result

Gene information

Detail information of g212939

Location

Gene	Chr	Start	End	Strand
g212939	Scaffold_52540:HRSCAF_435626	244989	251170	-

Sequences

CDS

>g212939.t1
ATGTCCAGCAGCCCGCTACCATGCTTCAACTGCTTACAGCGCCGCATCGAGTCCGATTTATCCTCCGATATCATCTTCCGGTACGGTATTTCTGATTCCCCTCTCCCCTTCGGCTCATCCGCTGTTATCCAGATATGTCTAAATGGGGGAGCAGACAATGTAGGAAGTGAAGAAGTGTCTGCTCAGTTCTTGCTGGCTCAAGTAGAAAACCACGATGATAACAGTCACTTGTATTCAAAAGTAACTGCCGTATTGGCTCCAGCTGCTCATGATATAAGAGATTCCATTTTGTCAATCAAAGATTTTATTAGGGGATCCGAAACAACTGAAGAAAAAGTAATATCATCACTAAACATCTTCGTAAAGGAAAAAACAGCAGATCTGTACAGTTCAAGTTTCTTAAGTTTAGTTGGTTTTCCATCATTTGATGAGACTTATATTCGTAGTTGTGCCAGACATCCAAATATATCACCAGTTTTAGGCATCATAAATTCTTCAAATTACAATTATTTGCTAGGCCCGAAGGCTCCATATAATCTAGAAAATATTTTGAAATATAGTCCTGAAGCATTGAAGTCAGATTGGCATATAAGGTTTTTGATCTATCAAATTTTGTCTGCACTGGTCTATATGCATGGATTAGGAATTTCTCACGGAAATATCCGCCCATCTAGCATCCTTCTGAATGAATCGTGTTGGTCTTGGCTTAACGTTTTTGATTTGATAAAACAAACTGTCTCTTCTTCCTCTAATGTATCTTCTTGTCTAGACAACTGTCCTGCTAACTCTATTTGTTCTGAGCTAAAAGTATCCGCTTCAACAGATTGGTATTCAAATTTTATACGCTGGTGGAAAGGTGAACTAAGCAATTATGAATATCTACTTATTTTGAATACACTAGCTGGTCGAAGATACGGCGATCACACATTCCACACTGTTATGCCTTGGGTCATAGATTTTACAGTTAAGCCTAATGAAAATTCTGACATTGGATGGAGGGACCTAACAAAGAGCAAGTGGAGGTTAGCAAAAGGCGATGAACAATTGGATTTTACATTTCAAACCTCTGAAATCCCTCATCATATTTCTGATGAGTGTCTATCTGAATTAGCAGTATGCAGTTATAAGGCGAGAAGGTTGCCATTAAATATACTTCGACAAGCAGTTCGTTCTGTATACGAACCAAATGAATATCCATCGAATATGCAGAGACTTTACCAGTGGACACCTGATGAGTGCATTCCTGAGTTTTATAGTGACCCTCAAATTTTCTTTTCACTTCATTCCGAGATGTGTGATTTAGCCATTCCATCTTGGGCGTCGTCTCCTGAAGAGTTTATTTCTTTACATCGAGATGCTTTAGAAAGTGATCGCGTGTCAAAACAGCTTCATCACTGGATTGATATCACATTTGGTTATAAGTTATCAGGTGAAGCATCTATTACTGCAAAGAATGTAATGTTGCCTATATCTGATTTATCAATACCAAGATCAACAGGACGCTGTCAACTTTTTACTAAACCGCATCCTATGCGCCGACTACAGGGAGATAAATGCACGATATATGATGATAACCTCCTTCCTGCTACTCAATATTTGGCAGATTTAGAACAAGCTATTTCATTTCGTGAATATGCACACCATTTATGTCCAGTGTACACATGTGACAGATTCAATGCTAAATATCCAAAAGTAGCAACTCAGGAACCTATTGACTGCAAGGGTATGGTGACATCTATTCCTAACTTGAGTCTTCTTGAGCATTTTGACACCACCGATAGTGGTTGTACGGGATTTCATGAATTATTATACCGGAACACAAAATTATCCTTTTATGACGTTGATTCTGAAGATCTTGCAGAAGACATATTTTCTCTTGGATGTATTTTAGCTGAGGTTTATTTGAAGAGACCACTTTTTAATTGTTTGTCATTAGCTGCCTACAAAGAAAATGATGTTCTTCCTGATACAATACAAGATCTTCCTCCGCATGTTGCAATACTTGTCAAATCATCCATACATAAGGACTGGAGAAGGAGGCCTTCTGCAAAATGTTTACTTGGATCCCAGTACTTTCCTCCTACAGTCAGAGCTGCATACTTATATCTTGCTCCACTTCAACTTCTTGCTGAAGTTGGGCCCCGTCTTCAGTATGCTTCAAAACTTGCAAGTGAAGGAGCATTCAAAGCAATGGGAGCATATGCTGCAGAGATGTGCGTTCCATATTGTATACCTCTTATCATGTCACCTTTGTCAAATGTGGAAGCTGAATCAGCTTTGAGTTTATTGAAGGAGTTTTTGAAGTGCTTGAACTGTCGAGCAATAAAAACATTGATCTTACCCAGCCTGCAGAAGATTTTACAGGTGTCAGAATATTCTCATCTGAAAGTTTCTCTACTTCAAGATTCTTTTATTCAGGATTTGTGGAAAAGAGTGGGTAAAAAAGTGTATCTAGAAAAGATCCATCCATTAGTGATTGCAAATTTGTATGATTCACCAAACAAAATATCTGCCTCAGTTGCATCTGTTGCTCTTATTGGTTCCAGTGAAGAACTGGGCATTCCAATTACTATTCATCAGACAATCTTGCCAATAATTCATTCTTTTGGAAAAGGACTTGGTCCAGAGGGAATTGATGTTCTGATTAGAATAGGTGGGCTTCACGGAGAAAAGTTTATTGTCAAGCAACTTCTGCCCCTAATAAGAAATGTTATTCTCTCTTGTATTGCGGCATCCAGTAAAAATATGACAGAGCCCCAGCAGAGTTTGATTTCTTTGGCATTAACTGACAGTTTTTCGGCATTGGATGGTTTGGTTTCAGTTTTGTCTGTAGAAACAGTAATTAAGGAGCTTTTTCAAGACCAAATCTGTATCCATATTAAGGCTCTCATGCAGCACAATCTTGGTCTACCTGTGTTACAGACTGCTGCAGCTACTCTACTTGCGCTTTGCCAGAGAATTGGATCAGACCTAACTATTTCGCATGTAATGCCGCAGCTCAAAGAGCTGTTTGATGAGTTGGCGTTTGGCCAAGAGGCCGCTTATGGACCTGGTTCTAGTAAAAGACATGTAAAGATTTCCATATTACAGTCAGATGAAGATGCTAAAATTGAAAGCCGGTTGGACCTCGTGTAA

