result

Gene information

Detail information of AfisC8G03150

Location

Gene	Chr	Start	End	Strand
AfisC8G03150	chr8	597834655	597844905	-

Sequences

CDS

Protein

Gene

>AfisC8G03150
ATGGAGGTGCAAAAATTCTTAATTATATAAAACCAAATAATTAAAGTTGATATATTCTCATCCTCAGATCATTTGTATTGGAAAAAGTCCCATCGAAAGACAGTCACGTTGGATCAACTGAAATATTGTTTAATCTTGTATAATAAAACTAAAGAATATCATGGTTATGCAATCAAGATTTGGCGATAGCAATAGATTTCTAACTTGTATTAAGTGCTTATGCCTTAAAATTAGGTGCTTGCGCTAACTTTGTTGATTTGGTTCAAAGGAGAACTGATCAAATCAACTTTTTTATATTAACGTTGCTAAAGCGGACGCTAAAAAGCCTTGATTTAGCGGGTGTAGTGGAAAATAGTAGGGCTTAAAGTGGATCTACTATTTTATAGCACTTTAATTAAAAAGTATAGCGATCGAAGAGCACTACGCACTTTAGCGGAGATTTTGCGAGGTTTTAATTGGGCTTTAACTGCACAGGGTTGAATGGAGCTTTGTATTTCTTATGCTATTATAGTAATGGCATAAATAGTGGAAGTATATCATATAACACTTCTTAGCGGATGCATTAAGTTATGAAAAAATATTTTCGTAAATATACCAAATATTTATTTATGAAATAGTAATTGTTTTTAGTATTGACTAGAAATAGATAAGGTTTTATTTCGATATGAATATTATGAATATTTATTAAAAAATAAATTTATAATAATGGTATTTATAAGAAAAGTGATGCATCAGAAAATATAGAAGTATCTGAAATTTTTGTAATTCTTTAGAATTATGGACTAAGCCATATCTTTAAGGAATAATTCATTAATCGTATGATTATGAATCATGTAATACCAATCAATTATATCTTAGAAGATTAAGGACGAAGCACCCATTCAGTGGGAGCGATAAAAGAGTTAATGGACTCTTTGGACTGACACATATAGATGTATGCAATTAAAGTCTGATGATAATAAAACAAAACCATGTACTTCATCAAATCCACGGATGAATTAACATTGAAATGAAAATATGTATTTGATATACAAGTAGTGTATTTATGATACGTTCGTTGGATATTAATTGAAAGTAGAAATCATAACATGCAAAGAAAATTATTATTTAATTTGAATAAGTATTGTATTGTAAATGGTTCCAAATGTGCCCAAAATGAATAAGATTCAATCTCAAAAGTCACTCCTCCCTGTGTTATATAATGAAGTATCCATAAAGAGTAATCGGACCGAGTTGAACAAAGTATGATTGATGATGAGTGAAGTTGTGTCAACTTCTTTTTGCAAGGTCGTGCACTTAAGAGTAAGTACATATGGTTAAAATAAATTTCATATATAGCATAGTTTATGAGTTCATATAAGATAAAAGTTGATAACAAACCCCTATATCTTAAGTGACAGGTTGTGTGAGTCGAGAGACTGCACATAATATTTGACCATGAGGGATCTTATGTGGATCACCCCAAAGGAGTTTGGGATCGACCAACTTTGGTTGACTATTTTATGTAACAAAAATTATAGTAAAATCAAAACTAAATGAGTTTTTTACATATATAAAGGCAATTCATAAAATGTTCATGAACTTAGAAACAACTGTTGTTTCAAGAATCGTGAACACACGACGAAGGAAATTCTTTTAGAAATTATTAGTAGTAAAATGGATTTGGATACGATCCAAAGATAAAACTAATTACGTAGTATGAATTGAAATTAACAATGCCTAAATGGACATAACACATTAGAATGTTTAATTAGAATTCTCGCACGTTAAAGAGAAACTATGAGTTTCTTATCAATGTCGAGAATAGAATTTCCCAGCTATTAATAAGCCATTAAGAGTATTGACTCTACCATATAGAACAACACACAATCCAAAATAGATTGCAAGTACAATATCAAAATATGATTTTGATATTATACCCAAAAGGATATGATCCATCGGCTGCAAAAGCGTCTTTGAGAAGAACAATGCAGTTGGAATATAAGGAGTTACGTTGATAGAATAACATCGTAAATTTCAACTGTTGAAACTAACATGATAGATTCATCATTCAACGTGCTTAAGTTATTACTCGTAAAATTAACGCACAATATGATTTTGAGTTTTTTGTACACGTATGTTGAAAAGGAAATTCTAAATAACGATTTGGAATAAACCATTTGCACGTAATAATCTAAATGTCTCGATATCAGCGGAAGCGATACCGATTTTATGGGTTTCGGATAGGATCTAAGAACGAATGCAAAAGTATCATTCAATAAGCATTAAATTAAGAAAATATTTTGATAGAAAAATCAGACAATTTGAATTCAATCAAAATGCAGAGGAAGTGTGTGTTTGTAAGGAAGGACTATAAAAGGTACTAAAACATTTCAAAAATTATAAGTAAACAACAAACATATGATTGTTAACGATGTACCCATTTTAAAATCATATTTGTTTTAATTGTTAATACTCGATGTAAGATTTGAAAGGACATTTTTTAGAATCAGTATAAAAGGATGTTCAGAATGTCCTACATAGACACCATATTAAAATGTTTATTGTGGAGCATATGAGATGGATTTCATATGCACCAAAAATATGAATTATTGTATATTCTAAGATGTCCACTATAACACATTTCACTTGCGTAAGTGATACATTAACGAATATCAAATCTAATATAAGATTACTAAATGGTAGTTAAGATTATTCTAAGTATTTATGAAATACTAGAGATTTGTTTATGGAAACAACAAACTCCGCATGTAGGAGTGTTCAAACTCGAACTTCAAAAATGATATCCGTAACAACCCTATTGTTAATTACCTAATTAATTATATTAAATTATAGTTAATAAAATTCTAAATTGTGATTTTTTAAAATTTAACTATGTAATTAAATTCAGTTTTGAATGACTGGTTTAAATTAACAAAAAGAATAAAGTTGTTGATTCTTAGAGAGGATTTTAATTTGAAATTAAGGTATTGTTGATCTTATAATTAAAGATTTTGATAATGAAATGAGATACTTTAGAATTAATTAAGAATTTTAGAGTGATAAGAAAATATGGATTTTTAGTTGTAAAAACCAATTAGAGAATATGTTAGTTTATAAGTGTATATATATATATATATATATATATATATATATATATATAAAGTAAATAAAAGAAAATGATATTCCCTTTCCTTGTTGGGTTATAGGGTAACTATTTGGCCCATGTAGTAACCTAAGATAAGCATAAACACATCAATCCTCTTCTCATTACACTACAAGAAAATATGTTATTGATAACGCAATTTAATAGCGCATTTATTCTAAGCATTATTATTTAGCTTTTTGATTTGTTTTATACTTGTTTAATTTGTACTGTAGTTATGTAACGCTGGTCCCAAAATTTTCGTTGCCTCCAAAAACACTTAACCATTTCGTTTCCCTCACTTAACACTTTTCGTCTCCCTCCCAAAACGAAGAAAGCCCTAATCCACGTTCTACTCTATTTCCATCTCCAAATTATTTTCGTGGCCGCTGCTTCTTCTAATAGTTTTTCTCTTTCCTCTTCGTGAATTTGTTTCCCCAAATCCTCACAAAAAATCTCCTCCCTTTTCACCGCCTCTGCCCTTAACTCCTTATAAGAAGCAAATGCTTTGGGACGTAAAATAGTTAGGGCACCGGATCGTGCTTACAATGTTAGTAGAGAAAACCCCTGCGTGAAAAAATTAGGCATCACATCCCATGATTTGCATCCACGAACTCATGAGCGAAAGGCGGGTTCGATGGCATGGCAAAGATTTGGCAACAACGAAATAGGTATTTTACAAAGCATGAAAGCAGGCAAAGGTTCAGGCAGTCTCCTGGACTCCTTCGTTCTGAACCCTTTCATTATTTATTTGCCAATTTAGGAATTTGAAATCGCATTAGGTTAGTGTTTTATATATTTGTTTTAGTTTATCAAAATTATGTTATGAATTTGGGAATTTCACCTTATTAATTAAATGAGATTGGTGGTAGTATATTACTAATTGGTGGTAGTATATTGCTGACAGATTGAGTAAAATGAAGCAATGAACCACCTTCTTTTTCCTTTTTTCAACAGGTAAAATAGAGTCTATATGGTTGTGTATTTAGCACAACTCCTTTTAAGGCAAAGAATCGTTATATGACATAATATAGTGTTGGATTTGATTTTCTTAATCTACCAAAAATCAAGGAATTTAATGAACATGGATGTCTTCATGAGGGATTCTTGTTAAAATTTGTATGTCAAGAAAAATTAATCACTATTTCGTTGACATACTAATAAGTAGTACTGTTATAGTTCAGTCTGTGAATTTCATATGCTTTTAGCTAACCCTGTTTTTTTACTAGGCTGGTAATATCTTAATTGATTCACATGGGGGTGTAAAACTTGGAGATTTTGGTGTTTCCGCTTCACTTTTTGATTCAGGAGATAGGCAGCGCAGAAGAAATACATTTGTGGGAACACCATGCTGGTGCATTTTTTTTCCAAATATAACATTGTATTAGTGGTTTAGTGTTTACACGATATGTCTTGCTTTAGATGTTTTGCAAAAGTCAAATCCTCTTTTTCTAGGATGGCACCAGAGGTTATGGAGCAAGCCCATGGATATGATTTCAAGTATTTTCTTTTAACATTTTTCTCGTTGAACCCTAGCAAAGGCATCAAACTTACATGATTTTGCTGGCTATTTTGTGTAGGGCGGATATCTGGTCATTTGGAATAACAGCTCTAGAGCTTGCTCACGGGCATGCTCCTTTTTCTTCACAGCCTCCTGTGAAGGTACTGTGTTACTAAATTTGTTGGACTCCATTGCAGTGTTTATTGCTTCTGCCTAATAATTAATCAATTGCATGATTCCACTTGACATTGTATAACTTATTTACTGTATTGACATTATTTGATATTAATAAATGGATCTCATGACGTTTTTAAACACTTTAAACTAATGTTCATTTTATTATTTCCTTTCTAATGATTATACGTTCAATAATACAAACTTCTGTATTATTTTATCATTTGCATAGCTCTTATATTTGTCGATTACTAAGAGTGTTGTTGTGGAACTCTTATAGTATGACTCGTTCCTTAATGAGGTTCAAATAATTCAAATGATAAAGTTTCTGCATACTTTTCTATCCCCAAATGACTAATGCATCTCAGATGCTTACGGTTCATCCAAGCGAAGTTCCAACTTCAATCCATTGATAGCGACAACCGAGCGAAGTTCAACTTCAATCCATTGATAGTCACAACCTTAAGCAATGATATTCTGTCCACTTGCGTCTCATCCACAATAGTGCATCCTTAGGTCCGCTAGAGATAGTCTTTGTTAAATATTTAATATCATCATGTTTGCTTTTGAAGTATTTGATCAGATAACATTTATCGATCAATTTATATAACCTTAACCAAGGATTTTGTGACTTTGTATCATAGTCCAATTACGATGAAACTATCCCTCGTTGGAGATGAGCATTTGGTTGGTTTGGTTTACCCGATGATGAAAATGTTTAAACCAAACTGAAATGAATAAAAATGAAAATCAAACCAAACCAATCTCAACATGATTCCATTTCTAGTTTCAATCTGTTAGCAATATACTACCACCAATCTCAACGTTGATGCTTTCCAATAAAATTGCTTTTTCCTCTCTCTTTCAGCACACTAAAATTGTTGTAACAACTATGAAGGCTAGTAGTAGCAGTGCTATGACTAGGGTAACAATGGCTATAATGAGCTTTGTGTGGTTGTAATATACATGTGTTTAGAACAATTTTTATAGCACTAGGCATTTAGACAAATATTGAATAACAGAGGTCCAAATACTGTCAACTTTGATAGTTGTTTTAAAACCAAGTAATACAGGAAGTAAATCAATCCATGATCTGCCTATTAAATGTAACATACATGTCTTTAGATTTTTTGTTTGTTTGTTTAGTATTCAGGTTTTATGAATTCATTTACAGCACTCAGCATTTTAGTGGGTACATCATGGGTTGTATATTTGTATTAACCATGTTGAATGTAATATACTATTTAGAAATTTTCTTTTAGCGCTTAGCATTTAGACAAATATGTCTAAACATTTGAATTTAGCAAAATATTTGGAATTATATTGTAACCAGTTTTTTGGATTTAACAAAATATTTAGATCTGGGCAGATGCAGATGCGTGAGCTGATACTAATAATATACATATTTAATGTTGTAGCAGAGACATGTTGACAGGAAGGCATATGCATGCATGAGTAGATTAGAGGGCTTGCAACTGCATGGTGACTAGAAGACAAGTGAAAGCTACAAGCTTGGTGAGGAAACGCACAGTGTGAAAAGTGATGGAAGCTATAAATAAGGTAACAAAACTATGTCATGCAAGCCTGCCAACCAATGTTGGGATTGGAAAAATTCATCAAGTGGTTTGTATCCCAAAATCTGTTCTGTACCATTTAAATTATCAACCATGTACTTCATGAATTTCTTAAAACAGCTTCAATTGCCATATTAACAAGAAAAATAGAAAATAAAAATCGGTTTTCAAATACCAAATGAAACATTTACTAAATTGCCAAAGCTATAATCATACGACTGCATCTATTCAAACTCAAAAATCTAACAGGATCATAAATAATAGCTAAATCAATTTCATATAATTTATATACTCACTTAAGGTTTATATGCGTAAGAAACTTCATGAGGTTCAATAGCTTACCGTGATGGTAGCCCTAATTTACAAAATTTCACATCAAAATTAAATTGTGGCTAGGTACTTCTGCCGTTAGCCTATTTGCAATGAACATAAAACATATTACCACCCGTTTCACTTTCATAATGGAAAAATAACAAATCTGTACTTAATAACATTGCAATCTGTTGAAAATTGTCCAAACCTACCTTCTTCCCTACCAGTCGCTTTGTTCCACCTTTACAATTACTGTCATGCCACGTTCTATGTAGAACAAGAAAGATGCCGCGTCTTCCAAATGAAAACCAGTACCACATATATGTCACTCTAATTGCATCCTTCTTCTCTCGCATTATGTACTATACAGATTTCAGCTGCATGTTTATAGGTTGCATAGAGTTCGCAGGAGAGGCTAGCTGAATGCATGGTGGCTGTAGATAGAATTGAGTGAAGGTGGTCTGATGAAGAGTTCATTTGCATCTGCTGTGTAACACTGAGTATGCTGCTGGCATTGGGCATGCACGATGTAAGATATGCAGTTCTGTGGAATGTGTTGATGACGAGTATAAAGAGATATTCTACACAGGAAATGCTGTGAATATAGGGTTAGGGATGGGATTGCTCATAATTTGCTGCATCATGGGCTTGCTGGTACTAATTTCTTTTGAAGGATTTGATGACGTCTTTGGATTTAAGGATATTCCGAAAATTGATGGGTTTTTTGGATTGTTCGTTGCTCGTTTGAAGCCTACATATAGAACTGTAATATGCAACTGTAATATGAAGAAGGGCACAGGGCAGTTTTGACTGGTGATTGGGTTGGTAGCAATGTAGGGGAGTTGAAAAACTATGATGAAGAGGTTTTGAATTGCAGATGTGAAGTGTTGCAGAGGTAAATGTTGATGGCAGGTGTGATGAGGTGGCCGAGAGTAGTCTGTAGATTGTTTAGGATGAACTAGTTTGAAGTGAAGTTCGACTGTGCACTGTTGAAGTGGTGAAGAAATTGTCAGAGGATGGAGTATTGGAGGTAGTGCACTATAAAGGAGAAAGTGGAATTGTATGATAGCATGTATGGTGATATGCAAGTGAAATGGTGTAGAGAATAGAGGCAGCAGGGTAGTAGTAGTGCAGAAGTTTGTAGGTTGTCTGGTAGAAGTTGCAAGGGGAATTGCTGCAGAAACAGTGATAAAGAGGTGGAAATGCACAGAACAGATTTGGCAATCAAGTTTGTAAAAGGAAATTGAGTTGTATATTGAATTGTAATTGTAATTGAAATGTAAATTGAGAAATGCAAAGAAATTTTTTTTTCTTCCAAAATGAAATTGTGTATATGTTTTAAAAAAAAAATGAAATGACATGCAATTGCAAATGGAAATAGAAATGGCAATAAGCAAACAAACAAACGCAAGCACAAATCACACAAACATTTATTTTTATAGCGGCTATAATGAGCTATTGAATAAATATTTTATAGCGGTAAAATGGTGTTATAAAGATTTCCAGTTCCGTTGAGATTTAGCTGTATTATAGCGGTTATAATGAGCTATTGAATTAACATACCATAGCGGCGAATTTGCGTTATAAAACTAAGCTCAACCATAGCGGCATATTTTGTGTTATAAATATTCAACAGTTTTTTTATAACATGTCGATATACAGCGCTTATCAAACCGCTATGGTTGTGATTAATAGCGGCTATATGCCGCTATAAAAGACACTTTTTGTTGTAGTGTTATTTTCATTTCAGCCAAGTAGTAAAATCTGAAAATAAGCCATCTTTATTTCATAAACCCTAGAACATAAATTAAATCCCAAAGAAAATGGCTTTTGATTAATAACTGGAAATTTAAAGCTAAGGTAATCTCTACTACCCTACACTGCATCTAATTTTGTTATAATCTCAGTTTTCTTCTTAGTTAGTAATTGTGCATTTATCAATTTCTGAAATCAACCTAGGTCAAATTGCTGAAAGGAATTAGCCAAGATGAATTCAAGTTCTTAGCTTCAATTCAAGTCTATAAAGGTGAGTTAAAGCTCACACAACCTAATTCTAAAATTAATATTGGATGCATGCAATTATTGGTTGAATAACTTGTATCTAGTGGATGCAATCTCAGTTTTTGTGTTAATTTGCTTATATGAACTTTAATTTTCTGGTTGCAGAAAACCCGCATCATTTGATCTTGAATAACATCCAATTATAGTTGTTTATATGCTTATATGTTACCCTAATCAGTTCACCGGTCGTGATTTGCGCTGAGCCCAAGGTCATGCCGTTTAACCCTCCGGTCGCACCCGTTCGCTCGTTCGTCCGTCTGATTGCCTAGTTCAATTTGCTTACTTTTGTGTGCCCTATTTCATGTTGATCCCAATGCTATTTTTGGATTTTGATTTAGTAATTTATGAATTCATTTTAAAGTCTTGTAAACATATGAATATCCGACCAATATGTATATGGTTTGAGATAAAAGAGATTTGCAAAAGGTTGGTTATTTTAATATATAGATTTCAAACTAAATTTCTATATCAATCTAATCACTTTTTATAAACGATTTATGAAGAGAATATATATATATATATAGTAGAAAGGGTTATGGATTACGAAATATGGATTTTTGGAAATATAAAACTAAGTTGTTTTAAACAAGTGTTTGGATAACAACATGGGTATGGAAAATAAGTATTATGGTTTCATAAAATAAATGGGTCCTTTTATATAAGATTTTGGAACTTGGTTTGCATAATATATATTGTTATCTCGCCTTTAGGCAAAGCCATGATATCATTGATTCGACTAGGAACGGATAGTCGATAGCATGAAGAGTCAGTTACGATTAGTACCATTGACGATAGTCAGACAGATTCGAACAAGGACCAGATTGAAGTATAGTTGGCATGAATCACTAGCCGGACCCCGTGAAGTCGTATTTCAAGATTGGAATTGATTGAAGTTCATACACACAAGCTACAGATTAAACAATGATTTGCTTAGATCAATTAGAGAACGATCAAGGAAATAGTTCAAGTCATCGGAAAACATTCAGACTCTTGAGATCCATGAAACCAATCCATGTAAGACTTTCAGTACATCAACAGAGAGGCAAGTGGAGCATATTATGATGATCGCGCATCCCAAAATGGAGATGGGAGGAATGTCGATCGATATACACCGATCGTTATTGGGGAGCTCAGTATAACGATCGGTGTATCTCTTATATGTTCAATCTTCAACCAAGAATGACCCATAACTTGCAATCTATACCTCAGGATGATCTCGTATTTTAGGAGCAACATCTGGAAGCACGTGGGACCCTCTGACATCGATCGCACAATGATTGGAGGCTAGGAAAAGGATCGGTTAAACTTATTCCAATCGTCTTTTATCATCAAGTTATTCTTGCCAATCGATAAGGTGGGCTCCACTGGACCTGGGGAACCTTCTAGCAAAGTTACAGCCTGATCCGTGCACGTCTCCAGCTATAAATACTGCAGTCATGGCTTTAGAAAGGGGGACTTCATCTTCTTCTTCCTGCTCTGGAGGCTCTGCCATTTTTATTTCTTGA

