result

Gene information

Detail information of AfisC4G05981

Location

Gene	Chr	Start	End	Strand
AfisC4G05981	chr4	1107362561	1107370661	+

Sequences

CDS

Protein

Gene

>AfisC4G05981
ATGCCCCATCCTCCTCCGACTCCATCAATTAGCTGCAGTCAGCTCCTCCATTATCGCTTGACCTTGCAAGACCCAGGACACGAAGGACACTGGTCCAGGAAAGCAAGTAAATCAAAATCAGCAAAGGTATCTCATAATTAAATTGAATTCTGTGAATTTTGGCTGTGTTGATGTTAATTAATTTGTGGCAATGTGTTGATTGCCGAACAAATGTCGCCTTCCTAGTGAACAATGACGAGACGTCACTGGTCCTGGTGCTGGTCTTATTATGAAATTTGAAAGACAACAGGAGATCTCAGTGGCAAAAAAGATATCACTGATTTGTGTCCTGTATTCAATAATTAGAAAATGAACAAACTGCTTTCCCGTTCTTTGTTCTATGCGTGTGTGTATCCATTGAATCTGGTTTTGATTTAACTTGCACCTAATTAATATGTTTTAGCAAAATTATGTAGTTCGAATATTTGCATGATATTCTCAACTTCATCCAAATTATATACAGAAGGCTAGAGCTAGCATTTTCCCATTTCATTTTCTCCCTTTTTGGCAAATTGCCAACTGAAGCTTATTTTTTTTATTGTATTCATTATCATATACTCAGTATGCCAGTGATCTGTTTTTATGAAGCATTGCACTTTTTATATCCCAAATATATGTTCTTTAATCAACCAATGGGTTATTTGTTTTAGATGATGCTGCCTATAGCTGTTGAGGATGTCAAACGAGAAGTCAAGATTTTGAAAGCCCTTAAAGGCCACGAGAATGTTGTCGAATTTCACAATGCTTTTGAAGATGATTCTTATGTATATATAGCTATGGAGTAAGTTTAGTTTATCCAGATATATACAAAACAAAATCCTCGCATATGTTTTGATATGATTAGCGAAATACGTCTACTTGTAATTCATTTTCTTAGTAGAAAAGTTTGTTTATTGTTTATTTTCTCTCCTCTTATTAGGTTATGTGATGGTGGTGAATTACTTGACTGCATACTAGAAAAGTAAGTTTTTTTTTTGGTTAACATGTCTATCCAATTTCAGTTTCACATGAATATACAAACTACAGTTTATCCGGTCTAGTGAAAAACATTAACTAATCTTGCTTACCATTATTTTCTTCAGAAAAGATAGTCGGTACACCGAAAAAGATGCCGCAATCGTTGTAGGTCAAATGCTCAAAGTTGCAGCTGAGTGCCATCTGCATGGTTTAGTACACCGTGACATGAAGCCTGAGGTACATTTTTCTTTAAACTTTTAACCATATATATAAAGCAATGAATATTAACTACTCACGAATTCATACCTAAATCATTTTCATTCCCAGAACTTTCTATTTAAATCAAAGGACACTGATTCACCAAATTTTTTTTTATTTACTTACATATTACATATGTGCACAGTGCACTACTATGTATTATACTATTTATTTATTATTATATATTTTTTTCGTGTACTGTTTCAATTTGAAAGCACAGGCAAAAAATGTGCACAACATAAATAAGTTCAAATGGACACGCCTAAAATCCTTAATAGTATAAACTATTCAATATATAAAGTTTATACAAGTGACAGCTATTTCCAATTTTGTTTTATACAAGACGATAGCTCGACAACAAATGGCCTATTATATGGATGACACGTGTTATATATAAAAGTTGGATTTTCTGAGAACAAAAAATATCTGATACATGCTCAGCACAAGACATAGGTACAACATGCGTTCACTCTACTACAAGCATACACTTTGATGCCGTTTATATATGTATACAACATATATATCACATGTATAATATCACGTGTATACTCATACAAGCATGCGTTAGCAACCAGAGAGAAAATTCAAAAGCCAAGCAGCCTACAACCTATATGTGACTTGTATATAATAATAGGAGAAATTGGTCAGGGTGTGTGTATATATATATAACGTATAGAAAGTTGGTTTGCTTTTTTTTTCGGACACGCATGTAGCTAGGACCGAAATTTATACATAATGGATATACACGTTTGCCATGAAGACATGCGATATATAATGTATATATCTCATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATAGGCGGGTTGACAAGGCCCCAATATACAAACTATTCAACACATACAATTTATATGAGATCTGAACATATAGGATGGGGCATTAGTGATTTAAATGTGGCTACTAGAAAGATAGCCCCTTTAATCCAACAAATTCAAACTCAGAGCAAAATTTCTAACGACTATTATGCGCAGCGTGATGGGGGTGATTTCAATTTTCATAAGGCATAGGAAAAAGTTAGGCATCATGAACAGTAGGTGAATTGGTCAAAAGTAGTTTGGCATACAAAAAAGTGCAAGAAAAAGGCTTTTTGTTCCTGCAGAGCACTCATGAATCGACTTGAGACAAATGACAAATTACTAAATATGGGTTTAAATATGGATCCGAACTGTGTTTTATGTAAGCAGGAATTAGAGGATAAAAATCAATTGTTCTTTCAATGTTAATACAGTAAATATAAATGAACATTATTCAGATCGAAGCTGATGATTATACCTGAAAATTCGGTAAGAATAAAAGATGAAACCATGGATCTCCTCACCACCTTCGGATGTAAGGATCAAATCTCTGATCTAGCCTTTACAGTATTTACGGCCTCCATTTATTTCATTTGGCATGAGAGAAATTCAAGAATATTTAAGGAAAAGAAAATTTATAAAATACAAAAAACTATGATAATGCAGCAAGAGATCACTTACCCAATTAATTGAAATGGCAGCAGAACATGAAGATGTGAAAGAAACGAGGAGTTGCTGACTGGTTGAGAGCGCTGCCATTATCAAAGTTAGGTTACTGAAGACGAAATGAATTTGCTGTCATGCTTCTTTGTTGTCATGTCTTTCTGTTCTCGATAAGCAACTCATAATCAAATTGTTTTTCCATTTTAAGTGAATTTTTATTTTTTTTCATTGTAAATGATTGAATTTTCACACAACAATGATTGGTATTGCACAAAAACTTAATTACTTATCACTCTCCAAAAAGATATGACTTGATCATCCATGTGACTTTGTTCCCACAGGCTTCTCTCCTCTTCTTTAAGGTAGGCTCAACTCTCTAAATTTTCTATTTTCCTTCATAAGCTTGAACTCCATAATTTGAATATGCAGGCAAACTTGAATCATGAAGACAAACACCACAGTAGACATAAACAGAGCTGCACCACTTCAACTTTTCGCATCACCAAATCCAAAAAAGAGAGGGCACAGCAACAACAGATCATGGATACACATCCAACACAACGGGAACTCACAAGCCGTATCACTTGAGAAATCAGCAATCATGAAAATTACAGGTTTGCCTGCAAGAGATCTTCGCCTTCTGCAATCATGAAAATTACTGTTATAATACGAGTACTACTTATCAGTCTTAACGTTGCTTTACAAATGCAAATTCTGAAACCTATTTCATGAATTGTTCATGATCAAATATAACCATAGATTTTACGAATGAAATAACTGCAAGTTACGTTATTAAAGAAGTACCATCTTCCCATGTGTGAAGCACAAGCCTCATATCAGAGGGAAGCAAGTGGTAACTTTGTCAACCAAACTGAGCTGAACGTAACTTTGTCAACCAAACTGAGCTGAACGTTTCATAGTTGGAACAATGTTTCAAATAATTATTTACACGTATATTGTATTTAACTATTTATACAGATTTTTGAACAGGGTAGCAATGAGAAAGTCAATACTCGCAGCGCAGACTACACAGTGCCCCTGGGACCAAAGGGAGGGCGAAAAAGGAATTGTTATTGTTGTATGTCTTTTATATTCAATTACTTTACTCATTTTTCTGTCCATTACTACCGTTCTATCTGTGCTTAATTATTTGTCAGTCTGTTGCCATCGACCTTATAGACACCTTCATCTACTTCAACGCTTTTTTAAGCAGCAGCGTTACTTTTTTAATTTGCTTAGAATTATTAGCGTGTCAGCCATCCTGTTTATATGTTGACAATGTTTTCCAGGAAGTTGAGGACTTTCCCGCTGTCAATTACTCCATGCAGTGCAGTCGTGGTTTTATAATTGTGTGCTTAATTTCTGTGTTTTATTTTTTGCTCCCTTTTTTTTAACCGTCCTGTACTCTTTAATATTGGACGTATTGATTTTTAGTTTCTCTGCTCTATATATCTTTTGTTATATTGCTGATAACGAACTAAGCATTCTACTCGGACTGAGAAAGCTGTTTGGTGAAGAATTTTGTAAGTTTGTATACATAAAAAACATAATATCAATTAATATCAATTAATCATGCCATGCTCTTTTTCTATTTTATTTTTATTTTACATGGAACATATTTATTTATCTGCTCATACGAGGATAATTTCTTGTCTTAGGTATTAGTGCAGGGCTCCACTCATGGCAGACCAAGTTAACCATCCCACCATTTTCAAGAAAATGTCTGGCTGAGAAGAATTTTGTTGTTGATTTTTTAATGGGTGGAGTTTCTGCTGCGGTCTCCAAAACGGCAGCTGCCCCTATCGAGCGTGTGAAGCTCCTGATTCAGAATCAGGATGAGATGATCAAATCTGGACGTCTATCGGAGCCATACAAAGGAATTGGTGACTGCTTTGGGAGGACAATCAAGGAAGAGCCATACAAAGGAATTTCCCAACGCAGGTATTTCCTTTGAATTACAGAGCTTAACGTGCTTTTTATGTTTTTTGTGGTTTCTGCATTATATTAACCGTCGGTATCCAAGTATTAATTGAACAAATATTATACTCATGGATAAACATTTCATATCATGAGCATGGTACTTATTTTGAATTTTTGAATGCTTTACAGTCTGTTTTGCAACATTTTAAGTAGTCATGACATTTTAGAACTATTCAACTTCTAACAAAGAAGAGGCAAGTTAAATCGATGTTGGCAAGTCATCTTCAAAAATGCTAACCTTAACTTTCTCCATCTTCAGGCCTTGAATTTTGCTTTCAAGGACTACTTCAAGAGGCTCTTCAACTTCAAGAAAGACAAAGATGGTTATTGGAAATTGATAGATTTCATGGAATCTAACAATCAAAACAACTATAGAATTAATAAAATGAAACTAAAAATATTCGCCAATGATTCCGCCATTTTTATTAACATAAAAGAATGAGGAAAAAGTAAAAGTAACAGTCTCTCTCTATACCTATTTATACAATAAGCTGAAACAAACAAATTTGCTATGAACCAATAAAATGTGCGCAGCCTTGCCACGTAAGCACAAGCAATGTTGACACAACAATAACAGCATATACCAACATCCCCCCTCAAGTTGGAATGTCTAGGAAGACATACCCAACTTGGACAAAAGTTCTCTGAACTGAATTGAAGGCAAAACTTTTGTAAAAACGTCAGCTAATTGATGTTGAGTTGGAAGATAAGTAAGTTGAATCAGCCCTTCAAGAATCTTTTCACGAGTAAAATGAAAATCAATTTCAATGTGTTTAGTCCTCTCATGGAACACTGGATTGTGAGCAATATGTAGTGCAGATTGATTGTCACAATGTAGAATAACTGGTTTAGAAATTGTGACTCCCAAATCCTCTAACAACCTTACAATCCAAGTGACTTCAGAAGCCGCTGCTGCCATAGCTCTATATTCAGCTTCAGAAGATGATTTTGATACAGTGCTTTGCTTCTTAGACTTCCAAGTAATCGGAGAACCACCAAGTAAAAGAACAAATCCAGTTATGGATCTTCTTGTGTCCAAACATGCAGCCCAATCTGAATCAGAATACGCCTGCAAACAGAGCTGATCTGAAGCTTTTAACAAAATTCCCTGGCCTTCAGTATGAGCAAGATATCTAAGAACATGAATCAAAACTGACTGGTGAGAATTTCTAGGTGATTGCATAAATTGACTAAGTGTTTGCACTGCATATGCTAAATCAGGTATAGTGTTGGTAAGAAAATTAAGTTTACCAACAAGTGACCTATAATGTTCAGCATCAGAAAGTAGTTCACCACAATCTGCTTGTAGCTTGGCATTTATAGGAAGAGGGGTTACAGCTTTCTTTGATACATCAAAACCACATTCTGCAAGTAAATCTCTAGTGAACTTCTTTTGACTTAAAATTATTCCATTATCTAAATAACCAACTTCAATTCCTAAAAAATAACTCAATTTGCCAAAATCTTTGATGCCAAACTCATTTTGCAGATGAACTTTTAAGTCTTCAACAGCACTTGAATCTGTTCCTGTTACTATAACATCATCCACATAAACAGCAGCAATGCAAATTTTATTTTCAGATTTCTTGATAAAGAGACTATGATCATGATGAGATTTAATAAATCCTAACTTGTGTAAAAATCGTGACAATTTTTTCATGCCATTGTCTTGAAGCTTGCTTCAGTCCATAAAGGGACTTTTTCAACTTGCAGACTTTATTATCAAGATTCAAAACACCATTTGGAACTCTCATATACACATCCTCCTTAAGATCCCCATGAAGGAAAGCATTGTTGACATCTAATTGGAACAAAGACCAGCCTTTATTAGCTGCTACAGCAACAAGAGTCCTTACAGTACTCATTTTCACCACAGGACTGAAAGTTTCAGCATAATCAATTCCATATTTTTGAGTAAAACCTTGTACGACTAATCTTGCCTTACACCTCTCCAATTCTCCATTTGACTTCAGTTTAACTTTGAAAACCCATTTACAACCAATTGCCTTTTTTCCTTTTGGAAGATCAACAAGTTCCCATGTATCATTTGCTTTAAGAGCTTTCAGTTCAGTTTCTATTGCCTTCACCCAAATTGGTTGTTTAATTGCTTCTTCATAGTTTAAAGGCTCTTTTATATCACAAATTTGAGATAAAAAAACTTTGTGCTGTTCAGGAAATGTGGTATATGCCACTAAATTGCACCAATGCTCTGACTCAAAATTACTTGCAGCTGTATTACATGTATAATCTTTCAGATAAGATGGAGTTTTATGAATTCTTGTTGATTTTCTAAGAACTGGTTGTTCAATAGTTGCTGAATCACTAATATCAACAACTGATGTAGTCTACACAGGGGCAACAGTATCATTTGATGGAAAAATAGCATTTGAAGAAGAAAAATCAGGTGCTTCATGAAAAATAGGTGCAGAACTTGCTGGTAAATATATGGCATTTGAATAATTGGAATGTGGATATTTTGATTTATGAAATAAATGATAAGGAAAATGCCTCTCATAAAACTTCACATTTCTAGTAATATTTATTTTGTTTGTATCAATATCCAAGATTTTATAACCTTTCTTGCTGTCAGAATAACCAAGTAACACGCATGGTTTAGCTCTTTCATCCATCTTTGATCTCTGCACTCTTGATGTACTAACATAACAAAGACATCCAAAAACTCTCAAATGATCAACTTTAGGCTCTTTCCCATGTAGTCTAAAATAAGGTGTATCTCCTTGGATAGCTTTTAATGGCATTCTATTAATCAAATACGTTGCACACAACACACATTCACCCCAAAATCTGTCTGGAATTCTGGACTGAATATACAAAGCTCTAGCAGTCTCTAATAAATGTTTGTGCTTCCTCTCAACTACTCCATTTTGTTGTGGTGTGTCACTACAACTCTGCTGACTTATAATACCATGATTTTGAAACAAAATTTCATTTGTCCTTCACATAATTCTCTTGCATTATCTGATCTTATACATTTCACAGAAGTAGCGAATTGAGTTTGTACCATTTTTAAGAAATTTTTTATGACACAAACTGATTCATTTTTATTTCTCATCAAATGTATCCAAGTAAATCGACTAAAGTCATCTACAATAGTCAAGAATTGATTACAACCAGATGGAGTTTTTACACAATGAGGACCCCAAACATCAATATGTATCAATTCAAAAGGACTTTTAGTCTTTATTGTACTAATAGGAAAAGCTAACCTGGTTTGTTTTGCTTTAGGACATACTTGACAAATAGTATCACTCAAACAAGACTTTATTTCAAGATCAGAAACAGCTACTTTTAATTGATCAAAAGGTAAATGTCCTAATCTAAGATGCCATAGTTTTGCAT