Protein

>g212939.t1
MSSSPLPCFNCLQRRIESDLSSDIIFRYGISDSPLPFGSSAVIQICLNGGADNVGSEEVSAQFLLAQVENHDDNSHLYSKVTAVLAPAAHDIRDSILSIKDFIRGSETTEEKVISSLNIFVKEKTADLYSSSFLSLVGFPSFDETYIRSCARHPNISPVLGIINSSNYNYLLGPKAPYNLENILKYSPEALKSDWHIRFLIYQILSALVYMHGLGISHGNIRPSSILLNESCWSWLNVFDLIKQTVSSSSNVSSCLDNCPANSICSELKVSASTDWYSNFIRWWKGELSNYEYLLILNTLAGRRYGDHTFHTVMPWVIDFTVKPNENSDIGWRDLTKSKWRLAKGDEQLDFTFQTSEIPHHISDECLSELAVCSYKARRLPLNILRQAVRSVYEPNEYPSNMQRLYQWTPDECIPEFYSDPQIFFSLHSEMCDLAIPSWASSPEEFISLHRDALESDRVSKQLHHWIDITFGYKLSGEASITAKNVMLPISDLSIPRSTGRCQLFTKPHPMRRLQGDKCTIYDDNLLPATQYLADLEQAISFREYAHHLCPVYTCDRFNAKYPKVATQEPIDCKGMVTSIPNLSLLEHFDTTDSGCTGFHELLYRNTKLSFYDVDSEDLAEDIFSLGCILAEVYLKRPLFNCLSLAAYKENDVLPDTIQDLPPHVAILVKSSIHKDWRRRPSAKCLLGSQYFPPTVRAAYLYLAPLQLLAEVGPRLQYASKLASEGAFKAMGAYAAEMCVPYCIPLIMSPLSNVEAESALSLLKEFLKCLNCRAIKTLILPSLQKILQVSEYSHLKVSLLQDSFIQDLWKRVGKKVYLEKIHPLVIANLYDSPNKISASVASVALIGSSEELGIPITIHQTILPIIHSFGKGLGPEGIDVLIRIGGLHGEKFIVKQLLPLIRNVILSCIAASSKNMTEPQQSLISLALTDSFSALDGLVSVLSVETVIKELFQDQICIHIKALMQHNLGLPVLQTAAATLLALCQRIGSDLTISHVMPQLKELFDELAFGQEAAYGPGSSKRHVKISILQSDEDAKIESRLDLV*

