result

Gene information

Detail information of AfisC4G04058

Location

Gene	Chr	Start	End	Strand
AfisC4G04058	chr4	760723876	760731831	-

Sequences

CDS

>AfisC4G04058
ATGGTGATGCATGGGGAAGCAACACAGGCAAATCTTGTTCTAGCAAGTGCTACATCTCAACCACCCAAAAGCTCTACTTCCGCTTCTACACCCGCAATGGCTCCATCTAGGTCTCCAGTTACTCATGGAAATTTTACCCGGACTCATTCATTTAAGCACCATAAGAGGCATCCACATGCAGCTACACCACCCTCATTCGCCTTACCACTAACTCCAGCCATTTGCGATGAGGTCTCATGTGCTGATCCACTCACTCTGACTCCAATTGGTTCACCATGTGCATGTGTCTTGCCTATACAAGTTGAAATAGACCTTGATGTGGCACCATATCAATTGTTTTCAAGTATTGCTGAGCTGGAACTTGAGGTTGCTGCTGGCACATTTCTTAAGCAAAGTCAAGTCAGAATCATGGGTGCCAGTCCAAACACAGAAGATCCTGGAAAAACAACTGTAACTATCGATTTGGTGCCTCTTGGTGATAAATTTGATAATATGACTGCTTTGTTAACTTTCCAAAGATTCTGGCAGAAGACAGTACAGATAAACTCTAGCATCTTTGGTGACTATAATGTTGTGTATGTTCGTTATCCAGGGTTACCTTTGTCACCGCCTCCTATTTCAAGTGAATACTTAGGCCCTAGCGGAAGTCGTGAAAATCCTCTTACTGCTGATGTGCCTACTACTAAGATGCAGAAAATGAACATCAAAGTCATAGTTATGATTGCTCTTTTCTCTTCTATTCTTGTATTGATGTGCTTTATATTTGTCTATATATTTGGGAAATGTAAGAGAGTTGGAAGTGCGACTACTAATCTCGGGCCTCCATTGACATGGTTAGTCACTCGAAAGAAAGGAGTCAAACCCATTGTATCACATAGTACATCAACCTCTACATCATTATCATTCATCTCAACAATTGCTACATACCCATCTTCGGTAAAATCATTTTCATTATCCGAACTAGAAAAGGCAACAAACAAGTTCAGCTCTAAGAAAGTATTGGGTGAAGGTGGGTTTGGTCGAGTATACCTTGGTGTTTTAGAAGACAAAAGAGAGGTTGCAATCAAGCTGCTTACAAGAGAAGATAGAGGTGATCGAGAGTTCATTGCAGAGGTTGAGATGCTGAGTCGACTTCATCATAGAAATCTTGTTAAATTGATCGGTATATGCATCGAAGGGCGTAGAAGATGTTTGGTTTACGAGCTTATTCGCAATGGAAGTGTTGAGTCTCATCTGCATGGTCCTGATAAGATGAAGAGGCCCCTTGATTGGGACACTCGAATGAAAATTGCATTAGGCGCTGCTAGAGGACTAGCATACCTACATGAAGATTCCAATCCTCGTGTTATACATCGCGATTTTAAGGCTAGCAATGTTCTACTAGAAGAAGATTTCACTCCCAAGGTCTCTGATTTCGGACTTGCTAGAGAAGCAACTGATGGGACCCATCATATTTCTACTCGGGTCATGGGAACTTTTGGGTACGTTGCACCCGAATACGCCATGACAGGCCACCTCCTAGTAAAAAGCGACGTATACAGCTATGGTGTGGTACTCCTCGAGCTTCTATCCGGGCGTAAGCCCGTGGACATATCCCGTCCCAACGGGTCAGAGAACCTGGTCACATGGGCCCGTCCTCTTCTCACAACAAAAGAAGGCCTCGACCAACTGATCGACCCCTCCCTCCCCTCTAACACCGATTTCGACACCATTGCCAAAGTGGCAGCCATTGCTTCTTTATGCGTACACATCGAAGCTTCACAACGCCCATTTATGGGCGAAGTCGTTCAAGCTTTGAAGCTCATATATAACTATACAGATGAAGCCTGTGAAGATTGCTGTAGTAGTCCTGTACAGTCGACTTCTAATGGAAGTACTCCTTGCTTATTCGATTATAGTTGTACGATGGAGTATAGTTCGGGTGATATTGAAAGATTGGACATTGAAAATAGGTCGGGGCCTTTGAGAATAAAGAAGGAAAAGAACGCTTTTCGTAGACTGAGAGGAAGCGAGAGCGAGCCTGAGAGTAGACAGTGTAGAAGATCCTGCATGGAAAGTGATTGGGTTTAA

