result

Gene information

Detail information of AfisC1G05751

Location

Gene	Chr	Start	End	Strand
AfisC1G05751	chr1	1057176501	1057182050	+

Sequences

CDS

>AfisC1G05751
ATGCCTTCATTGGTAATCTCACTGCTCATCTTCCTATCCTCAACGCTGACAGTCACACAATCTTCTTCTTCCTCTTCTCCACCACACACATGTTCCGCCTCATCAACCAAACACCTCTATCCAAGTCACTGCCCGCCCCTCTCCTCTCCTCCGCCTTATCCATTCTCCACCTCCCCCGGCTGCAACCACTCCTCCTTCCGAATTTACTGTTTTGACTCTCACTCCCTCTTCACCATCAACTCCATCGACTTCACCCTCCTCTCCCTTTCCTCCTCCTCCATCAGTCTCACCTTCGCCCACCACCCTTCAGCTCCGGTCAACTTTTCCTTCACTCCTTTCCGTTTAATTTCCGACCCCTGCCATCACCTCGCCAATCTCACCTCCTGCTCTAATGGCGTCCACCTTAAGCAGCAGCTGCTTCAAAACCCTCTTGCTTTGTTTTCCTGCCCCCATCTACCTCGTTCGCGGAACAAGACTTGTAACAACGATGATGTCTCCGCCTTGAACGAGGGTCTCAAGAAGATCCAATTTCAGGTGAAGTGGGATCTGCATCTCGATCCGTACAATATAAGTTGTTCAAAATGCAACGGATCGTGCGGGTACAACGATACTCTTCCATCCAAGCCATTCCTCTGCTTTCCAAATCTAGGTAGTCTGAACGATCAGGATTCACACTGGTTCACAACGCGGCGGCTGGTGGTTTTGGTTTCGGGACTGGTAATATCCACATTATTTATCGCTTTTATTGTCACTGTTTACTTCAAGAAGAAGCTTAGCAGAAGTCGTAGAGATTCTTTATCCCTTTTTTTCAATAAAAATCATATCTATCCACCTGTGTTCACCTACGATCAGCTCCGGACTTCGACCAACGGGTTTGATCTTAGAAGAAAGATCGGGGATGGTGGGTTTGGATCCGTTTACTTAGCAAATTTTCCAGATGGTAGAATTGCTGCAGTCAAAAGGCTTCACAGACATCATCCAGCAGCATCCACAAAATCATTCTGCAATGAAATCTTGATTCTGTCTAGTTTGAGGCATCCGAATCTAGTAAGGCTTCATGGGTACTGTTTTGACCCGAGAGGATTGCTGTTGGTTTACGATTACGTCCCTAATGGGACTCTAGCGGATCATTTGCATGGGCCTAGCAGTAGAAAAGGGGTGATTGGTTGGGGAGTGAGAGTCGATATTGCTTTGCAGGTGGCAACTGCTTTGGAATATTTGCATTTTTGGCTGAAACCGCCTGTGGTGCATAGGGATGTTACTTCAAGTAATATATTTGTGGAGAAGGATATGAGGATCAAGGTTGGGGATTTTGGGTTGTCTCGGCTGCTGGCTCTTCCGGATCCGAATGTTGATACGGGTGATTCATTGGACGAATACGTATGTTGCACCGGGCCACAAGGGACACCTGGATACCTTGACCCTGAATACCACAGGTCATTCAGACTCACAGAAAAGAGCGATGTGTACAGTTTTGGGGTGGTTCTGTTAGAGCTAATAACAGGAATGAAGGCAGTGGATATGAAGAGAGACAAGAGAGATGTGTCATTAGCAGACCTTGTAGTGTCTAGAATACATGTCGGGACATTACATCAAGTGGTGGACCCTTTGCTTGTGAGACATGGAGAAGATACGGCCTCTATAGAGGCAGTTGCCGAGCTGGCATTTAGATGTGTAGCAGAGGACAAGGATGATAGGCCTAACGCTCGTGAGTTGGTTGTGGAGCTTAAGAGGATTAGAGGACGGATACAGGATGGTACTGGCAAGTAA