Gene

>g212939.t1
ATGTCCAGCAGCCCGCTACCATGCTTCAACTGCTTACAGCGCCGCATCGAGTCCGATTTATCCTCCGATATCATCTTCCGGTACGGTATTTCTGATTCCCCTCTCCCCTTCGGCTCATCCGCTGTTATCCAGGTTCTTCAATTTTCTCTATTTTATTTTTCTAAATTACAATATGCGATCTGTTGTGTATAAGAGTATTATTAATTGATGGAAATGATACTAAGGTTGATTTCGTACTCATTGTGTTGTGACTTTCTTTGTATTTTATTAGTTACTTTTCGCCGCTTAGTAGTTTGCAATCATTAGTTATATGTATTTGTAGTGGTGGATAAGTTTGTACTAATTCATTAATAATTATCTTCTTTGGAGTCTGGGTTCATTTGGTGAAAAAGTTTAATATAAATAGTTTATTATTACCAGTAAAGCATTGTTAGTTTGTTACCATAGATGCATCTAGTTGAAATTACCTTTAGTTGATCGATGGTCAGATCTCTAAACCTATATATCCTGTAAATTCATAATATTGCCTTGCTAATTGATGATTCAAACTGTTAATGTAATATGCATCAACTATGAAGACACCTGAAATTTTCAGTATGGTTAATAACATTATCACATGTGTGTGCTTAATTACCTAGTGTGTGAAATTATAAATGCTGATTAAGCAGATTGGTTACATTTGGATCCTGTATAATGTGATGTTAAAATATACATGTGGTAATAGACCCATCAGAAATAGGTCTGTATCATTTGACATATAATTTATGTCTTTTGAATTGCAGATATGTCTAAATGGGGGAGCAGACAATGTAGGAAGGTCCGCTTTTAAGTCATTCTGCAATGTATGTTGTTATTCTTACCTGACACATCATTTATCTAATGTTGTCCTCTTTTAAATCCCAGTGAAGAAGTGTCTGCTCAGTTCTTGCTGGCTCAAGTAGAAAACCACGATGATAACAGGTGCTTGATACAATGTGTAAGATCCAAATTTACTTTCCACGATCATGTTGTTTATTAACATTTATAACATCAAGTGGTTTATGTGTGGGCAAAATCTTGCAGTCACTTGTATTCAAAAGTAACTGCCGTATTGGCTCCAGCTGCTCATGATATAAGAGATTCCATTTTGTCAATCAAAGATTTTATTAGGGGATCCGAAACAACTGAAGAAAAAGTAATATCATCACTAAACATCTTCGTAAAGGAAAAAACAGCAGATCTGTACAGTTCAAGTTTCTTAAGTTTAGTTGGTTTTCCATCATTTGATGAGACTTATATTCGTAGTTGTGCCAGACATCCAAATATATCACCAGTTTTAGGCATCATAAATTCTTCAAATTACAATTATTTGCTAGGCCCGAAGGCTCCATATAATCTAGAAAATATTTTGAAATATAGTCCTGAAGCATTGAAGTCAGATTGGCATATAAGGTTTTTGATCTATCAAATTTTGTCTGCACTGGTCTATATGCATGGATTAGGAATTTCTCACGGAAATATCCGCCCATCTAGCATCCTTCTGAATGAATCGTGTTGGTCTTGGCTTAACGTTTTTGATTTGATAAAACAAACTGTCTCTTCTTCCTCTAATGTATCTTCTTGTCTAGACAACTGTCCTGCTAACTCTATTTGTTCTGAGCTAAAAGTATCCGCTTCAACAGATTGGTATTCAAATTTTATACGCTGGTGGAAAGGTGAACTAAGCAATTATGAATATCTACTTATTTTGAATACACTAGCTGGTCGAAGATACGGCGATCACACATTCCACACTGTTATGCCTTGGGTCATAGATTTTACAGTTAAGCCTAATGAAAATTCTGACATTGGATGGAGGGACCTAACAAAGAGCAAGTGGAGGTTAGCAAAAGGCGATGAACAATTGGATTTTACATTTCAAACCTCTGAAATCCCTCATCATATTTCTGATGAGTGTCTATCTGAATTAGCAGTATGCAGTTATAAGGCGAGAAGGTTGCCATTAAATATACTTCGACAAGCAGTTCGTTCTGTATACGAACCAAATGAATATCCATCGAATATGCAGAGACTTTACCAGTGGACACCTGATGAGTGCATTCCTGAGTTTTATAGTGACCCTCAAATTTTCTTTTCACTTCATTCCGAGATGTGTGATTTAGCCATTCCATCTTGGGCGTCGTCTCCTGAAGAGTTTATTTCTTTACATCGAGATGCTTTAGAAAGTGATCGCGTGTCAAAACAGCTTCATCACTGGATTGATATCACATTTGGTTATAAGTTATCAGGTGAAGCATCTATTACTGCAAAGAATGTAATGTTGCCTATATCTGATTTATCAATACCAAGATCAACAGGACGCTGTCAACTTTTTACTAAACCGCATCCTATGCGCCGACTACAGGGAGATAAATGCACGATATATGATGATAACCTCCTTCCTGCTACTCAATATTTGGCAGATTTAGAACAAGCTATTTCATTTCGTGAATATGCACACCATTTATGTCCAGTGTACACATGTGACAGATTCAATGCTAAATATCCAAAAGTAGCAACTCAGGAACCTATTGACTGCAAGGGTATGGTGACATCTATTCCTAACTTGAGTCTTCTTGAGCATTTTGACACCACCGATAGTGGTTGTACGGGATTTCATGAATTATTATACCGGAACACAAAATTATCCTTTTATGACGTTGATTCTGAAGATCTTGCAGAAGACATATTTTCTCTTGGATGTATTTTAGCTGAGGTTTATTTGAAGAGACCACTTTTTAATTGTTTGTCATTAGCTGCCTACAAAGAAAATGATGTTCTTCCTGATACAATACAAGATCTTCCTCCGCATGTTGCAATACTTGTCAAATCATCCATACATAAGGACTGGAGAAGGTACACACTGTTATGCTTTTAAATTATTTTTACATACCATAGGAAATTTGACGTTGTACATTGCTTGTGTCAGGGATCCAGACTAAATTGCATAAGCTTTGTATATTATATAGCCCGTTGCATATGGCCCTAGGGGTGAACGTTCAGTCAGCACTAAAGTAAAATATGACAAATTGAGTTAGAACTGGGAGAAAATCAAAACCAAAATGACCAAACCAAACTAATTTTCCGTTAAATCGGTTGTCTTTGGCTGAATGAATATATGGTTCAATATCATTCCCTTTTAATGATTTGAATGATCAACATACAAAAAACAATATTGTCAGTTCATAACCATGTCATGTTTACTTTATATTTTTGTGTCGTTTGCAAGCAATTCGATATTTATTTAAGTATACTTTATTTTCTCTGGACAACCAATGTAAAACACTATTTTATCATTATTAATTTATTCAGGACATGACAAAATCGATAATTTATAAGCCGATAAGAACCAAATAAACTGAATTAATCGACCATAACTGGAATGTTTTGGTTTGATTTATATATTCAGTTCTAACCAAATAATGCTCACCCTGTGTGGCTCTAGTCTCACTGCCATGACCCTTTTTTCAATTTGGTGTTGGGGGCCACTTTAAATACTAACCATCTTTGGAAGTAAATATAAAGAGCTATCCAGGACCAATTTCATGTGGGTATTTATCAAGGTTTGAGGTATCGTTCGGTACCCCGAAATTCCGGTGGTACCGGACCGGTACCGGTGACGTCTGATCCGATACTGAAGTAAAAATCCGGTTTCGGTTTATTTAACTAATCAAAAAATCAAAAACTGTACACACCATAAATTGAACCCTAGGCATGTGATAACATCAGAAAGGAACAAAGAATCCAACAAAAACTAAAAATAACAAAATAAAGGATAGAAATCGAACACTTATCTCATCAAAATTGAGATCTTTGTTCGTCAATTTTTGTGTTGTTCGAGCATCCAAATCGTTTCGAACGAGTCTTGAATAGTAAGGAGCGTTTTTTTAAACATTGCGTTCAAGTGCTTTACTTTTTTGCCCTAAGTCGAGTTTGGATTTTGAGAGAAAATGAGAAGCGGGAGTACTATTTTTAGAGAGGAAAAGGGTTTGATGGATCAGATCTGTTATTTCACTAAAGTAATTTAAAAGTTTATTTAATATGGGCTGTGTTTAGGTTTTGGGCTGGTTTTGTTAAATGTGTAATTTCAGTTTAATTTAGTGTGATAAAACCTAGTTTATTAGGTAACTTATTTTTATCATTTATAATTATATTTTATAATTTTAAATACATCGGAAAATCAAGCTAACGACTGAAACCGAAACCAACGAAATTTCCGAAATAAACCGGAACTAAGAATATTTCAAATGACCGAAACCGGTACCGAAACCGAGTTCTCAAACCTTGGTATTTATGTTCACGATACCCTAATACGTTCCTTACGTCCGTAATATACCAAAATTTGAATTAAGCATTTCTGTGGAATGTGAAGATAACTTTCCTCTCAAGTTAAATCCTTACAATACATATATATGTGGTATAATGACTAGGATCGCTTCCTTATATGAAGCAGATCCTGTAATAGCTAATAAGATTTTAATGAACTAGCCAAGCAATTATTTATACATATATCTATTGATGTAATGCTGGTATTGAATTGATAAATCTTTAGGAGGCCTTCTGCAAAATGTTTACTTGGATCCCAGTACTTTCCTCCTACAGTCAGAGCTGCATACTTATATCTTGCTCCACTTCAACTTCTTGCTGAAGTTGGGCCCCGTCTTCAGTATGCTTCAAAACTTGCAAGTGAAGGAGCATTCAAAGCAATGGGAGCATATGCTGCAGAGATGTGCGTTCCATATTGTATACCTCTTATCATGTCACCTTTGTCAAATGTGGAAGCTGAATCAGCTTTGAGTTTATTGAAGGAGTTTTTGAAGTGCTTGAACTGTCGAGCAATAAAAACATTGATCTTACCCAGCCTGCAGAAGATTTTACAGGTCCACAGTGGAAAATATACTTATTATTTTATAGCAAGATATGTGTGTGCACATGCACACACACATGCACTTAAAGTCATGCATTATATTTGTTTTTTTACAGGTGTCAGAATATTCTCATCTGAAAGTTTCTCTACTTCAAGATTCTTTTATTCAGGATTTGTGGAAAAGAGTGGGTAAAAAAGTGTATCTAGAAAAGATCCATCCATTAGTGATTGCAAATTTGTATGATTCACCAAACAAAATATCTGCCTCAGTTGCATCTGTTGCTCTTATTGGTTCCAGTGAAGAACTGGGCATTCCAATTACTATTCATCAGGTAGCTTGCAACTTAATATCTAATCTTCAGCTTATAAATAATTTATTCTGACTTTATATTCTTATAAAAAGACAATCTTGCCAATAATTCATTCTTTTGGAAAAGGACTTGGTCCAGAGGGAATTGATGTTCTGATTAGAATAGGTATATATTTCACTGTGAAACTCATTTTCCATTTCTTAATTGTTATTTAGGTTTATCAGCATTGCTTTAATTGATTACAGGTGGGCTTCACGGAGAAAAGTTTATTGTCAAGCAACTTCTGCCCCTAATAAGAAATGTTATTCTCTCTTGTATTGCGGCATCCAGTAAAAATATGACAGAGCCCCAGCAGAGTTTGATTTCTTTGGCATTAACTGACAGTTTTTCGGCATTGGATGGTTTGGTTTCAGTTTTGTCTGTAGAAACAGTAATTAAGGAGCTTTTTCAAGTATGCCTTCTTCTTCTTATTATTTTTTTAAATTATTTTTTTTTAAATAAAATAAAATAAAAATAAAAAATAGTTATCATCTTTTTGCTGCTTCATAAGTTTCCCAGTGCTGTTTTTTGTGTTTAAATTACATACAGGACCAAATCTGTATCCATATTAAGGCTCTCATGCAGCACAATCTTGGTCTACCTGTGTTACAGGTAGATACCATCTCCATCACTTTTTCCTCGTGTGATTGTATTTTGGAGTCAATTACTAAAAATTCCCTTTTGTAGAATATTACTTTGGTTTATTCATTCAAACTTTTTTCTGCATTATTCAGACTGCTGCAGCTACTCTACTTGCGCTTTGCCAGAGAATTGGATCAGACCTAACTATTTCGCATGTAATGCCGCAGCTCAAAGAGCTGTTTGATGAGTTGGCGTTTGGCCAAGAGGCCGCTTATGGACCTGGTTCTAGTAAAAGACATGTAAAGATTTCCATATTACAGTCAGATGAAGATGCTAAAATTGAAAGCCGGTTGGACCTCGTGTAA

