result

Gene information

Detail information of g195279

Location

Gene	Chr	Start	End	Strand
g195279	CHR3	141063232	141073137	+

Sequences

CDS

>g195279.t1
ATGGCCTCAGTGAGCATGGTGTCTTCGTCAGGGATGAAATCAGGGATGAAAAATGCCAATAGCAGTAGCATGGACATGGAGAAATTACCAGATGAGATGAATGAAATGAAGATCAGGGATGATAAGGAAGTTGAAGCAACCGTAGTTGATGGTAATGGTACTGAAACTGGCCATATCATTGTAACTACCATAGGCGGTAAAAATGGCCAGCCAAAACAGACCATAAGCTACATGGCTGAGCGCGTCGTTGGACATGGATCTTTTGGAATTGTTTTCCAGGCGAAGTGTCTTGAGACAGGTGAAACGGTTGCAATAAAAAAGGTTCTTCAAGACAAGAGATACAAGAATCGAGAGCTGCAGACCATGCGACTTCTAGATCACCCAAATGTTGTTGCTTTAAGACATTGCTTTTTCTCAACAACAGAGAAGGATGAACTATACTTGAATCTGGTTCTTGAATATGTACCCGAAACTGTTCATCGGGTCATCAAGCACTACACCAAAATGGGTCAACGCATGCCGATAATATATGTCAAACTCTATACTTATCAGATTTGTAGGGCATTGGCTTACATCCATGGAACCATTGGGGTATGCCACAGGGACATCAAACCACAAAACCTTTTGGTAAACCCGCATACCCACCAGTTGAAATTGTGTGATTTTGGAAGTGCTAAAGTTTTGGTGAAAGGAGAGCCAAATATTTCATACATTTGCTCAAGATACTATAGAGCTCCCGAGCTTATATTTGGTGCTACAGAGTATACCACAGCAATCGATATCTGGTCTGCTGGTTGTGTCCTAGCTGAGCTCCTGCTTGGACAGCCTCTGTTTCCTGGTGAGAGTGGAGTAGATCAGCTTGTTGAAATAATCAAGATTTTGGGTACCCCTACTAGAGAAGAAATAAAGTGCATGAACCCTAATTACACGGAATTCAAATTTCCACAAATCAAAGCTCACCCATGGCACAAGATATTTCACAAAAGAATGCCACCAGAAGCTGTAGATCTTGTCTCGAGGCTTCTTCAGTACTCCCCTAACTTGCGATGCACTGCTCTGGATGCATTAATTCACCCATTTTTCAATGAGCTTCGAGATCCAAATACTCGGTTACCTAATGGGCGGTTCTTGCCGCCACTTTTCAACTTCAAACCACATGAGTTGAAGGGAGTTGCACCTGATATATTAGCAAAACTCATTCCAGAACATGCAAGAAAGCAATGTCCCTTTATGTTTCATGCATCAGAATGTTTATTGATGTTTGTATTTATAATCTTTGTTCTGAAAAGCAGAGAAGGATGTATTTGTATTTTATGCAATGAGAATCTTGAATGTGAGTGCTAA