Protein

Gene

>AfisC1G05751
CCTTCTCCCACATCTCTCTTCATTAATTCACCTAATTCAACTACTACTTTCCAAAACTATCCTCCATCTCTCTCTTCTTCCTCCTCCTCATCCGAAAACCAAATCTCATGCCTTCATTGGTAATCTCACTGCTCATCTTCCTATCCTCAACGCTGACAGTCACACAATCTTCTTCTTCCTCTTCTCCACCACACACATGTTCCGCCTCATCAACCAAACACCTCTATCCAAGTCACTGCCCGCCCCTCTCCTCTCCTCCGCCTTATCCATTCTCCACCTCCCCCGGCTGCAACCACTCCTCCTTCCGAATTTACTGTTTTGACTCTCACTCCCTCTTCACCATCAACTCCATCGACTTCACCCTCCTCTCCCTTTCCTCCTCCTCCATCAGTCTCACCTTCGCCCACCACCCTTCAGCTCCGGTCAACTTTTCCTTCACTCCTTTCCGTTTAATTTCCGACCCCTGCCATCACCTCGCCAATCTCACCTCCTGCTCTAATGGCGTCCACCTTAAGCAGCAGCTGCTTCAAAACCCTCTTGCTTTGTTTTCCTGCCCCCATCTACCTCGTTCGCGGAACAAGACTTGTAACAACGATGATGTCTCCGCCTTGAACGAGGGTCTCAAGAAGATCCAATTTCAGGTGAAGTGGGATCTGCATCTCGATCCGTACAATATAAGTTGTTCAAAATGCAACGGATCGTGCGGGTACAACGATACTCTTCCATCCAAGCCATTCCTCTGCTTTCCAAATCTAGGTAGTCTGAACGATCAGGATTCACACTGGTTCACAACGCGGCGGCTGGTGGTTTTGGTTTCGGGACTGGTAATATCCACATTATTTATCGCTTTTATTGTCACTGTTTACTTCAAGAAGAAGCTTAGCAGAAGTCGTAGAGATTCTTTATCCCTTTTTTTCAATAAAAATCATATCTATCCACCTGTGTTCACCTACGATCAGCTCCGGACTTCGACCAACGGGTTTGATCTTAGAAGAAAGATCGGGGATGGTGGGTTTGGATCCGTTTACTTAGCAAATTTTCCAGATGGTAGAATTGCTGCAGTCAAAAGGCTTCACAGACATCATCCAGCAGCATCCACAAAATCATTCTGCAATGAAATCTTGATTCTGTCTAGTTTGAGGCATCCGAATCTAGTAAGGCTTCATGGGTACTGTTTTGACCCGAGAGGATTGCTGTTGGTTTACGATTACGTCCCTAATGGGACTCTAGCGGATCATTTGCATGGGCCTAGCAGTAGAAAAGGGGTGATTGGTTGGGGAGTGAGAGTCGATATTGCTTTGCAGGTGGCAACTGCTTTGGAATATTTGCATTTTTGGCTGAAACCGCCTGTGGTGCATAGGGATGTTACTTCAAGTAATATATTTGTGGAGAAGGATATGAGGATCAAGGTTGGGGATTTTGGGTTGTCTCGGCTGCTGGCTCTTCCGGATCCGAATGTTGATACGGGTACAGATAGTTTCCATATATTCACCTGTCTTTGCATACCATACATCGTGTGATATTCTGCTTAAAGTGTAGATTTAGAATGATTTTGGTCAAGTAGATAGAAAAAACTGAAAGCACGTTTGACAACAACTTATTCTGAAACCGCTTAAACGGAGATTTAAATAGCAACTTCTAAATAGTGGTTTATAAGTAGAAGTGTTTTGATGCAATTTGACTTTTAAGTTAAAATAAGTAAAATAATTTATCAAACCTAGTTATAAAATATGTCCATAAGTCATAAGCAACAAACTGTTGCTTCTCATATTTCGACTTATTAATCATTTTTGTAAGCTTCTTATAAAGAGTTGCCACACTTGAACGACAACAAGTGACTTATAAATAGTTTTTGCTACTTATAAGTAGTTTTGGCTCCCTATAAGTAATTGCCAAACGTGCTTTCAGATTTATTAACTTGAGTTAGGATACATATGCCGTTACAATCCCATGTAGAAACAGTGCACATTTATTATATTTGGTGAAACTGTTGATTTAAAATGGTTTTGGTTAGATAGGTAGAAAAAACTTAGATTTAAGAGCTTGAGTTTGACTTAGAACTCAGAACACATACAATGGTATTATCCATGTCCCAAGTGCTCGTTTAGGAACAATGTTTTTTATACCCACATAAATGTAGTTTTCACTCGTTTTTTGTTAAATTGTTTTAAGCATATAATAAAAAACATGTGTATTTGGATAGAGAAATTGAAATTTGATGAAAATCAGTTATAAAAAATGAGGCAAGTCATAAACAATTTTTTTTTACTTGTGACTTATTTGCTACTTTTAAGTCAGAAGCATTTCTCTTTTGCTTATGTTTTCTTATTTTGCTACTTTTAAACTGGAAGCATTTCTTTTTTACTCATGTCTTCTTAATTTGTTTGCTACTTTTAAGTCGGAAATTAAGTTGTTTTTCCTACTTATATGTTACTTTTTCTACTTGTAAGCTATTACTAAACCCCCCCTAACTTCCAAAGCATAGTCATAAGCACTTCAGTTTATATAATTTATAAGCTATTTTTCCTGCTTATATGTTATTTTTTCTACTTATAAGCTCTCACCAAACCCCCTCTTACTTCCAACACAAACTAAATGATCTTTTATTTGAGCAACACATTGGGTTTTTGAACCCTGATCCTTTGCATTGTTGATGTACCAAAGCAAGGTCCATAGTTCTAAATTATTGGTTTGTAAATCTGATTATTCAAATTTAAAATATACAGTCAATGGGTTTTAAATTTGTAATGCATGTAAAGCGTCACATACATATTAATTTGATGGTTTATATTGTTTGTGTTTTACAAATGAAATGTTTCAGGAAAGAGCATTTTTATCACTGCTCGTGGTGGAACACAAGGAACTCTTTGTGTTATAACATACACTCAGTTAGCTCATGATATTTTGATACATTAATCTATCTTTGCATATTATCAAATACCACACATGTTATATGTATTGTGGAAAATATTGATTTACAATGATTCTTGTCCCTTGGGTAGAAAAAAACCTTAGAAACTTGAGTTTGAGTTAAAACACTTATACAATGTTACAATCCCATGTACTAACCTCCAAAGCAAAGTAATGCCCTCATTGTAGTGTAACACGTGGTGACCCTTATGCTTTGCTTTGGTGATTTACCAAATTAGGATTTCATCCACATCTCAACTATTGGATGCGTAGTCTTATGGTTTGGATTAAAAACAGTCTTAATGGGTTTCAATGTATCCAATTAGGACCATCAAATACATAATTCATATGTTTGGAATATCGAATGAATGGCTGTTCTGTTAACATATTAGGAGATATCGGAATCCTCAGTGTTGCCAGTTTGCTCATAATCATATACTGATATTATCGACTATATATCATGTCAAATACCATTAGCAATTCGGTGATGTCTTTGAATTGCTGATCCAGTGGTTTTGTGTTCTTAATCCTAATCCTTAATTGCCATTTTTTATTTAAAAAAAACTACACACACATCACACATTCACTTAGCCAAAATTCTAGGTCGGGAAACTACCCTACTTAGGCTGAAGATCATCTCTGATGATGATTTGAGTTGGTTATGGCAGTGGGGTGTGGAAAGTAAAATAATGTGCCAACAGTTTTTGAAACTTCACCAGCCTTTTATAGAAACAAAATGCTTAAAGTCTAAAATGGAAAACTAAGAATGATGATAATAATAATTGATATATCTACAGGTGATTCATTGGACGAATACGTATGTTGCACCGGGCCACAAGGGACACCTGGATACCTTGACCCTGAATACCACAGGTCATTCAGACTCACAGAAAAGAGCGATGTGTACAGTTTTGGGGTGGTTCTGTTAGAGCTAATAACAGGAATGAAGGCAGTGGATATGAAGAGAGACAAGAGAGATGTGTCATTAGCAGACCTTGTAGTGTCTAGAATACATGTCGGGACATTACATCAAGTGGTGGACCCTTTGCTTGTGAGACATGGAGAAGATACGGCCTCTATAGAGGCAGTTGCCGAGCTGGCATTTAGATGTGTAGCAGAGGACAAGGATGATAGGCCTAACGCTCGTGAGTTGGTTGTGGAGCTTAAGAGGATTAGAGGACGGATACAGGATGGTACTGGCAAGTAAGGAGGTATCTCTGGCCTTTTGTATTTTTAGATTGTTAATAGAATATATTAGCAGGAATGTTAGGTGTTTATGGTAATGAAAACAACGCTTCTTTCCCCGAAAACCTACATTCTGAACACATTCCATACAAGTGCTATTTAAGTGTGAATCTTGTACACTTGTCTTAGTGCTGAGATAAAACTATGTTTCCCATATTTAGCTTGGACATTGTGTATTCATCGAGAGTATCAATTTATGATGTTGAGTTGGCTGTGGAGCTTAAGAGGATTACAGGACATATGAATGATGGTACTAGCAAGTGAGATGTTATATCCAACTTCTTATCTTTGTACTAGCAAGTGAGGTGTTGTATACGACTTGTTTCTGTAGATTGTTAATGGAATCTTGATAGGAAGGGTAGAATGTTCAATTGTTAGATTAGTGCGAATTTATGATATGATATGGAACACTCTTTTCTTTGAAGACCAACATCTTAATTGGTATGCATTTATCTTAGTGCTGGATATAGTAATCAAGACAAGAGCACCAGGTCAATGAGCGTTTATAAGATGGGAATGAAGTTCCATCACTTAAGTTTAGTTTACAAGACAAATGACTGTATTCTGTTTCATGTTTGACTCTGGTAAACATCAAGATTATTTATGATATGATATGGAACACTCTTTTCTTTGAAGACCAACATCTTAATTGGTATGCATTTATCTTAGTGCTGGATATAGTAATCAAGACAAGAGCACCAGGTCAATGAGCGTTTATAAGATGGGAATGAAGTTCCATCACTTAAGTTTAGTTTACAAGACAAATGACTGTATTCTGTTTCATGTTTGACTCTGGTAAACATCAAGATGTGCAATTATCAAGGGAGGTTTCAGAAACATGGATACGAATCTGCAGCATAACCTTCATTTTGTAGATTGTTGATAGAATCTTGGCAGGATAAATTAGATTAGTATGGTATTTATGATGTGATATGGAATGCAAGGCTTTCTCCAAAGACCAAAATTTTGGACACATTTGATAAGTGTTTTTAATTGTACGTGTTTGCACTGAATTCGTATGCGGCAACATGTCATATGACTACTGTGAACATTGTGTATACATGGTGAGCATCAAGTTAATGAATCCTGGCAATGAAGTATGTCACTTGATCTTGGATTACAAGGCAAACGAATGTGTGTTGTTTCATTCTTGACTTCCCTAAACAACAAGATAATGATCAAGGGGAGTTTCATAGACATGAATATGAATATGTGTGGCATAACCTTTATTTTTCAAGAGGTCTATTTCAAGGAAGCAAGTACTGAATCTGTATAGTTGTTATACGTGATCACCAATATTGATATATATAACTGATAAATTCAATGAATCATATGTCACACTGGGAGATCCAGGCAAAAGTTTGGAGGTAATTTACATTTCAGTATTGTAATTCT