Functional annotation

Database	accession number	e-value	annotation
nr	KVH92314.1	3.9e-41	Calcium-binding EF-hand
Swissprot	Q0D715.1	1.7e-41	OsCDPK5
trEMBL	A0A103XKE1	2.8e-41	Calcium-binding EF-hand

Best hit in Arabidopsis

TAIR id	% identity	e-value	bit score	gene aliases	Short description
AT4G36070.1	83.00	2e-43	172	CPK18	calcium-dependent protein kinase 18

>>>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
AfisC4G05981	AT4G36070.1	100	17	41	140	105	204	83.00	2e-43	172
AfisC4G05981	AT5G66210.4	100	19	41	140	96	195	81.00	3e-43	172
AfisC4G05981	AT5G66210.1	100	19	41	140	96	195	81.00	3e-43	172

Ortholog group

Species	Genes
-	-

Pfam domain

Pfam ID	Pfam name	type	alignment_start	alignment_end	bit_score	Evalue
PF00069.22	Pkinase	Domain	34	142	69.9	2e-19
PF00153.24	Mito_carr	Family	212	285	35.7	5.3e-09

Gene Ontology

Accession	Ontology	Name
GO:0005886	C	plasma membrane
GO:0016021	C	integral component of membrane
GO:0005509	F	calcium ion binding
GO:0003735	F	structural constituent of ribosome
GO:0051015	F	actin filament binding
GO:0006952	P	defense response
GO:0004683	F	calmodulin-dependent protein kinase activity
GO:0004723	F	calcium-dependent protein serine/threonine phosphatase activity
GO:0035556	P	intracellular signal transduction
GO:0005215	F	transporter activity
GO:0005516	F	calmodulin binding
GO:0005524	F	ATP binding
GO:0005634	C	nucleus
GO:0005743	C	mitochondrial inner membrane
GO:0005885	C	Arp2/3 protein complex
GO:0006412	P	translation
GO:0007275	P	multicellular organism development
GO:0009507	C	chloroplast
GO:0009738	P	abscisic acid-activated signaling pathway
GO:0009825	P	multidimensional cell growth
GO:0009931	F	calcium-dependent protein serine/threonine kinase activity
GO:0010090	P	trichome morphogenesis
GO:0010286	P	heat acclimation
GO:0018105	P	peptidyl-serine phosphorylation
GO:0034314	P	Arp2/3 complex-mediated actin nucleation
GO:0040008	P	regulation of growth
GO:0046777	P	protein autophosphorylation
GO:0055085	P	transmembrane transport

KEGG pathway

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

Expression pattern in different tissues

Expression pattern in BioProjects

Co-expression network