result

Gene information

Detail information of AfisC5G02604

Location

Gene	Chr	Start	End	Strand
AfisC5G02604	chr5	492222979	492228043	+

Sequences

CDS

>AfisC5G02604
ATGGACATCCAACCATTCTTCTTTCTAGTTCTGTCCTCTCTTCCATTTTTCCTACTGCTTTTCTCTAAATTCATCAAACCTAACACCCAGGATTACATTCGCGATGATATAAAACCATATCCAATCGTAGGCCTTCTCCCCCAATTCCTAAAAAATCGCCACAGAATCCTCGATTGGCTCACTGAAACCCTAGCCAAATCGCCAACAAACACTTTCCATTCTTTCCGTCAACCAGGTAATGTTAACGTTATCGTCACCGCAAACCCCCGAAACGTCGAATACATTCTCAAAACCAATTTCGAAAACTTTCCAAAAGGCCCTCGCTTTCACTCTATTTTTCGCGATTTCCTCGGTAACGGAATCTTCAACGCCGATGGAGGTTTGTGGAAACTGCAAAGGAAAACTGCTAGCTTCGAATTCAACACACGCTCTTTGCGTAATTTTGTTGTGGAGATCGTACAAGAAGAGATACACTCCAGACTTCTCCCTGTGTTAGAAAATCACCTTGAAAAAGGCGAGGTTTTCGATTTGCAAGATTTACTTGAAAAGTTTGCATTTGATAACATTTGTAAGCTGGCTTTCAACGAAGACCCTGCTTTACTATCACTCAGTAAAACCAGTCAACTGTCATCCAGTTTTACCAACGCCTTCATAAACGCAGCAGAAATCAGCGCTGGAAGATTCCGCTACGCCATTCCTGTAGTTTGGAAACTTAAAAAATTGTTACGCGTTGGTTCAGAAAAAGAGTTGAAGGAGTCCATTTCAGTTGTGCACGATTACGCAATGCAAATTATTCATGCTAGAAAGAAAGAGATGCATTCGTCATCCAATGAATACAATAAAAAAGACGAGGATTTGTTATCAAGATTCATAGCTCTAGAGAATCATTCAGAAGAGTTTCTAAGAGACATAATAGTAAGCTTTATCCTTGCAGGACGTGAAACCACTTCATCTTCCCTAACATGGTTTTTCTGGCTGGTGTCCTCTCGGCCAGACGTCCAGAACAAAATACTGGATGAAATCTCATCCATCGAATCCAAATCCGAAGGGAACTCTTCTAATCTGTTTGAGTTTGAGGAGCTGAGAGAGATGCAGTATTTGCATGCAGCCATAACGGAGTCATTGAGGCTGTACCCACCCGTACCCGCAAATGTGAGTCAGTGCATGAAGGATGATGTGTTACCGGATGGCACTGAAGTGAAGAAAGGATGGTATGTGTCGTACAATTCATATGCAATGGGGAGGATGGAGTCGGTATGGGGGAAGGACTGTTTGGAATACAGGCCAGAGAGATGGTTGGATGAGAATGGGAGGTTCAAGGCGGAGAGTCCGTTCAAGTTTCTAGCTTTTCACGGGGGGCCTAGAGTGTGTTTGGGGAAAGAGATGGCATATATACAAATGAAGTCTATTGTATTGTCGGTTTTGAAGAGGTTTGAGGTTCATGTGGTAAGGGAGGATGCGAGTCACCCGGAGCATATGTTGTCCATAACATTGAGGATGAGAGGAGGGTTGCCTGTTCGTATTAGGCGGAGAGGGAAAGCTGATGATTTGAAATGA