Functional annotation

Database	accession number	e-value	annotation
nr	XP_008810583.1	7.2e-167	LEAF RUST 10 DISEASE-RESISTANCE LOCUS RECEPTOR-LIKE PROTEIN KINASE-like 1.5
Swissprot	F4I3V3.1	3.2e-151	Probable receptor-like serine/threonine-protein kinase LRK10L-1.5
trEMBL	A0A8B7D149	4.0e-167	LEAF RUST 10 DISEASE-RESISTANCE LOCUS RECEPTOR-LIKE PROTEIN KINASE-like 1.5

Best hit in Arabidopsis

TAIR id	% identity	e-value	bit score	gene aliases	Short description
AT1G69910.1	50.08	5e-148	521		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
AfisC1G05751	AT1G69910.1	605	231	15	43	585	35	630	50.08	5e-148	521
AfisC1G05751	AT1G18390.2	651	329	23	2	580	6	620	32.87	1e-72	271
AfisC1G05751	AT1G18390.1	435	214	11	181	580	200	614	38.16	3e-72	270

Ortholog group

Species	Genes
Allium cepa	g206761.t1
Allium fistulosum	AfisC1G05751
Allium sativum	Asa4G05875.1
Arabidopsis thaliana	AT1G69910.1
Oryza sativa	LOC_Os03g58750.1

Pfam domain

Pfam ID	Pfam name	type	alignment_start	alignment_end	bit_score	Evalue
PF00069.22	Pkinase	Domain	294	573	147.7	3.5e-43

Gene Ontology

Accession	Ontology	Name
GO:0005886	C	plasma membrane
GO:0006952	P	defense response
GO:0004383	F	guanylate cyclase activity
GO:0004674	F	protein serine/threonine kinase activity
GO:0005737	C	cytoplasm
GO:0006182	P	cGMP biosynthetic process
GO:0009555	P	pollen development
GO:0009617	P	response to bacterium
GO:0009620	P	response to fungus
GO:0009751	P	response to salicylic acid
GO:0009826	P	unidimensional cell growth
GO:0042803	F	protein homodimerization activity
GO:0043227	C	membrane-bounded organelle
GO:0043229	C	intracellular organelle
GO:0046777	P	protein autophosphorylation
GO:0048527	P	lateral root development
GO:0050794	P	regulation of cellular process

KEGG pathway

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

Expression pattern in different tissues

Expression pattern in BioProjects

Co-expression network