRQTDRQTDRQTDRQTDKQTDRQIDKQTDRH

Gene family

Gene family	Subfamily
-	-

Pfam domain

Pfam accession	Pfam name	Description	Type	Source
PF00441	Acyl-CoA_dh_1	Acyl-CoA dehydrogenase, C-terminal domain	Domain	Interproscan
PF12799	LRR_4	Leucine Rich repeats (2 copies)	Repeat	Interproscan

InterPro

InterPro term	Type	Description	Source
IPR001611	Repeat	Leucine-rich repeat	Interproscan
IPR003591	Repeat	Leucine-rich repeat, typical subtype	Interproscan
IPR006089	Conserved_site	Acyl-CoA dehydrogenase, conserved site	Interproscan
IPR009075	Domain	Acyl-CoA dehydrogenase/oxidase, C-terminal	Interproscan
IPR025875	Repeat	Leucine rich repeat 4	Interproscan
IPR032675	Homologous_superfamily	Leucine-rich repeat domain superfamily	Interproscan
IPR036250	Homologous_superfamily	Acyl-CoA dehydrogenase-like, C-terminal	Interproscan
IPR050576	Family	Ciliary and flagellar integrity-associated protein	Interproscan

PANTHER

PANTHER term	Description	Source
PTHR45973	PROTEIN PHOSPHATASE 1 REGULATORY SUBUNIT SDS22-RELATED	Interproscan

Gene Ontology

GO terms	Category	Description	Source
GO:0003995	Molecular Function	acyl-CoA dehydrogenase activity	Interproscan
GO:0005515	Molecular Function	protein binding	Interproscan
GO:0016627	Molecular Function	oxidoreductase activity, acting on the CH-CH group of donors	Interproscan

KEGG pathway

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