Functional annotation

Database	accession number	e-value	annotation
nr	XP_020277297.1	0.0e+00	protein GFS12 isoform X2
Swissprot	F4JY12.1	6.4e-296	GREEN FLUORESCENT SEED 12
trEMBL	A0A8B8ZM90	0.0e+00	protein GFS12 isoform X2

Best hit in Arabidopsis

TAIR id	% identity	e-value	bit score	gene aliases	Short description
AT5G18525.1	54.53	0.0	1035		protein serine/threonine kinases;protein tyrosine kinases;ATP binding;protein kinases

>>>Show top 3 blast result

Query id	Subject id	alignment length	mis matches	gap openings	query start	query end	subject start	subject end	% identity	e-value	bit score
g212939	AT5G18525.1	972	407	9	107	1044	170	1140	54.53	0.0	1035
g212939	AT5G18525.1	38	13	0	8	45	9	46	65.79	1e-09	62.8
g212939	AT2G45540.1	238	127	9	282	491	2234	2468	33.61	4e-23	107

Ortholog group

Species	Genes
Allium cepa	g212939.t1
Allium fistulosum	AfisC1G09063
Allium sativum	Asa7G06794.1
Arabidopsis thaliana	AT5G18525.1
Oryza sativa	LOC_Os01g22390.2; LOC_Os01g22390.3

Pfam domain

Pfam ID	Pfam name	type	alignment_start	alignment_end	bit_score	Evalue
PF00069.22	Pkinase	Domain	143	278	35.5	6e-09
PF02138.15	Beach	Family	282	490	144.4	3.9e-42

Gene Ontology

Accession	Ontology	Name
GO:0000151	C	ubiquitin ligase complex
GO:0005622	C	intracellular
GO:0005575	C	cellular_component
GO:0002376	P	immune system process
GO:0006952	P	defense response
GO:0042742	P	defense response to bacterium
GO:0008104	P	protein localization
GO:0005623	C	cell
GO:0006605	P	protein targeting
GO:0006623	P	protein targeting to vacuole
GO:0006810	P	transport
GO:0006886	P	intracellular protein transport
GO:0006950	P	response to stress
GO:0006955	P	immune response
GO:0007034	P	vacuolar transport
GO:0008150	P	biological_process
GO:0009605	P	response to external stimulus
GO:0009607	P	response to biotic stimulus
GO:0051707	P	response to other organism
GO:0009617	P	response to bacterium
GO:0009814	P	defense response, incompatible interaction
GO:0009816	P	defense response to bacterium, incompatible interaction
GO:0015031	P	protein transport
GO:0015833	P	peptide transport
GO:0031461	C	cullin-RING ubiquitin ligase complex
GO:0032991	C	macromolecular complex
GO:0033036	P	macromolecule localization
GO:0033365	P	protein localization to organelle
GO:0034613	P	cellular protein localization
GO:0042886	P	amide transport
GO:0043207	P	response to external biotic stimulus
GO:0044424	C	intracellular part
GO:0044464	C	cell part
GO:0045087	P	innate immune response
GO:0045184	P	establishment of protein localization
GO:0046907	P	intracellular transport
GO:0050896	P	response to stimulus
GO:0051179	P	localization
GO:0051234	P	establishment of localization
GO:0051641	P	cellular localization
GO:0051649	P	establishment of localization in cell
GO:0051704	P	multi-organism process
GO:0070727	P	cellular macromolecule localization
GO:0071702	P	organic substance transport
GO:0071705	P	nitrogen compound transport
GO:0072594	P	establishment of protein localization to organelle
GO:0072665	P	protein localization to vacuole
GO:0072666	P	establishment of protein localization to vacuole
GO:0080008	C	Cul4-RING E3 ubiquitin ligase complex
GO:0098542	P	defense response to other organism
GO:1902494	C	catalytic complex
GO:1990234	C	transferase complex

KEGG pathway

KO	Name	Enzyme ID	Pathway	Pathway ID
K17601	WDR81; WD repeat-containing protein 81	EC:-	-	-

Expression pattern in different tissues

Expression pattern in BioProjects

Co-expression network