result

Gene information

Detail information of AfisC2G00059

Location

Gene	Chr	Start	End	Strand
AfisC2G00059	chr2	6781545	6790759	-

Sequences

CDS

>AfisC2G00059
ATGGATCATGTGATTGGTGGGAAATTCAAGCTTGGCAAAAAGATTGGCAGCGGATCATTTGGCGAGATCTATAATGGAGTTAATATTGAGAGTGGAGAGGAAGTTGGCATCAAATTGGAATCTGCGAAAGCTAAACACCCTCAACTTCATTATGAGTCAAAATTGTATATGCTACTCCAAGGAGGAACTGGAATTCCTCATCTAAAATGGTTTGGAGTAGATGGAGAGTACAATGTTATGGTAATTGATCTTCTTGGGCCAAGCTTAGAGGACCTTTTCAATTATTGTAACCGAAAGTTCACATTAAAAACAGTTCTTATGCTTGCAGATCAATTGATAAGCCGAGTTGAATATATGCATTTAAGAGGTTTTCTTCATCGAGATATAAAACCAGATAACTTCCTTATGGGTTTAGGTCGCAAAGCTAATCAGGTGTACATAATTGATTATGGCCTTGGAAAGAAATATAGAGATCTTCAAACACATAAGCACATACCATACAGAGAGAACAAAAATCTTACTGGAACCGCACGGTATGCAAGTGTTAATACTCACCTCGGAGTAGAGCAAAGCAGGAGAGATGATTTAGAATCTCTTGGTTATGTGCTAATGTATTTCTTAAGGGGAAGCTTGCCATGGCAAGGATTGAAAGCCGGCACTAAGAAGCAAAAGTATGATAGAATAAGTGAAAAGAAAATGCTTACTCCAGTTGAGGTACTATGCAAATCTTATCCATCTGAATTCGTGTCTTACTTTCATTATTGTCGGTCATTGCGATTTGAGGATAAGCCAGATTATTCTTACTTGAAGAAGCTTTTCCGTGAACTCTTTATTCGAGAAGGTTATCAATTTGATTATGTATTTGATTGGACGGCCTTAAAGTATCCTCAAATTGGTTCTAGCATTAGATCACGGCCATCTAGTGGAAGACCAAGTGGAGGAGTCGGTCCATCTCTAGTAAGGCTCGAAAAGACTACAGCCCAAGAAATGAAAGATAAAATCTCGGGTGCAGTAGAAGCATTTGTAAGGAGGAACAGAGACCCTTCAAAGATTAAGATTCACCATGATGCAGGTGGATCTTCTAAGAACGCTGTGGACCTAGAAAAATCAGGTGTATCGACATCAAGAAACAGCACCGGATCAAAGCGCTCCAGTGTGGCGGTTACAATCCGTAAAAGCTCCGGCGTACACACTGATCCACTATCAAACAGTGGTAGCAATATTCGAGCCTCTACTCAAAGACTACATCATTCTACCATCGTCGAAACCAATAAATCTTCTCCTCTTGCTCGTCGCACCACTACGAGTCGGTCCCGTGGCAATGAACCTCTTTATAAAAGGGTCGAGCTGCTCTCTTTAGGCAGCAGTGATAAAAGAAAGTGA