Protein

Gene

>g195279.t1
ATGGCCTCAGTGAGCATGGTGTCTTCGTCAGGGATGAAATCAGGGATGAAAAATGCCAATAGCAGTAGCATGGACATGGAGAAATTACCAGATGAGATGAATGAAATGAAGATCAGGGATGATAAGGTGACTCTAAAAATATTTGACTTTTTTGCTCATGTATCATTTCTGTGAAATACACAGGGCGACTTTGGTTTTGAAAATTTTGACTTGATATTTCAATACTCAGGAAGTTGAAGCAACCGTAGTTGATGGTAATGGTACTGAAACTGGCCATATCATTGTAACTACCATAGGCGGTAAAAATGGCCAGCCAAAACAGGTAGGTTGAGTAATCTTTAAATGCAAATAGCTTCAATTTTGTGTCTACATATGTATAAAATTAATATGGCATTCCTTAACATGTTTAAACATTACTAATTTATTTGGCAGACCATAAGCTACATGGCTGAGCGCGTCGTTGGACATGGATCTTTTGGAATTGTTTTCCAGGTTTGTTCCTAATACAGATTTTATTCCTCTGTACTCAGAACATATTCTCTTTATAACCGACCTCTTAGCAGTTGCACAAAATACCTTGAATTTTGATGATATTTTCAAAGTAACCCACCTTTCAAGTTTCAACTGTGTTGATTGTTATAGCTTTAGGTCCTTCTGTGAGTCAAATTAATGAGAAATACCATGAAAGTCCAAAATACCAGTCACAAACTTTATGATACTTTGAACAAGATCTCTATGTTATATACGAAAATATTCAAAACTTTGATGTAACATTGTTAGTGCAAAGATTTACACTTTGAGGCGCACTTGATTTATTTGTACTTAGCTACACTTTGAAACAAGCAATGCAAATACTTGCATTGAAATGCACTTTTATATAGATAACAGAAGTTATGTAATGCAAATATTTGCATTTAGCTGCATTTTGAAAGAAATACTGTCAATCTTTAGTCTTTCAATGCTAACATATGTATTTGTCTTCACTTTAAATTAGATTGTAAACTTTTAGCCATTCAGTAATAATATTTGCACTATCTAATAAACATAGGCTATCTCTAGAATAAGAAGAGTATGGATGTATGAGGACTGACTACACTTTAGGCACACAGTCTTTAGTATAGCCAACTCATTGGATAGTGAATAATATATGCCAATCCCATATCCTTGACCCTAACTTGATATTTGATCAGTTTCATAAGCAAAATCTTTATTTTTGTACTCAATTAACTTTATTACAAATATCTGCACTATTACTGTAATTTGCAGCGTTTGTTCAAAAATGTAGGTGCAAATATTTGCGCTAAAAACAACAATTCACATTGTTTACCACCACAGATGCCAATATTTGTGGTAACAAATTATTATGCGGCGTTAATCATTGCACCTTTTTCAGTTATTATAATACGCCAGTGTGTAATCCGTACGTTGCACACGGTACATTTTAGAAAAATAACGTTGTAAATATTTTAGTTAATTGAATGTATCGTATATTGATGTATTATTAATATAGTTGAGTTATGTATTGAACTTATTATTTTTAAGCATGTAAATTTTGTTATGTGATTTATGTATTTTTATATTGTATAAAAAAAATCAAATTATCATTTTTTAGATAATAATAAGTGAGATGTTGATTTATTATTTTTTAACATTTCATATTTCTTAAGGAAATAAATAAAAGTTAGTATTCTTATTTAATTTTAAAATTAATATTTTATAAACTTCAAATAAGAGGTGGAGCCTTGGCGCAACAGTTAGGTCACCCGCATGGTGGTTTAGACGTCCAGGTTCGAGTCCTGAAACAATATTTTTGCAATGCGAGGGAAAGACTGTATATTATTGTTATCCCATTTTTGGTCAGAACTGGAATATCAATGTTGTGTGCATTTCCACCACGACCGAACCAAGAAGAAGCAGCCAGCAAGCGTATTTAAGTCTGAGATTTCACTCATGATTCAAGTATAAAAGTCCATTCGGTATCAAAGGTTTAAAGTTTCATTCGGCAATGTAGAGCGAAATCTCATTCTGCATTCAAGATGCCTTGGTTCAACCGGCATTCCCAATACAAGAGCTCATTCGGCACTCCCAAATATAGAAGTTCATTCGGCATTCCCAACTCACTGCCGAACCAAGTACACCCCTTCAATACCGAACAAACTCGTCTCCCCCGTCCTGCCAAACCAACTGCCACCGAACCACAACTCCAACAACCCACTACCGGACGAGAACCAACATCGGACCACCCTACACCGGACCAGGTGACCGCCGAACCAAAGCTTCTCCATCCTTCTCTCCAAGCACGGCCGAACCAAGGAACGCCGAACCAGATGTGTCAGGCCAGATTGCTTCAGTCCAGGCCCACCAGCAGCTATAAACATTCAAGACCCCTGCCCCCAACCTCACTCTATAAATAGAGGGGCAGGGGTACAACAATGGGGGACAAGCTTTGAGAGCTCAAGCACGGACGGAACTTTCAAACAACATTCACATCCTTGTATACAAAGCTTTGTACTTGTAATCTGAAGTAAAAGAGGAGAATAACATATAAAGTGGACGTAGGCACGTTCTGGCCGAACCACTATAAATCTGTGTTTTTTACAGTTTAGTCCCTGCTTTTTACATATTTGCATAAATCATTCAAATCACTAAGAACAACATATAATCAACTAAATCGTACGACTTGGAGGTGTTTGTCCATTTTTTGCGCAAACAATTATCAACCTCTACAGAGCCCGTTATCGTGCGGTAGCCTCGTGTACTGGTTTCCACCTATAAACTTCAAGATAAGTATATACATGGATTTTGAGTTTAACATTTAGTTTTTAATACATTTATTTAAAAGATAAATGATGTAGGATGAATTTCAAATATTGCTTGAGGGAACGTTAATAATACCTAAAAATTAAAGTGCAATAGCAATAAATTAGTATATTTTTATGCATTAAAAACCCTTCCATTTAATTTCAACATCATAAATAAGTATATTATATTATCACAGTGATAGACAAAATATTTATTTAACAGTTAAAATATATGTTGGCTAAAAGGAACGTTATAAATCATATTGTCAGCTCAACTATGCAAAAAATTTAACTTGTTATCAAACCATTATTTCATACCTCAATAATTTTAGTCTATAATAAAATTTCCCATAAAATAATCGACAACTGCCTCAAAAAGACAGCTGAATACAAAAGAAAATTATTTCTAGTCAAAACATCATATGTTTTTATCTATTAATTAACGTAAATTACAAATATGCATAATTAAAATTCAATATTTCCACAAAAAGTATTAATCGAAAATATTCATTATTTCTCAATGTTACGAACTACAAAATTCTCATCTATCATTAATGTAATGTTATTCTTAACAAAAATAAATTTCATTAATGATTTTCCTTGATGTACCAATTTTAAAAAGAAAAAAAAATGTTGTGTGTATTTGTAATAATATACCAATTTTAGAATGAAAAAATTGCGTATATGTTTGTCTATAATAAAATACCAACTTTAGAAAGAAAGTTTATGTATATTTTTTTAGTCAATTACTAATTTTAGAAAGAAATAAACTACGTAAACTTGAATACAAAGTAATATAAGAAAGCTAATAATAAATTGTATATGATCGTGGAAATTTTAAGTTGTTACGGACTTGAATGAAATATTTGTTTCGATTTTTGTCAATATAAATGTGGTATACAATACATCGAATTGTCATTTTTTTTAGGACTTGTTAGACAAATAAGTAATATTTTAATTGGATTATTTTAAAAATTCTAATTTTAGGTCACTTTATTTATTTAAATATATCAACTCGAATATAAAGTAATTTAATAAAGTTTAGGAGAATTTTATAAATATTTGTTGAAATTATAAAATTTTGATATTAAAATGTAAAATGAATAGAGAGAATTGGTAGAACTTTGTAATAGTTATAATAATGATAAATTGCATGGATTTGAAAATAAAATATCTAGAGAGAATTAAGGAGAGATGGGAAAATTCATATAATTAATATAAGACCAGGAAAATTTTCTGCTATAACACCCAGATGTAAATATTTTCACTTCAATGTTGAGATGCAAAACATTTTCACCAAGACATAAATACAAATAAACACATATGGCCGATAACAAAACATGCTTCAAGTTCGTATGCATAAACAATACAATAATTCTAATCAAGGGAAAAAAATTCTCTATAATATCTCGAATATTTTTCCCAATCGAGATATTATTTTTTCATTAATTATTCACATCTTAGTTTGATATTTAACCGAATTGTAATCAAAATATTTGTTTTTATACTTTATTTGATCACAAATATCTGCACCGAAACTGTGATTTACAGTGTTTATTCGAAATGCAGGTCCAAATATTTCGACTAGAAACTATAATTTACATTTTGTTTATTGATGCATTTGCTAATATTTGTAGTTACATATTTTGTAGGTAAATTTGGCTAATTATTTATGCATGATATGTGGATCTTGTCAGAAAAAACATTAAGTTTATGATTTTATGGTAACTTAACTATGAGAAGATATATGTTATTTTGTGTTGGAGTAATATGGGACAAAAAAAATCGGTGGTGGTTATGTAACATTGTTTGTTCTAATAAATTTCAAAATAGGGACCTAGTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTGGTTAGAGAGTTGTTTTACCTATTTTAAAAGTAAGGATGCCAAATAAATTCTTCATATCCTTATTTATGAGGCACAAACTTTGTTGTTTGTACCTTTTATTTTTCTGCTGATTTTGCTTGTATTGTAATGAAAATTTTGGAAACCAAAAGTTTGACATAATTTCTTATCAGTGCTGGTAGGAAACAGAACAAATTATGAGCATTTCGATAATTTGACCAAAATATTAAACCTTAATTTATATATAAAAAGAAAGAAAGAAAAGCACAAGCCTCTATTTTTGTAAAAAAAAAAAAGATCAAAAGAAGCAATTTTATCTCAAATCCAAGCATGATCAAGCAGCAATTGAACGGTAAAATTATAAAAAATTCAGAAGAAAAGAAAAGTGGTGAAAAAGGCAAAAATCTTGAGACTATTCCTGTCATACTCAATTTGTGAACTCTACATTCATGTTTCCTTTCATTCATCGGGGAAAACTTTTTGTGCAAAAGTTGCTCGATGAATTCTTTTGGGAATAGATTCCGAAATTATCAAGAAAGTGATGATTTTTATTTTTTTCGTTCAAATAGCTGTGGCGCTGAATTGCGAAGGTAACTTCAAGGTTCTAAACTTATACTTTTAATGAGTTTGGGTACGAATTGTTAGAAAACCCAGCCCGTTTTACTTGTCCCATTATGTAATTATAAAATCAGGTTAATTATGTTGTAATTTTTTTTTTTTTGCATGTTCTCATTTGTGATTTAAATACTTGATTAGGTATGTATATTTTGTATGCAACACGTTGTTGATATGATAGAATGGTATTGCTACACCCAAGGTTGTGATTTAAATACTTGATTAATTATAAAATCAGATTAATTACGATGGTATTAATTATGTTATTCACGCCATATTCAATATATTACTGCACAAAATGCCTAATCGGCTATACAAAGTTTCATAGTCCCAAGTACAAAGCAGCAGAGACAAGTAGCAACATGGACCACCTATGTAGGGGTAAATTTCAAACCCAAGTAGAGGTTACCAAAATAAGTAATAACACACAATTAGATCACAAGACAAAAAGATCACAAAAGTACATGGCTAAAATTTATGTGTAGCTAGATTTCTTCATGCCATGCCTCTCTCTGCCTTTGACTATAGCTATTATGCTATTCCATGCGCCTCTGCCTTTCTACACCTGCCCAAATATGCACATATTTTAACACATTAAGCAAAACTAGTTGATACCTTTTATGTGGTTTTTAATTTTTACAAGTTTCTATCTTGGCGCAGATTCCAACATAAAGATAAAGAGTAATTCAATAGTTATCCTCTTATTAGAATATCAGAGATGCACTCTATCATTTTCTCCAGAAATGACAGCGATCTTTTGATGCAGCATTTCCGTTTCATACATTTTTTTCAAATATTGAAACTAAAGGCACAATGATAGAACATATATTCTAAATCTTCTTCTTCTCGTTCACACAAATAACATTTTCTTTATGCTGAGGGTAGAAATATATTCAATTTCCTTTGCATAATAGTCCACACATGCACCATCACTTCCAATGGAATTTTCAAGCGCACATCCCCCACCCCCTCCCCCTACACACTCCCACCAATCATCGACCTTCCTTCTGAAAATCTCAAATGATCGAAATGGAATTGAAATCGAAACCTTGAACCTTGTTTTATATCGCATAAAGGTGTATATACACTTATATAAAATATCTATTTCATACATTTCTCATTTTTTTTTAATAATAAATGTATTGTTTTTTTACATTTCTAGTGCATACAGAACGTGCTTTTTAGTTTATTTGAACTGTGTATGGCATTGTGCATACAAATAGTAATTTTATTTCCAATTTTTTTCTCTTTTAGTTTGTATATAGGTGCAATAAAATACACACTTTTACAAACTTATAAAATATGGTGGTTATGTGTATCTTTGGTGTTAAATATTTCAATATTCACATTTTAAGTGCATAGGTTGCATATTTTTTAGTTGTATGAAAAATCTATGCAGGTATTTACAAAGTGCGTACAAATGCACTTGTATTTCGAAGCTTATTTTTTCTCCTTTAGATGGTAAAGAGATGTATTATAGAATATGCATTTTTTTAAGGCATGTTTATTAATTTATTTTGTATACTTTTAGTGCTTTATTTTTTGATTTTTGAGTTTATACAGTATGCACATTTCAGTTATTTTTCCATAGATTTTAACTCCATGCATGTGCTTTTGTAAAGTACATGCAATTTATGTTTCTATTTTAAAAGCCTAAAGATAACATTTAAAGGCGAACTCTTTGCACTTTTTTCAGTTAATTTTGTAAACTGCATATCATTGGCCTTTTTATTTGATAGTTTACGTATACGGTTTGCACTTTTTATCTCCAAAGCCTGTAAAAGTTCATACGTTTTGCGCCTTTATTTAGAAATAATTTTGTCAAGTGCTTACTCTTTACATTGTACAATTATAGTTCTTATAAATTGTATACTCTTTGCTCTTTTAATCGTGCATGCAACTAATGTTAAGTGCATATTTTTGACTTTGATTTTGCAATAGTTTCAGTTCCTATATGTAGTGCACCATTCCAGTAACTAATGCAAGGTGACAAATTTGTAGTCAACCCTTTTTAAAAAAACGGGGTTTTTGCTAAACAACACTAATCCCTTTTTTAGGGTACACATGCATTTTAAACAAGGACCCACCATAAAAACATCTATATAGATATGATACGCTGTCTAATACAGCTACGATATCCAATTATATATTGCATCTTAGTATGTTTTCATGCAATCACGTGCACATTCGCACACACATCCATGTGTCGTGTGTGTAGACACATATATATCCATACATGGATGTACATGCATACATATGTAACCGGTATTCTACTTCAGCTTTTGATTTTTATGGTTCTTTTTTTCTTTTATAGGCGAAGTGTCTTGAGACAGGTGAAACGGTTGCAATAAAAAAGGTTCTTCAAGACAAGAGATACAAGAATCGAGAGCTGCAGACCATGCGACTTCTAGATCACCCAAATGTTGTTGCTTTAAGACATTGCTTTTTCTCAACAACAGAGAAGGATGAACTATACTTGAATCTGGTTCTTGAATATGTACCCGAAACTGTTCATCGGGTCATCAAGCACTACACCAAAATGGGTCAACGCATGCCGATAATATATGTCAAACTCTATACTTATCAGGTAACTATTCAATGTTATCGTTGGCTAACATTTGCTTGAATATACTGAAGTTTGATCTTGGATATCCATTTTTTTTAATGTAAAATACTAAGTTATGATTTCACATGTAACACACATGGAAACTCCTGGTCAATTAAACACTTTTTCTCATGTGGTTTTATATATTAACAGATTTGTAGGGCATTGGCTTACATCCATGGAACCATTGGGGTATGCCACAGGGACATCAAACCACAAAACCTTTTGGTAAGTCTACATGTTCCGCGATGTTTGTATTTGAAAGTTGTCATTTTCATAATTCATTAACGTATTTCATTAATTGGTTGAAATAAATATCACAAGCTTTTCTAAATATTACAGGTAAACCCGCATACCCACCAGTTGAAATTGTGTGATTTTGGAAGTGCTAAAGTTTTGGTATGCTGCTAATCCTTGGGATTTAGTGGTAAGAAATTACTACTACTATCATTAATTTTTTTTCCCTTTTTGCCCTTTGCTTCTAAAGGTGAAAGGAGAGCCAAATATTTCATACATTTGCTCAAGATACTATAGAGCTCCCGAGCTTATATTTGGTGCTACAGAGTATACCACAGCAATCGATATCTGGTCTGCTGGTTGTGTCCTAGCTGAGCTCCTGCTTGGACAGGTTGACGTTGCAAATATTTTTTCTTGACGTACTGCAAACTGTCTACATTATACTTAAATTATCCAAAATTTTGACTCATTTTCCTATTACCAGCCTCTGTTTCCTGGTGAGAGTGGAGTAGATCAGCTTGTTGAAATAATCAAGGTAATTTTGTCCTGCTTATTCTTTTTGGTTATTTAAATTGTTCGCACAAAGATAAACCTGAGGTCAAGGCAAAGGAAACCCAGTTCATCAGTTTGTATCTATGATAGGAAATCCTGAATTTTTCTTCTTCTTCTTCTTTATGGATACAATCCTAGGTTTGTTCCTTTATGTTGTATAAGAAATCCTGAGGTGAAGGCAAAGATAACCGCTCTCAGAACATCGTGTCGCAGAGAGTGCACTGAGTTTATATTCCTTTATGTTGTTGGATCATGGAATCATGCTTAGTATTTTTTTCCTTTCAATAGATTTTGGGTACCCCTACTAGAGAAGAAATAAAGTGCATGAACCCTAATTACACGGAATTCAAATTTCCACAAATCAAAGCTCACCCATGGCACAAGGTATTATACGTCGCCACACTCATGATTCATCCCTCTATTGAGTAGGTCCAAATTTGACTAATATGTTTTTGTACTAGATATTTCACAAAAGAATGCCACCAGAAGCTGTAGATCTTGTCTCGAGGCTTCTTCAGTACTCCCCTAACTTGCGATGCACTGCTGTGAGTATATTAATTTTAAGATTTTCATTCTTACCATGATATTTAGAAATTAAGAGCTGTAATAATGTCTGCTAGTACATATCGACATTTATGTTTACATCAAAAAATGGCATATATAAGTCTAGGCTTTACATTTAGTCAACAGTATTAAATTTATTGAAAAGAAAGTTATAGTTCCTTTTCTTTTTCCTGCGTGATGTTATAGTAAAATGAAAGAATTGAACTGTAACAATTCTTTTTATGTATGAAATTGCAGCTGGATGCATTAATTCACCCATTTTTCAATGAGCTTCGAGATCCAAATACTCGGTTACCTAATGGGCGGTTCTTGCCGCCACTTTTCAACTTCAAACCACATGGTAATATTTAACTTTTAGCTAATAGTTTACTTCTTCACAGTTGCATATATTTCTATCTTATTTTATATATATTACTGTATTACAGAGTTGAAGGGAGTTGCACCTGATATATTAGCAAAACTCATTCCAGAACATGCAAGAAAGCAATGTCCGTTTCTCGGGCTGTAAGATATCAGTATTATCACTATTATCAAGCTTTATGTTTCATGCATCAGAATGTTTATTGATGTTTGTATTTATAATCTTTGTTCTGAAAAGCAGAGAAGGATGTATTTGTATTTTATGCAATGAGAATCTTGAATGTGAGTGCTAA