Protein

Gene

>AfisC4G04058
ATGGTGATGCATGGGGAAGGTGAGGTGAACGGTTGAAGCACCAAATGATAGGTCTGACATAAGAAAACATTCGGAGCAGCAAGAAGAAGGAGATTAAGAGGAGAGTTGAGAAGATTAAAGAAGAAAAATAAAGAGAAATACTGTAACATAAAAGAGTAAAACTTTTTCTAGCTTAAGAATTCATTCCCATTTCCTACTATATAAAGCAATACATCATGTAAATCAAGAACAGTCGGCTTTATAATAACCGTACACTTATAATCATTCATAGCTAATACAAATAAAAAGGAAAAAGTAATTTGTTATAACTAATTCTATTATACATTTTAGTACTGCGCTTTTATAACGGTACCGTGCATGCTTTAGTGCTGCATTTTCATAACTGCAGTGTGCCTTGATATTTTCTGGGTTATGTTGTATAATGGTTTGGAGCAGCAAGAGTAGCTTGTGTGGATAAAGCTGTATCATAATGAGTTGGAGAGTCCAAGCGGCACGATTGATGATAAGAAAAGACGTGCATTATGTTTCTTGAGGTTGAGGTTTAAGATCGTGTAATATGGTGGTAAGTATGGTAAATAACAGAAATATTAAACACGATAAACGTTGTGGAAGCAGACGACACGATTATAAAGAGAGCGTCCGTAGTCCGTAGGGGGAGAATTTTTGTCTTGAAAAAAAAAAGGTGAATCTAAAGTGGAGAATGCGGGTGCATTTGGTTTTTCAATAGTTCCAAACTTAGGTTTATCCTTTAAACTATCTAGGCCCCATGTTTAAAATACTTAGAACTTGTTGAAAAGAATAATAGAAAAAAAGATTCAGTATGAATAGCTAGCTACTTGCTAGCATTGGTCATCTTTTGTTCCCACCATATTTATTGCACCTCTCCTCCCCTCTACTCCATCTCCAAACTCCAATAATAACTTTGTAATTTTGGATCTGCTGCCATAGATCTCATTCACTCCTAACACTTTCATGTTCAGAACTCCGTTGACTCACCTTTCCTCCTCCGGTTGCGGCGGCTTCGCCAGCGGCGGAGGATAATGCATGGATTACCTTTCTAAACAAGCGAAATTACATCACCTTTTCTCGAGTCTGCTTTGCTTTTTCGCTTTGACCTTTGGTATTTCTCTATCCTTTTGCTTTTGATTCATTGTGTTGGAAAACTTTTGTTTTGATTCCGATGAGTGAAGTAATCGGGTTTTAGCATTCGGTGAATGTACGAACCGAAAAGTAGGGTTTTACAATGTTAACTTGTAAATTATGTTAGTTTTTATTTGTTGATTAGTTAGTCATGAAAAAGAACAAATTAAACAGTTCAATGAAGCGTACAAGTAACTGCTAAAATGAATACTATCAATAGTTTCTTTCTATTAGGGGTGGATTTGATGTCACTGTCTTTAACGCAATCAAATTCGTTTTCTATACCGTTCCAAGATAAAACGGCACATATAATTGAGATGCATGCCTTAATCACTTCTACTTGCCACTTTTGCCAAATAAATTTGTAGCTTTGCCTGCAAAATAGTGTTGTTTGAGATTCAACAACCAGAATTCAACACTCAACATTTAAAAAAAACATAGTGGGTTCATCTGAACGGGAAGAGTTTTAGAAGCATTTATTTAGTTCGTCATGTGATAAAATAGTGCTAAGCTTTGTACATTGAATTTTGAACCAAATGATTTCGAACCGTACGATCTTTGTTTGCATCATGCAGGCTGATATTATCAATTTTTGAGTGTTTAGCTTCTATTTTGTCTGACCGTTTGATGTATGATTTTGCATTACTCCTAAGTTAGATTATCATTACATGTCGCATACTGAGCACACATTAATGCAATTTCATGAGTTTTGCTCATTGTTATGCAGCAACACAGGCAAATCTTGTTCTAGCAAGTGCTACATCTCAACCACCCAAAAGCTCTACTTCCGCTTCTACACCCGCAATGGCTCCATCTAGGTCTCCAGTTACTCATGGTATTGCATGCTTATTTTCTTGTATTCCTTAAATTTCATTGCTATGAAATTCTAGTTTTGTTATCTTTCATAGGAAATTTTACCCGGACTCATTCATTTAAGCACCATAAGAGGCATCCACATGCAGCTACACCACCCTCATTCGCCTTACCACTAACTCCAGGTTTGAATTTTATTCATTTGTAATGATGTTGTGGAGATTAGCTTTATATACTTGTGGATTCTCGGTAATATATTAAAGATTTCTCTTCACGTGACCAATTGGTTCACCTTGGTAGGAGTGCCAGTGTTTCATTTTATTATCAAATGGCAGCAAACAATTTTAAAAAACCTTAGGCCCCGTTTGGCTTGTCGTTTTTAGTTTTGTGTTTTCGTCTATACAAAAGCGTGTCCGTTGTATGTATCGTTGAAAAACAAATAATTTTGAAAAATGAAATTAACATGTAAAATAGAAAACAAGTTTATTTTGTTTTTCGTGTTTCGAGAGATAACAAAAGCACGAAGAACAATCCAACTCCTTCGTTGTCCGTTGGTTCTCGCAATGACTAAGAATTATAAATCTTCTTCTTTTATTTCTTGTTATTTCTTAATGCAAGTTGAAAACACAAAACTCAAAATACAAAATGAAACCAAACGGGCCCTTAATATTTTACTTGGAACATTGTTTATGTACATTTGCTAATGTGTTAGTTTACTGGAAACATTGTTTGCAGAAACCTTATAAATTTACGATTGAATCCCATTTTTAATCAACTCCTCCCAATTCTGATTCAATTTTCTCGAATTTTGAAGTTCAACCCCATTCTAGAGAAAATCATTTAATCCACACAGAAATAAGAAATACGAAGATGCATATTTTAGCCTACATTTCAAATTTATTGTTTCTAAAAAGTAATACAGCAAAAATTGTATCCTTTGAGATATACATCATTTGATAACAAGTAAAATTCAAGCATATAAATTCATATGCATATTACAATATGAACCTTTTGAATCTATGATTCACAAACTTGAATTTACGATTTACTATTCGAATCCTGTTTTTGAACACTATGACTTGGAATATTTCAGCCATTTGCGATGAGGTCTCATGTGCTGATCCACTCACTCTGACTCCAATTGGTTCACCATGTGCATGTGTCTTGCCTATACAAGTTGAAATAGACCTTGATGTGGCACCATATCAATTGTTTTCAAGTATTGCTGAGCTGGAACTTGAGGTTGCTGCTGGCACATTTCTTAAGCAAAGTCAAGTCAGAATCATGGGTGCCAGTCCAAACACAGAAGATCCTGGAAAAACAACTGTAACTATCGATTTGGTGCCTCTTGGTGATAAATTTGATAATATGACTGCTTTGTTAACTTTCCAAAGATTCTGGCAGAAGACAGTACAGATAAACTCTAGCATCTTTGGTGACTATAATGTTGTGTATGTTCGTTATCCAGGTAGCACTTAAAAGACTTTGCACTTTTTCCCATGGTTATCATTGTTGGTATAAATATTGACATATGTTAATTAATTAAAAGAAAGACCCTGAGCATTGGTTAAAAATACTTACAGGGTTACCTTTGTCACCGCCTCCTATTTCAAGTGAATACTTAGGCCCTAGCGGAAGTCGTGAAAATCCTCTTACTGCTGATGTGCCTACTACTAAGATGCAGAAAATGAACATCAAAGTCATAGTTATGATTGCTCTTTTCTCTTCTATTCTTGTATTGATGTGCTTTATATTTGTCTATATATTTGGGAAATGTAAGAGAGTTGGAAGTGCGACTACTAATCTCGGGCCTCCATTGACATGGTTAGTCACTCGAAAGAAAGGTAATAAGAAATAGAATTAGATGTATGATACACAAGTAGCTTCTATACAAGGCTCCTTTAAACATTGATGTCATTAACTCTCACTGAGTAATATAATCAATTATCCATCTCATAAATATCACATTTAGGATTATAGTTGTACCATGGAAGTATACGAACCACAATGTGTTTTACAGAACACATTTCAAAATGATTTCTTAACAACTACATACAACTGATGAATAAGAATATTTTTATTTTCCCACATGTAGAACCAAAAATCCTGCTCCAACACCTTTATTTGGCCATTAGTCAAATAACCATCTATTACCGCTCCTAAAAAAAAAGTAAATAAGAAAAATTACATTAATAGTTTTTTTTTTTCACATGCCCTTAAACATGTTATATGTCAATCGTTAGGGTTTGGAGCATTAAAAAGTTGCTTTTTGTCTATATTATCCTTTGTTGATACAAATTTAAGGATAAATACACTGTATGCAGGAGTCAAACCCATTGTATCACATAGTACATCAACCTCTACATCATTATCATTCATCTCAACAATTGCTACATACCCATCTTCGGTAAAATCATTTTCATTATCCGAACTAGAAAAGGCAACAAACAAGTTCAGCTCTAAGAAAGTATTGGGTGAAGGTGGGTTTGGTCGAGTATACCTTGGTGTTTTAGAAGACAAAAGAGAGGTTGCAATCAAGCTGCTTACAAGAGAAGATAGAGGTGATCGAGAGTTCATTGCAGAGGTTGAGATGCTGAGTCGACTTCATCATAGAAATCTTGTTAAATTGATCGGTATATGCATCGAAGGGCGTAGAAGATGTTTGGTTTACGAGCTTATTCGCAATGGAAGTGTTGAGTCTCATCTGCATGGTACTTTATTTTTATCGTGTTCTGGAGTTACTATGTTTCAGGTTTTGATTTTATGAATTATTATAGGTCCTGATAAGATGAAGAGGCCCCTTGATTGGGACACTCGAATGAAAATTGCATTAGGCGCTGCTAGAGGACTAGCATACCTACATGAAGATTCCAATCCTCGTGTTATACATCGCGATTTTAAGGCTAGCAATGTTCTACTAGAAGAAGATTTCACTCCCAAGGTCTCTGATTTCGGACTTGCTAGAGAAGCAACTGATGGGACCCATCATATTTCTACTCGGGTCATGGGAACTTTTGGGTAAATTTTATCCATTTCTTATGTTCTTTTGCTTTAACCGCGCAGTTCTCTGTTATTCATGTCCAACACCGATTCAAGTTATATAAATGTTTAATCTTGTGTGGTTGGTGATGCTCTAACAAAAGGGAGAATCAAGGCCATATTCCATAATTATTTTTAGTTCTTGGCAAAAAAACATAGGATTTTTTTTTTTGGAAAATAAAAAAAAATAAAAAAAATAAATGACCTAGGTGATAAACCCCATGGACATATGCCTAACCCTAACTTATATCTTGATATTTCAAGAGTGTTTTTTACATGGCTTAAGATTCTATCCGGCACATTGGAATTCTGGCCATTCCAGTCCGGTTTTGGCATGGACCTGGCCGGAATTGATCAAAGTATACGGTTCTAGATCCTCGTTGCAGAAAAAAAAAAACCTTTGTAAAGACCCCTGAGATTATCAATTCAAGCAAGAAAATGTCCAAGCAGCAGCAGGTGATGTTTTTTCTTTTTTTCCTTCATCGACGTGAAAGGCGGCAGTTTAAGATGGGTTCTGTTCTTCTACGGTTAGAAACAAAATTTATTTTGGGATTTTGAAGGAATGAGCTGTTTTAAAAGAGTTGAGCCTTGATTTTTTTAATAGTAAAATGATCAGATTTTGGGCATTTTGAAGTATTGTGCTATATTTCAATAATTAAGCCTGGTTCAGTAGAATGATCGAGTATTCTTAATTTTAGAGTAGAATAGAGATATTTGGAAAATTTGAACTGTTTTGATGCTTTTAAATATATATTTCTATTATTTATTGTTATATAAAAACTTTTAAATGCTACGAAATCTGAAACCGTAACTACAACGAAATTTCTCGAATTTTCGAAATGGAACTGAAATTTCAGAAACTTATAATGACCGAAACGGAATCGGAAACTGAAACTTCAAACCTTGGTTTTCTATTGCTACTATGGTTAGAATTTTGAACCTTCCTCTCGATAATTTGGTGCATAAACCACCCGAACACCCTTGAAGATAGAAATATAGGATTTTGGCAGAGGTCATGTTTCAAAACATATTACATACTTAGACCGCATGCAAAACCACTAATTTCCACTTATACGCTATTTTCTACCTGTCCTGGCCCAAAAGGCAAGGTAGCCGTGATTTTTGCTCAATGAAATGGGCTATATGCTTTAAAAGAATATTGATCTATTACTGTAGATGGTTTATAAGTTGATTTATGCCCTAATCAACTATGGTTCAAGTCCTTGAACCTACAATTTGTTTGCTTAATTATTTTCACATCATTAAAAAAATAAAATGGCTAGGGCAACCAATATGCTTGGGCGCTTTCTACCTACCTAATAAAAAGTGAATTTTTGCATTAAAACATTTAAGTGCCAAAAATAAAATAAAATAAAGTAGTACTGGGGTTGTTTCAAACATCACCAACATATTACCATGTTTCTTAAAAAATTGTATTGGCGTTGTTAAAACAACTCCAGTGCAAAATGTCACTTTTTGCAGAGAGGGAAAATAATCTGTTTTTGTAAGTGGTTTTGAAAACAGATCGATTGTTTAATAAGTTTTGAGAAGTGTACCAAATTGGTAAAAATTCATGATTTTTTTGCCTATTTATACCATTTTTAATAACATTCTACACATTTCAAAACTAATTACAAAAATAGATCACTTTCTATCTACATGGTAGAAAGTGAACTTTTGTACTGGAACCGTTTGAAACATCATCAAAGATTGTGTTAGATATGTTTCAAACATCACTCATACATAGTTCTTAAAAACAAATAAAATCGTACTAACACTATTTCAAACAATAAGAGCATGGTATTTTTTCCTAAAATTAATTCACATCAACACTGTTTGAAATAAGCTGGGGTACAAAATGCACTGTCTGCCTTGTAGGGAGAGAGTGATTTACTTCTGTAAATAGTTTCGAAAACATGTCAAACATGCAATAAGTTTTGCAACGTGACATAAATGGGCATAAAATCCAAAATTATAACAAGCAACACGTTATATTATGCAATTCCTTGCTTTCATATATTTAAGGACAATTTTAGTATTTAGGCTTATAAAAAAAAACTTATGTCATATTTAGGTCTCTCCGAAAAACTTGTTACAAAAAAAGGTATGTTTTCCACTAACTCAGCATTTTATATTGCACATTTTGAAAATGCACCAGCACAACTTAAAAATAATAATAATTAAATTTCAAATAATATAAATTTGTGTTTGTCGCACTTTAAAATCGCACAAGCACAAAACCTGATCTGATGAAGACATAATATATTATTGTAATAAGTTTTGAAGAGTACTTAAAATTGGAATATGTTTTTTCCTCGAAGTCTAATACTAAAATTTATCCTATATTTAACCTTATTATTCATTTTCAAATATAGGTACGTTGCACCCGAATACGCCATGACAGGCCACCTCCTAGTAAAAAGCGACGTATACAGCTATGGTGTGGTACTCCTCGAGCTTCTATCCGGGCGTAAGCCCGTGGACATATCCCGTCCCAACGGGTCAGAGAACCTGGTCACATGGGCCCGTCCTCTTCTCACAACAAAAGAAGGCCTCGACCAACTGATCGACCCCTCCCTCCCCTCTAACACCGATTTCGACACCATTGCCAAAGTGGCAGCCATTGCTTCTTTATGCGTACACATCGAAGCTTCACAACGCCCATTTATGGGCGAAGTCGTTCAAGCTTTGAAGCTCATATATAACTATACAGATGAAGCCTGTGAAGATTGCTGTAGTAGTCCTGTACAGTCGACTTCTAATGGAAGTACTCCTTGCTTATTCGATTATAGTTGTACGATGGAGTATAGTTCGGGTGATATTGAAAGATTGGACATTGAAAATAGGTCGGGGCCTTTGAGAATAAAGAAGGAAAAGAACGCTTTTCGTAGACTGAGAGGAAGCGAGAGCGAGCCTGAGAGTAGACAGTGTAGAAGATCCTGCATGGAAAGTGATTGGGTTTAA