Functional annotation

Database	accession number	e-value	annotation
nr	ONK78857.1	1.5e-39	uncharacterized protein A4U43_C01F290
Swissprot	Q551H4.1	1.6e-27	STE20-like kinase fray2
trEMBL	A0A5P1FN50	1.1e-39	Protein kinase domain-containing protein

Best hit in Arabidopsis

TAIR id	% identity	e-value	bit score	gene aliases	Short description
AT5G14720.1	81.40	5e-41	164		Protein kinase superfamily protein

>>>Show top 3 blast result

Query id	Subject id	alignment length	mis matches	query start	query end	subject start	subject end	% identity	e-value	bit score
AfisC8G03150	AT5G14720.1	86	16	1	86	140	225	81.40	5e-41	164
AfisC8G03150	AT1G79640.1	86	14	1	86	140	225	83.72	2e-40	162
AfisC8G03150	AT1G79640.2	86	14	1	86	137	222	83.72	2e-40	161

Ortholog group

Species	Genes
-	-

Pfam domain

Pfam ID	Pfam name	type	alignment_start	alignment_end	bit_score	Evalue
PF00069.22	Pkinase	Domain	4	91	73.2	1.8e-20

Gene Ontology

Accession	Ontology	Name
GO:0000139	C	Golgi membrane
GO:0000278	P	mitotic cell cycle
GO:0000287	F	magnesium ion binding
GO:0019898	C	extrinsic component of membrane
GO:0001933	P	negative regulation of protein phosphorylation
GO:0005829	C	cytosol
GO:0004702	F	receptor signaling protein serine/threonine kinase activity
GO:0005524	F	ATP binding
GO:0005654	C	nucleoplasm
GO:0005730	C	nucleolus
GO:0005798	C	Golgi-associated vesicle
GO:0005813	C	centrosome
GO:0005913	C	cell-cell adherens junction
GO:0006921	P	cellular component disassembly involved in execution phase of apoptosis
GO:0008217	P	regulation of blood pressure
GO:0008340	P	determination of adult lifespan
GO:0016323	C	basolateral plasma membrane
GO:0016324	C	apical plasma membrane
GO:0042981	P	regulation of apoptotic process
GO:0018105	P	peptidyl-serine phosphorylation
GO:0018107	P	peptidyl-threonine phosphorylation
GO:0019901	F	protein kinase binding
GO:0023016	P	signal transduction by trans-phosphorylation
GO:0030033	P	microvillus assembly
GO:0030336	P	negative regulation of cell migration
GO:0032414	P	positive regulation of ion transmembrane transporter activity
GO:0032874	P	positive regulation of stress-activated MAPK cascade
GO:0035329	P	hippo signaling
GO:0036438	P	maintenance of lens transparency
GO:0036481	P	intrinsic apoptotic signaling pathway in response to hydrogen peroxide
GO:0042803	F	protein homodimerization activity
GO:0043268	P	positive regulation of potassium ion transport
GO:0044702	P	single organism reproductive process
GO:0046777	P	protein autophosphorylation
GO:0048471	C	perinuclear region of cytoplasm
GO:0048680	P	positive regulation of axon regeneration
GO:0048747	P	muscle fiber development
GO:0050727	P	regulation of inflammatory response
GO:0050891	P	multicellular organismal water homeostasis
GO:0051683	P	establishment of Golgi localization
GO:0060562	P	epithelial tube morphogenesis
GO:0061404	P	positive regulation of transcription from RNA polymerase II promoter in response to increased salt
GO:0070062	C	extracellular exosome
GO:0071476	P	cellular hypotonic response
GO:0090168	P	Golgi reassembly
GO:0090188	P	negative regulation of pancreatic juice secretion
GO:0098609	P	cell-cell adhesion
GO:0098641	F	cadherin binding involved in cell-cell adhesion
GO:1901017	P	negative regulation of potassium ion transmembrane transporter activity
GO:1902456	P	regulation of stomatal opening
GO:1903205	P	regulation of hydrogen peroxide-induced cell death
GO:2000021	P	regulation of ion homeostasis
GO:2000650	P	negative regulation of sodium ion transmembrane transporter activity
GO:2000687	P	negative regulation of rubidium ion transmembrane transporter activity
GO:1905408

KEGG pathway

KO	Name	Enzyme ID	Pathway	Pathway ID
-	-	-	-	-

Expression pattern in different tissues

Expression pattern in BioProjects

Co-expression network