Functional annotation

Database	accession number	e-value	annotation
nr	ONK63119.1	6.4e-224	uncharacterized protein A4U43_C07F11610
Swissprot	P43288.3	7.6e-214	Shaggy-related protein kinase 11
trEMBL	A0A5P1EE76	4.6e-224	non-specific serine/threonine protein kinase

Best hit in Arabidopsis

TAIR id	% identity	e-value	bit score	gene aliases	Short description
AT5G26751.1	86.86	0.0	756	ASKalpha;ATSK11;SK 11	shaggy-related kinase 11

>>>Show top 3 blast result

Query id	Subject id	alignment length	mis matches	gap openings	query start	query end	subject start	subject end	% identity	bit score
g195279	AT5G26751.1	411	46	1	1	411	1	403	86.86	756
g195279	AT5G14640.1	411	53	1	1	411	1	408	86.37	753
g195279	AT3G05840.1	411	56	1	1	411	1	407	85.40	752

Ortholog group

Species	Genes
Allium cepa	g104870.t1; g114785.t1; g118275.t1; g195279.t1; g287543.t1; g290184.t1; g426907.t1; g458364.t1
Allium fistulosum	AfisC1G07344; AfisC3G02008; AfisC3G04077; AfisC3G04590; AfisC3G07376; AfisC3G07595; AfisC4G02503; AfisC6G06841; AfisC8G02710
Allium sativum	Asa1G02532.1; Asa2G03268.1; Asa2G03658.1; Asa2G06283.1; Asa7G00251.1; Asa7G01057.1; Asa7G06049.1; Asa8G00831.1
Arabidopsis thaliana	AT1G06390.1; AT1G06390.2; AT1G09840.1; AT1G09840.2; AT1G09840.3; AT1G09840.4; AT1G09840.5; AT1G09840.6; AT1G57870.1; AT1G57870.2; AT1G57870.3; AT2G30980.1; AT3G05840.1; AT3G05840.2; AT3G61160.1; AT3G61160.2; AT4G00720.1; AT4G18710.1; AT4G18710.2; AT5G14640.1; AT5G26751.1
Oryza sativa	LOC_Os01g10840.1; LOC_Os01g14860.1; LOC_Os01g14860.2; LOC_Os01g14860.3; LOC_Os01g14860.4; LOC_Os01g19150.1; LOC_Os01g19150.2; LOC_Os01g19150.3; LOC_Os01g19150.4; LOC_Os01g19150.5; LOC_Os02g14130.1; LOC_Os03g62500.1; LOC_Os05g04340.1; LOC_Os05g04340.2; LOC_Os05g11730.1; LOC_Os06g35530.1; LOC_Os10g37740.1