Protein

Gene

>AfisC2G00059
CAAGGCTTAAATTTTGGGCGTTTTCCTCGTTAAATTAATAATAATTATTATTGTAACCTTCAAGATTTTTATATTATTCTTTTGGTCAATTTCTCGCGTTTGATTGTTAGTGTATTCTAAATATAGTAGGTATTCTTGAATCAAATTTGGGTATCTCATTGGAATCAGTGAGAGTGAGATTCAATTTCAATCTGATTGAGGTAATATATATTAAACTTGGGATTTTTAGTGATCTTGTGACGAAATTTGAGGAGATTTGAATCTGAGAACTCTATATTTTGGTTGTACTAAGATTTATTAAGTTAAGAATGGATCATGTGATTGGTGGGAAATTCAAGCTTGGCAAAAAGATTGGCAGCGGATCATTTGGCGAGATCTATAATGGTCAGTTATCTTTTTGGCTGTTTTAATTTAAGTTTTGGAATTTAATACGACTTCTTTATTTCTTGTTTGTGTAGGAGTTAATATTGAGAGTGGAGAGGAAGTTGGCATCAAATTGGTAATTCCTGAACTTATTATTTCTTGATTGAATTGTTCGCTATAAGTGTAAAACAATCGTGTCAGTGTTTGTACAGTAAAACATAAATCGTGTAACTCAAATAACATTATAGTAGAACCAAACAACCGGGGAAGATTATAGAAATGAAGTGTTTTGAATCTTATTTTACAGAGTGAGTGATCAAGAAAGTACTCAGAATTTAATATATTATTTGACAGAGTATTTCGTATAATTTTACCATGTTAATATGTATATTAACTATCAATAATTTTGTATAAAGTCTGCTTCAGATCAGTGGCGGAGCTAGCCTGCAAAGTTAGATAGGGTGGACATCACACATACGAAAATTTATTAAAAACTTGCAAACCGTAGTACTGAGGATTTATTTTAAAAATGTTTTTTTTTTTGAGTAAATTTTGATGCTAACTGTCAACCAAAGCACAACAACTGGACATGAAAATATATAAAAGATTACGTACCGGTACTGAAATATTTTTCATGTAGTAGGTAAAATAATGTGAAACCTTTTTACAGACTTTGGAGTGTTGAACTTTTTAGTAAATGTAGGAAAGAAACTACCAGGATAGCCTAAGATATAGAACTAGTAGGTTAGTTCACATAGGGCAGTTTTTTAAATTCAGCTGGGGCCAAAACTAGTAAGTTGATTTTTGTAAAAGAAAATTAAAAATTTCAGGTAGCCTTCGCCCTAGCTCAGAACAATGTACCTCCACCCCTGCTTCAGATTCAAGATCAGCTTGTAACCTGTTGATTCATTTTTATAGTCCAAATTCTCTTTTAATTAGTTGTACTTTATGAAATATAGGAATCTGCGAAAGCTAAACACCCTCAACTTCATTATGAGTCAAAATTGTATATGCTACTCCAAGGAGGAAGTAAGTTTGATCATTGTTTTTTAGCTTATATTTCTAAAAATTGTTAGTATACTTGTATGTTGAATTTTTAATTTTTTTGATTGTATCATGAATAATAGCTGGAATTCCTCATCTAAAATGGTTTGGAGTAGATGGAGAGTACAATGTTATGGTAATTGATCTTCTTGGGCCAAGCTTAGAGGACCTTTTCAATTATTGTAACCGAAAGTTCACATTAAAAACAGTTCTTATGCTTGCAGATCAATTGGCAAGTATACCACAGCTTTTTTTTTTCCTTCTAACCCTAGGTGATTGTTACGGCTGACAAAAATAAATAAATCTTCTTGATAATAGATAAGCCGAGTTGAATATATGCATTTAAGAGGTTTTCTTCATCGAGATATAAAACCAGATAACTTCCTTATGGGTTTAGGTCGCAAAGCTAATCAGGTATTCTTCTGTATGTGCTATCATATTTTTTTTATCATCAAAATAGATGTTAACTAACAGCATTATATTAGTAGAAATATTTTGACGCTCCACCTCCACTTGGAACATCACAACCATGCTCCAGTTCCCAAAAAATGACACTTAATTGATCTATAAAACTTTCTCCAACAGTAAACAAATGTTCATCACTAAATTATCCGTAACAAAAAGAAATATGTGCAACTCATTGAAGGTTGAAGCTTGATTTTGATGCTTTAAGCGAAGCATCATAGTTTTTTCCCATGTGTTATATCCACTCGTTTCATGTCCTAGAATTAACTTTCTCCAACAGTAAACAAAGGTTCATTACTAAATTATCTGTAAAAAAAAAAGAAATATGTGCAACTCATTGAAGGATGAAGCTTGATTTTGATGCTTTAAGCGAAGCGTCATAGTTTTTCCCATGTAACAAAAAGAAGTATCCACTCGTTTCATGTCCTAGAATTAACTTTTTTAACCCCTTTCTTCTGATTTGTTTGAGTATACGCTTTTGCTTCTCTGATCTGAAGTTATACTTTAGTGGGAATTTGCGTCTTATATTTTGTGTTATTCATAAAGTTGTGGGCTATTGTTAGAAGAGATAACAGGTATCGTGTGGTGTCTTTTTAGAAATCCCTATGAAAATTGGTTTTGTTTTTTTCCTTTTCTTTTAATGTATGATTATCCCATCACAAAAATATATCACTGGGCCAAGAAATTACTTACTTTTATGCTTATTTTCACATGCCTTTAAGCTGGTAAGATTCTACCACAACTGGGATTCTCAGTATATCTTTGTTACAATACAAGCATAGTCTTTCCTACAGGTTATGTATCCTGTCAGTTTTAGTTGATTTTACGAGTCTAGATTAGATTATTGTATATCACATAAGAGGGGCTTCTGTTACTCAACTACTCATTCCCTAATGTTTTCCTGATTCTTATATGTAAGATACCTCCTTTGTTTATACTTTGTTAGATAACTTATGCATTTACTGCTTGTTGGCAACAATAGTTTCCCTGCTGTCTCATAATCCGCTAATTCCGATAATTGCTTTTTCAAGGGACTTTTTGCTGGTTTAATATTACTGAAGATCTGACTTTGATTGCTTTTCTGGTCACTCCCTCCCATGCTATGTTAGAATAAATCATTAAATATATATTATTTGTTAACATCTATGTTTTTCTGAATAGGTGTACATAATTGATTATGGCCTTGGAAAGAAATATAGAGATCTTCAAACACATAAGCACATACCATACAGGTAAATCTTAGCAACAATTTCAATTCATCTGTAGAGATTTTCAGGAGGGAAAAAAAGAGATATACTGAAGAACGATGCCTGAATTTTTTTCCTTTATTATTTCTATAAATGTCCCATTGATCTCTTGCTAAAAAAAATAATACAGATTGAAAATCACCACAAGCATAATATATAAGATTAGTTTTTTGCTATGTTGTAAAAAATCTTTCTAGGCATCCACCTAGGCGCTAGGCAAGGCTTACCGCCAAGTCATCCGCCTATGTCCTCCTGGGCGAAGCATACCACCACATCTAAGCATCTAAACGGGTATCTTGGCCCAATTTAGACACTAGTTCAGGTTTGATGCCTCGTATAAGCATGTACATGCTAGTTTTAGACGTTTCTACTCCTTTGTTGCTCCTAAACTCATCCAAACCCTCAAATTTCCAATTTGGATCAATTAATACTAAACGAATACTAAATTTTATCCTAAATACACTAGGTTGTCAAAAACAATTACTTTTGATCAATCCCAACAAAACGATTAATCTCTAATCCATAATTGCCACCTACATTTGCCTAGCGATTTTTGCAGCCTTGGTTTTTTGTCATTGATAGTGTCAAAGTGCTGACTTTGATGTATTTAGGATGTATTTAATCATGTTTTCTAGGTACATAAATGCAAACCAAGGTTAAGTATATTCTTAGGTTCAACATAGGCAAGCATTATAAAAAAAAGACAAACTTTTGCAGTAAGGTGTTTACGTTGGTTATAGTAAACCAAAACTATTGCCTCAGGCACTTTCTAATTTATTGAGCATAAAATGAGCAATAGCATAGCTTATTTTAGATGCTTTTTTTATTACTTTTTAATATGTTTATATTTTTACAGAGAGAACAAAAATCTTACTGGAACCGCACGGTATGCAAGTGTTAATACTCACCTCGGAGTAGGTCAGTCTGTTATATTAAAAAAAAGTGATACCAACCTTTGATATTGTATGATGCATCAACTCATGTGATACATACATGTCCAGAGCAAAGCAGGAGAGATGATTTAGAATCTCTTGGTTATGTGCTAATGTATTTCTTAAGGGGAAGGTTAGAATTTCTTGCTAACCTTATTTAATTTGGTATCCATAGCTATACAAAAAATATTGCTGAATATTGATAATTTTGTGCATTATCTTTCTTTTTCTAATTTCAGCTTGCCATGGCAAGGATTGAAAGCCGGCACTAAGAAGCAAAAGTATGATAGAATAAGTGAAAAGAAAATGCTTACTCCAGTTGAGGTACTTTAAAAAGCGAACTTTCCGTGCATACAGGGCCTCTTTAACAACCAAAAGCAAAAGCAAGCTTTTTTTTTCCCCAAAGATTTTTGCTTTTAAAAAGTCATTTGTCAAATTACTTATGTACAGCTTATAAAATTAAACCAACATTACCAAATACACTTTTAAAAGTTGAAAGTAAAAAATAGTTGATTTGAAATTAAGTCAAGAATTAACTTATGAATGTTTTCAATTTTCACTCGGCCAAATTGGCTTTTGCTTTTAAGAACGGGAGAAATAAAATCCTAGGTTGCTGTTTAAAATATCAAAGCATAATTTAGGTTTAATTAAATATTTCATTTTTCATTTAGTTCCTTATTCATGCCATCCTTGATTTTAGGTACTATGCAAATCTTATCCATCTGAATTCGTGTCTTACTTTCATTATTGTCGGTCATTGCGATTTGAGGATAAGCCAGATTATTCTTACTTGAAGAAGCTTTTCCGTGAACTCTTTATTCGAGAAGGTATATTTGTTTTCTTTGGTTATGTCATTCAGTTGTATGAATATACTTTGATCTTGTACTTGAATGCTGATTAGCGGTATATTGCAGAAAACATCTCATGTATTTATAGTTAGAAATTATTTCAGACAGTTGCATTTTAAATTAAAATTTGGAAATATAAACTTAAAAATGCTGATGTAAAATTTCATGTTTTACATATTAATAAAAGATGTTTTACATAAACTTGTAAAAACAAAAAAATAAATTAAGATTATAAGTTTTACTTAATCCAAAGTTACAAAAATGAACAATCTATCAAAGAAAGTTTTTAGCGAGAACATGATTGTATTTGAAACGGTAAAATAAGTAGAATATTGAACGGAAATGTATAACCAATCCATTGGGAAAGGCTTTTTTTAAAAAGTGTGCACATATTTCTTGAATGTAAAGATATAAAAGGGTAGAAGATAATAATAAATAAATATTGAATTTTTGACACGGTCAGCATTCACTCCTACCACTTTTGTTTATGATAAGGGTATTTACGTCATTTCATGATTTACTATTTTTTTTGTTAAACAAGTAAAGAACGTTAGGGAGTTATTAGTCATACTAAAAAGTTGCGACACCAACAGATATAGTAACTATTATAAATATGTTACGCTGTTCACAATTTTAACTACCATTAATCTATCATAAAACATCCTTCAGGTTATCAATTTGATTATGTATTTGATTGGACGGCCTTAAAGTATCCTCAAATTGGTTCTAGCATTAGATCACGGGTGAGACTGTTATTATATTTCAATCTTCTATCATATATATGATTTGATTTTACGTCATTTTATAATCCTTCAAAAATATATTCAGCCATCTAGTGGAAGACCAAGTGGAGGAGTCGGTCCATCTCTAGTAAGGCTCGAAAAGACTACAGGTGTGTTAGTCAAGAATGTTTTACCTTCAGGGTTTGGTTGTTGATATTTTTCTGTTTAATACATTAGATTATCTTCAGAGATGTTAGGTCATTTATAATCTGTTATGTTTCTCTAGTCCAGAGACAATATAGATACTTATTCTCCTAGTGACCGTTTAATCATTTTAACTGAGATATTTTGTGTAATTAAGATGAAATTGTCACTTTTGTCATAAATTTAGTGAAATAATTGATGATTATGGACAGCAGTTCGTTTTAAGGTAGAAAATATATTTATTAAACTGAATCACGATAAAGAAAACCAAATTAATTCGATCTTTTATCACTTTAACTGAACTAAAAAAATATTATATGTTTTCTAATGTTAAAACATGAAATTATGATTGTAGTGCTTTTATGAGGTACATTGATGAATGGCGTTGATTTATTTTTGATACATACAATTTATTTTGTTTAATAAACTATTTTAGAAAACTGTCATTAATAATTTTGACATTGCACTAAAAGTTCAGTTAGTTACTTAGTTTTATTAAACAGACAAAAAGAAATTTATCTTGCAAACCGAAAATAATCGATTTAACTTATTAATCGAATAGAACCAACTAAAATGAACTGGTTCAGTCGGTTTATACGGTTCTTTCCAAAAGTTGCTTACCCCTAATCGTGGAAAACCATTTCCCTAGAAGTTTAAAAATCTGAAAGCTTTGTAGATTCAATATGCCAGTATTGAAATATTAAATTTTATCACATTAGATGTGCTTAGCAGAAGTAAAAAACATCACCAGGTATGATGCAAATAGAAGAATAAGATTTTCACCATAACTTTTCAAGCACCTTTTTCTAACAGAAGTTTCATTTAACATTATTACTTAATATAGACAGTTGCATATTCTAATTTTCAATTGCATGAAATTCCATGCCTTTTTCATGAAGGCGTAAAAAGTTTGTAGCAAACACTGAAATAAATATCTCATTATTAATGATATTTTCTCATTCATGAGATGAATAAAAATAAAATTTGTTTCCTATAAACCATAATAATAAGTAGATGAGATTCTAAATATCCAAACATCAGTGAAGGAGAGTGATATTGTACTATTATTAATGAAACATCAGTGGTAGATATATTGCATGCGCTGAGAAAATTTTGTGGATATTATCACACTTTGATAAATAAAGTAAGTATCCACGCGTAACTTTTCCATTCTTAAGATATCCTTAATTGAATTCTAACCACTTTTATGTTTTGTCCAATATATATCTTAGTTTTGACATAAAATTTAAGTTATTTGTTGCGATTGCAGTACTTTTAAGTTAATGAACATGTTATGACTGACCTATTGTTGAGACAACCATCAAATAATGAAGGAAAAAAGGGGAAACAAGAGCTTATAGTTTACAAATAGCTGGGAATAGTAACGAGAATGTAAACGAAACTTTTAGCATGCTTGTATATTCAAATAATAAAGTTAATTGTTTTACTTGATTCAGACTTTCATTATGGCATATGCTTTCTCAGTTGCTCATCTACATTACTAGGAATTAACTAATGGATGTAATTTAAGTTGATTGGCAAAAATATGATTTTACTGGATTATATATTGTAACAGCCCAAGAAATGAAAGATAAAATCTCGGGTGCAGTAGAAGCATTTGTAAGGAGGAACAGAGACCCTTCAAAGATTAAGATTCACCATGATGCAGGTGGATCTTCTAAGAACGCTGTAAGTTATTATATGTTCTTCAAAAAAAATCCTTAATTTTGTTTGGGCATATCTATATACACCGCAGAATTAATTGTAATCCATCCATTTCTTCATTTTGATATCTTGGGCTGTGCAAAAATCCACACATTTTTGCTCCGTAACTCACAAGTGAAAAGTATCACTGTAGCAAAATATTGCAGTAAATTCTCGGCTGTTTATAGGATTTTTTTTTCTTTTATTGTTGGAGATTGCAAAAGGAGTGCCTGAAATTTAAATTTTGCAACACCATGGAATTTTTATGTTGACCAAACTTTTCAACGTGCATTTATGTATCTAAAAAGCCATACAGGGCACATTCAATTTTCTAAAATCATTTGTGGATCATATATGAAAGAGTGATCATCACTCAGTGATGTTGACATATTAAATAAATAAATATTTTTTGAAAAGAAACATATCTTTGCACTCTTATTTAAAAACTTATTACTCCATAAGTTGAGATTGCACTTGACAATGTCTTCTTATGCAGTAATAACCGATACGAATATGCATTTGAATATGTGTTTTTTTCTTTCCAATATTTTGCCTCACATGGTGAGACATTACTTCTCCACATAAGATCCATGTACGATTTATTTATTTTTAATTTTTTTTTTCCCATTTTGTGCACTTTAGAAAACTCATTTCAATTTATGTGGCTTTGAAAACTATACACGATTATAGTTCACTTTCAAACCGGCGTGGTTGAAATATTCCAAAATACACTGGTGCTATTTCAAATAAGTCCAAATGTAATTTTAAAATAAAATAAATGTACACTGATGCTATTTTATTGCTATTTGAAGTAGCATCAACGTATATTGATCACTTTCAAGTTTCAACCACGTGACCAGAAAGCGGGTCTATATTTGTTTTTTTTTTTTTTTTTTGCAAAGTGGACTAAATTGAAATAATTTAACCATTAAAAATGTTGTTAGAAAACCTCTTTTGACCTATTTTACAGGTGGACCTAGAAAAATCAGGTGTATCGACATCAAGAAACAGCACCGGATCAAAGCGCTCCAGTGTGGCGGTTACAATCCGTAAAAGCTCCGGCGTACACACTGATCCACTATCAAACAGTGGTAGCAATATTCGAGCCTCTACTCAAAGACTACATCATTCTACCATCGTCGAAACCAATAAATCTTCTCCTCTTGCTCGTCGCACCACTACGAGTCGGTCCCGTGGCAATGAACCTCTTTATAAAAGGGTCGAGCTGCTCTCTTTAGGCAGCAGTGATAAAAGAAAGTGAATGTTTTACCAGAGATATGTCATCAAGATTTCATGCACATGTTACTTGCTTATATTTTCGATTTTCGATGCACCCGAAAACTTTTATAGAAATGGGTAAAAAAAAACTGCAGTGAAGTTTTGAGGTTTATACAGAAATGCTCATAATAGACAGTGAGGTTCGAGACAGAGTATGTGGGATCATTCATGATACCATGATGAATGGGTTTAGATGAAACAGTCAGTCTACAAAGCAGAGAAACTGTTCGCTTTGCTTCTTGCAGTTGGTACATTGATCTCTTGTTGAACTATTGTAGAAATATACTATTACTGCTATTATATATGTCAGTTGAAATGCAATATGCTGGACAACAGCAGGTGTGTTTTGGCACTCCTATGAACTCAATAAATTAGCATTCAATAATTTTATTAACTCGTGTAAAATCG

Functional annotation

Database	accession number	e-value	annotation
nr	XP_020247886.1	6.4e-195	casein kinase 1-like isoform X1
Swissprot	Q6K9N1.1	1.2e-177	Protein LOW TEMPERATURE GROWTH 1
trEMBL	A0A5P1FR76	7.9e-195	Protein kinase domain-containing protein

Best hit in Arabidopsis

TAIR id	% identity	e-value	bit score	gene aliases	Short description
AT4G28540.1	67.30	3e-179	624	CKL6;PAPK1	casein kinase I-like 6

>>>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
AfisC2G00059	AT4G28540.1	474	133	9	1	453	5	477	67.30	3e-179	624
AfisC2G00059	AT4G14340.1	461	143	5	1	460	7	457	66.59	2e-177	618
AfisC2G00059	AT3G23340.1	432	121	4	1	431	1	424	69.91	5e-177	617

Ortholog group

Species	Genes
-	-

Pfam domain

Pfam ID	Pfam name	type	alignment_start	alignment_end	bit_score	Evalue
PF00069.22	Pkinase	Domain	10	227	84.1	9.3e-24

Gene Ontology

Accession	Ontology	Name
GO:0005886	C	plasma membrane
GO:0000086	P	G2/M transition of mitotic cell cycle
GO:0000139	C	Golgi membrane
GO:0000156	F	phosphorelay response regulator activity
GO:0001934	P	positive regulation of protein phosphorylation
GO:0001948	F	glycoprotein binding
GO:0030529	C	intracellular ribonucleoprotein complex
GO:0004001	F	adenosine kinase activity
GO:0004017	F	adenylate kinase activity
GO:0005739	C	mitochondrion
GO:0005829	C	cytosol
GO:0004673	F	protein histidine kinase activity
GO:0004674	F	protein serine/threonine kinase activity
GO:0004712	F	protein serine/threonine/tyrosine kinase activity
GO:0005507	F	copper ion binding
GO:0005524	F	ATP binding
GO:0005654	C	nucleoplasm
GO:0005774	C	vacuolar membrane
GO:0005813	C	centrosome
GO:0005876	C	spindle microtubule
GO:0006169	P	adenosine salvage
GO:0006281	P	DNA repair
GO:0006364	P	rRNA processing
GO:0006897	P	endocytosis
GO:0007020	P	microtubule nucleation
GO:0007030	P	Golgi organization
GO:0008360	P	regulation of cell shape
GO:0016032	P	viral process
GO:0009506	C	plasmodesma
GO:0009507	C	chloroplast
GO:0009553	P	embryo sac development
GO:0009736	P	cytokinin-activated signaling pathway
GO:0009741	P	response to brassinosteroid
GO:0009850	P	auxin metabolic process
GO:0010087	P	phloem or xylem histogenesis
GO:0015631	F	tubulin binding
GO:0018105	P	peptidyl-serine phosphorylation
GO:0019200	F	carbohydrate kinase activity
GO:0043005	C	neuron projection
GO:0046686	P	response to cadmium ion
GO:0030178	P	negative regulation of Wnt signaling pathway
GO:0032091	P	negative regulation of protein binding
GO:0032436	P	positive regulation of proteasomal ubiquitin-dependent protein catabolic process
GO:0032922	P	circadian regulation of gene expression
GO:0033116	C	endoplasmic reticulum-Golgi intermediate compartment membrane
GO:0034067	P	protein localization to Golgi apparatus
GO:0042277	F	peptide binding
GO:0042752	P	regulation of circadian rhythm
GO:0042803	F	protein homodimerization activity
GO:0043622	P	cortical microtubule organization
GO:0044209	P	AMP salvage
GO:0044822	F	poly(A) RNA binding
GO:0046777	P	protein autophosphorylation
GO:0046835	P	carbohydrate phosphorylation
GO:0048046	C	apoplast
GO:0048208	P	COPII vesicle coating
GO:0048364	P	root development
GO:0048471	C	perinuclear region of cytoplasm
GO:0050321	F	tau-protein kinase activity
GO:0051219	F	phosphoprotein binding
GO:0051225	P	spindle assembly
GO:0051510	P	regulation of unidimensional cell growth
GO:0055028	C	cortical microtubule
GO:0061512	P	protein localization to cilium
GO:0071539	P	protein localization to centrosome
GO:0071542	P	dopaminergic neuron differentiation
GO:0080094	P	response to trehalose-6-phosphate
GO:0080117	P	secondary growth
GO:0090263	P	positive regulation of canonical Wnt signaling pathway
GO:1903827	P	regulation of cellular protein localization
GO:1990090	P	cellular response to nerve growth factor stimulus
GO:2000052	P	positive regulation of non-canonical Wnt signaling pathway

KEGG pathway

KO	Name	Enzyme ID	Pathway	Pathway ID
K08960	CSNK1E; casein kinase 1, epsilon	EC:2.7.11.1	Wnt signaling pathway	ko04310
			Hedgehog signaling pathway	ko04340
			Hedgehog signaling pathway - fly	ko04341
			Hippo signaling pathway	ko04390
			Hippo signaling pathway - fly	ko04391
			Hippo signaling pathway - multiple species	ko04392
			FoxO signaling pathway	ko04068
			Circadian rhythm	ko04710
			Circadian rhythm - fly	ko04711

Expression pattern in different tissues

Expression pattern in BioProjects

Co-expression network