Functional annotation

Database	accession number	e-value	annotation
nr	XP_020259924.1	4.7e-258	receptor-like serine/threonine-protein kinase ALE2
Swissprot	Q8RWW0.1	9.3e-195	Protein ABNORMAL LEAF SHAPE 2
trEMBL	A0A5P1EXK2	3.4e-258	Protein kinase domain-containing protein

Best hit in Arabidopsis

TAIR id	% identity	e-value	bit score	gene aliases	Short description
AT2G20300.1	53.90	0.0	706	ALE2	Protein kinase superfamily protein

>>>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
AfisC4G04058	AT2G20300.1	718	251	12	45	689	34	744	53.90	0.0	706
AfisC4G04058	AT5G56890.1	648	236	12	75	673	458	1100	55.25	0.0	642
AfisC4G04058	AT4G02010.1	592	291	14	58	637	136	687	42.06	4e-112	402

Ortholog group

Species	Genes
-	-

Pfam domain

Pfam ID	Pfam name	type	alignment_start	alignment_end	bit_score	Evalue
PF07714.14	Pkinase_Tyr	Domain	330	599	164.9	1.9e-48

Gene Ontology

Accession	Ontology	Name
GO:0002221	P	pattern recognition receptor signaling pathway
GO:0004675	F	transmembrane receptor protein serine/threonine kinase activity
GO:0046658	C	anchored component of plasma membrane
GO:0005524	F	ATP binding
GO:0006979	P	response to oxidative stress
GO:0007166	P	cell surface receptor signaling pathway
GO:0009506	C	plasmodesma
GO:0009611	P	response to wounding
GO:0009816	P	defense response to bacterium, incompatible interaction
GO:0009941	C	chloroplast envelope
GO:0010068	P	protoderm histogenesis
GO:0019901	F	protein kinase binding
GO:0035420	P	MAPK cascade involved in innate immune response
GO:0042335	P	cuticle development
GO:0046777	P	protein autophosphorylation
GO:0048367	P	shoot system development
GO:0071323	P	cellular response to chitin
GO:1900150	P	regulation of defense response to fungus
GO:1900426	P	positive regulation of defense response to bacterium
GO:1900459	P	positive regulation of brassinosteroid mediated signaling pathway
GO:1905393

KEGG pathway

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

Expression pattern in different tissues

Expression pattern in BioProjects

Co-expression network