Pfam domain

Pfam ID	Pfam name	type	alignment_start	alignment_end	bit_score	Evalue
PF00069.22	Pkinase	Domain	77	361	215.4	7.9e-64

Gene Ontology

Accession	Ontology	Name
GO:0005622	C	intracellular
GO:0005575	C	cellular_component
GO:0008152	P	metabolic process
GO:0003674	F	molecular_function
GO:0003824	F	catalytic activity
GO:0005829	C	cytosol
GO:0004672	F	protein kinase activity
GO:0004674	F	protein serine/threonine kinase activity
GO:0005623	C	cell
GO:0005737	C	cytoplasm
GO:0006464	P	cellular protein modification process
GO:0006468	P	protein phosphorylation
GO:0006793	P	phosphorus metabolic process
GO:0006796	P	phosphate-containing compound metabolic process
GO:0006807	P	nitrogen compound metabolic process
GO:0006950	P	response to stress
GO:0006970	P	response to osmotic stress
GO:0006972	P	hyperosmotic response
GO:0009653	P	anatomical structure morphogenesis
GO:0009888	P	tissue development
GO:0008150	P	biological_process
GO:0009628	P	response to abiotic stimulus
GO:0009651	P	response to salt stress
GO:0009933	P	meristem structural organization
GO:0009987	P	cellular process
GO:0016301	F	kinase activity
GO:0016310	P	phosphorylation
GO:0016740	F	transferase activity
GO:0016772	F	transferase activity, transferring phosphorus-containing groups
GO:0016773	F	phosphotransferase activity, alcohol group as acceptor
GO:0019538	P	protein metabolic process
GO:0032502	P	developmental process
GO:0036211	P	protein modification process
GO:0042538	P	hyperosmotic salinity response
GO:0043170	P	macromolecule metabolic process
GO:0043412	P	macromolecule modification
GO:0044237	P	cellular metabolic process
GO:0044238	P	primary metabolic process
GO:0044260	P	cellular macromolecule metabolic process
GO:0044267	P	cellular protein metabolic process
GO:0044424	C	intracellular part
GO:0044444	C	cytoplasmic part
GO:0044464	C	cell part
GO:0046777	P	protein autophosphorylation
GO:0047484	P	regulation of response to osmotic stress
GO:0048507	P	meristem development
GO:0048518	P	positive regulation of biological process
GO:0048532	P	anatomical structure arrangement
GO:0048583	P	regulation of response to stimulus
GO:0048584	P	positive regulation of response to stimulus
GO:0048856	P	anatomical structure development
GO:0050789	P	regulation of biological process
GO:0050896	P	response to stimulus
GO:0065007	P	biological regulation
GO:0071704	P	organic substance metabolic process
GO:0080134	P	regulation of response to stress
GO:1901000	P	regulation of response to salt stress
GO:1901002	P	positive regulation of response to salt stress
GO:1901564	P	organonitrogen compound metabolic process
GO:0140096

KEGG pathway

KO	Name	Enzyme ID	Pathway	Pathway ID
K00924	E2.7.1.-; kinase	EC:2.7.1.-	-	-
K03083	GSK3B; glycogen synthase kinase 3 beta	EC:2.7.11.26	ErbB signaling pathway	ko04012
			Wnt signaling pathway	ko04310
			Hedgehog signaling pathway	ko04340
			Hedgehog signaling pathway - fly	ko04341
			Hippo signaling pathway	ko04390
			PI3K-Akt signaling pathway	ko04151
			mTOR signaling pathway	ko04150
			Cell cycle	ko04110
			Focal adhesion	ko04510
			Signaling pathways regulating pluripotency of stem cells	ko04550
			T cell receptor signaling pathway	ko04660
			IL-17 signaling pathway	ko04657
			B cell receptor signaling pathway	ko04662
			Chemokine signaling pathway	ko04062
			Insulin signaling pathway	ko04910
			Prolactin signaling pathway	ko04917
			Growth hormone synthesis, secretion and action	ko04935
			Thyroid hormone signaling pathway	ko04919
			Melanogenesis	ko04916
			Dopaminergic synapse	ko04728
			Neurotrophin signaling pathway	ko04722
			Axon guidance	ko04360
			Circadian rhythm - fly	ko04711

Expression pattern in different tissues

Expression pattern in BioProjects

Co-expression network