Protein

Gene

>AfisC5G02604
ACCTTCGTAAATCAATCCATGGACATCCAACCATTCTTCTTTCTAGTTCTGTCCTCTCTTCCATTTTTCCTACTGCTTTTCTCTAAATTCATCAAACCTAACACCCAGGATTACATTCGCGATGATATAAAACCATATCCAATCGTAGGCCTTCTCCCCCAATTCCTAAAAAATCGCCACAGAATCCTCGATTGGCTCACTGAAACCCTAGCCAAATCGCCAACAAACACTTTCCATTCTTTCCGTCAACCAGGTAATGTTAACGTTATCGTCACCGCAAACCCCCGAAACGTCGAATACATTCTCAAAACCAATTTCGAAAACTTTCCAAAAGGCCCTCGCTTTCACTCTATTTTTCGCGATTTCCTCGGTAACGGAATCTTCAACGCCGATGGAGGTTTGTGGAAACTGCAAAGGAAAACTGCTAGCTTCGAATTCAACACACGCTCTTTGCGTAATTTTGTTGTGGAGATCGTACAAGAAGAGATACACTCCAGACTTCTCCCTGTGTTAGAAAATCACCTTGAAAAAGGCGAGGTTTTCGATTTGCAAGATTTACTTGAAAAGTTTGCATTTGATAACATTTGTAAGCTGGCTTTCAACGAAGACCCTGCTTTACTATCACTCAGTAAAACCAGTCAACTGTCATCCAGTTTTACCAACGCCTTCATAAACGCAGCAGAAATCAGCGCTGGAAGATTCCGCTACGCCATTCCTGTAGTTTGGAAACTTAAAAAATTGTTACGCGTTGGTTCAGAAAAAGAGTTGAAGGAGTCCATTTCAGTTGTGCACGATTACGCAATGCAAATTATTCATGCTAGAAAGAAAGAGATGCATTCGTCATCCAATGAATACAATAAAAAAGACGAGGATTTGTTATCAAGATTCATAGCTCTAGAGAATCATTCAGAAGAGTTTCTAAGAGACATAATAGTAAGCTTTATCCTTGCAGGACGTGAAACCACTTCATCTTCCCTAACATGGTTTTTCTGGCTGGTGTCCTCTCGGCCAGACGTCCAGAACAAAATACTGGATGAAATCTCATCCATCGAATCCAAATCCGAAGGGAACTCTTCTAATCTGTTTGAGTTTGAGGAGCTGAGAGAGATGCAGTATTTGCATGCAGCCATAACGGAGTCATTGAGGCTGTACCCACCCGTACCCGCAAATGTGAGTCAGTGCATGAAGGATGATGTGTTACCGGATGGCACTGAAGTGAAGAAAGGATGGTATGTGTCGTACAATTCATATGCAATGGGGAGGATGGAGTCGGTATGGGGGAAGGACTGTTTGGAATACAGGCCAGAGAGATGGTTGGATGAGAATGGGAGGTTCAAGGCGGAGAGTCCGTTCAAGTTTCTAGCTTTTCACGGGGGGCCTAGAGTGTGTTTGGGGAAAGAGATGGCATATATACAAATGAAGTCTATTGTATTGTCGGTTTTGAAGAGGTTTGAGGTTCATGTGGTAAGGGAGGATGCGAGTCACCCGGAGCATATGTTGTCCATAACATTGAGGATGAGAGGAGGGTTGCCTGTTCGTATTAGGCGGAGAGGGAAAGCTGATGATTTGAAATGATGCATTCCTTTTTATTACAATGTGCAAGAATGTGAGCAATAACAAAGGTATGTGGATTTTGTGCATTCAAACTTATGTTATTTGAAATACAAATAATATACAATTGACCACTTATGTTATTAGAAATACAAATAATATACAATTGACCCCTTCTCGAGGTGAAATCATTTGAACTGAAAAGGCAGGTATAATTGTTTTTTTAAGTGAGCTATATTGTATAGTTAATTATTAGGGATGGATCCATGACCAATGTAACCTGGGCCGGGTGAATCTCTGAAATATTTTATATTATCAATATATCTCATTCAAGTGATGTAAAGGCCATTACCCTTAGCTCTTTCATTTGTCAAAACAGACTAAATCTTCTATGTGATATAAACTATATGGTTAATCGGTTTTTTTAAACTATATGGTTAATCGTTTTTTTTTACTTCTCTGTGATGAACTATATCGTTAAACGGGGCGTTTTTTTTTTTCATAATAAAGAAGTCTGACTGAAGCGATGATGAAGCGATGAATGAAGTGATGATGCATATTTAATTTCTGACTGTTATTTCACTTCTGCTAGCCTATCGGTTTTTTTTTTAATATATTCACATTCAACCAAATTTGCTACTATCCTACATATTTGGTCGAAGAATAATATTACATAGCCCTTTGTGATTTGAAATTCTGGCTTTGGTTAATATGTGAATGAAACAATGGATTAAGTCGACATTTATATAAAGATGCTATAATTTTAAGAAACTACTACTTCTATTTGAAAGAAATCAACATAAATTAACAGAAAAATAATTTTGTTAAGATAATGATATAAAAATAATATTTTCATTTGATAATTATGTTTTCTATAAACGCTTATAGTTTTATATTTGATTTAATTGGGTTGTTTGATTTTGAAATATCCAAAACCGAAACCGACCAAAAAATCAATTAAAATCAAAACAAAAGCTAACAAAATCGAACTAATCAAACTTGTTTGGTTTTGTATGCGTTGAAGAATATGTTTGGTGTATTACCTACTAGTCAAAATGTGTGCATGTTAGTGGTAATGTAAAAGGTTCGTTTGGTGAGTGATGGAATTCGACAATCGCCAATGGTGATGGTAATGAAGTGAGTTTGTTACAAAATATGTTACAATCACTGTTATTTAAGATAAACCATCAAGCCTATTCAATTAAATGATTCTGTGCATTGAGCTAGCAAATTCATCTTTGACAAACAGTTGAGAGATCAAATCTCTTTCATCGAGCGCATTCACAAAGATTAAATCGGTCTAAAATTATCCTTAGAAACGGTGGTGACTTGAGTGATCGATCTGGCAGAATAACTTAAAAGAGAAAGAAGTCTCGTTAGTTTATTCCTGAAATAATGCTTAGCTTTGTACTGTACCACCTCATCTCTTCTTTCATTTGTAGTACAACATGAAGTAATGAATGATGTTCCCATGCTCTTAATGTTACTAATAACTTGTAGACATATGTTCCTGATGGTTGCGGCTGAGAAGGTCCGTCTTTTAACAAAAAAACACTTAAAAAATGTTGTATGTAAAAGTTTGCTCCAAACGGTAAACTGCTTAAGAGAACTGGTGTGAGGGTGTGCACAAACAAAAAATTACTACTATATGCAAAAGTTGTCTCAATTTGGGGAGAGGAACTTGAGTGAACCAGCTCTATCGAAAAGAAATCCTAGTATACTAGGAAATAGAGTCAACTAGGTGACCGAAGGGAGCGTCTAGAGCCAACGACGACGGAGTTGAGGCTTGTGAGACGTAGTCGAGCAACTCTAGCCCTATCTTAGCCGCTCATCGACCAGTTTTTTTTATAAGAAAAACAATTGTTTTTCAAATCTGCGCGTGTAGGGTAGGCGTTTTTCTTTCATACCGCTTAAGGGAACCAATATATCGGTTTTATCAGATTTTGCAAGCCCATGAGCCATGGACCTCTAGTTTCATCTAGTTATCCTTTTCTACAATTATTATGTTTTTTTATGGACTCAAAATTGTGAAGTCCAATCCATTTCATAATTATTCATAATGCTATTTGAAAGTATATTGGACCCAAGCTGGAGTGCAACACAATTAGGAGTGTTAATCGGACGGACCGGACATAGGTATGTTCGTGTCTTGTCCTATAAGTGTTTCAGACGGACATAGACTGGACGAGAGTTTGGCTTGGACACCCTTCGTACAACCCGAGCAACGGATGGACGATGTACTGACAATAAAAAATTCATCGGACTATTCGTACGGACGAAATGTTGTACTCATGTCCTAAATGAGAAACAGATGAACATGGACGCACATTTTTCGATTTCGAACCAAGCCAGACAATAGACACTCGTGTAAAATTAACACCCGTAAACACAATGCAGAGTGACACATGGATGTGTATGACTTGATTTATGCATGGCTTCACTTCATGATATTGATTCCTGAAATGCCCAACTTATGCCTTATCATATTTATAGAAATCATATTTTAGTTTGTACAACGTGGAACATTTATTAACTACTTTGTTTCTCTTTTCCAAATTGAACATATAAAATCCCAAACAATATCTTATATATAAAGCAAATACTAGAAGAGGTGAAGCCTTTTTCAAACTTTCAAAACTACCCTTTCCTTCCTTTAGAAAGAAAAATATTTAAAAGGGTATATCTGCCATTTCAATATTTACACGTTTCCAACAACTTTTTACGCCCACGTTCTCAACCAAGTTCACAATTTCCCCCGACCCAAATTTTCTTCTCCTTCTGCCTTCCAATTCTTTTCATCTTCTTTTTTCATAAAAAAATTACATTCAAAATTGGGGCTGCGGTTAGTCCGAAGGTCACAGAAATCTGAAATAAAGTACAAATAAAATCGAAGTACTTGCTCTGCAGTGATTAGATTGCTTTGGGGCTGAGGGTTTGTGCATTTTTTCTACACTACTTTCTATTCTATTATGATCTTTTTTGATTAACTATGTATCTGCTTTTCATTGATGTCAAATATGCTCTTCGTTTCTCGAATTTTCAACTATTTTTTATTCACCAATCCATTATTTTAATTCTGTAGGACATTCATCGCATAAGAGTTGCTCTGCAGTGATTAGTTTGCTTTGGGGCTGAGGGTTTGTGCATTTTTTCTACACTACTTTCTATTCTATTATGATCTTTTTTGATTAACTATGTATCTGCTTTTCATTGATGTCAAATATGCTCTTCGTTTCTCGAATTTTCAACTATTTTTTATTCACCAATCCATTATTTTAATTCTGTAGGACATTCATCGCATAAGAGTTGCTCTGCAGTGATTAGTTTGCTTTGGGGCTGAGGGTTTGTGCATTTTTTCTACACTATTTTCTATTCTATTATGATCTTTTTTGATTAACTGCGTATCTGCTTTTCATTGATGTCAAATATGCTCTTCGTTTCTCGAATTTTCAACTATTTTTTATTCACCAATCCATTATTTTAATTCTGTAGGACATTCATCGCATAAGAGTTG

Functional annotation

Database	accession number	e-value	annotation
nr	XP_010938845.1	8.3e-175	cytochrome P450 94B3
Swissprot	O81117.2	9.0e-118	P450-dependent fatty acid omega-hydroxylase
trEMBL	A0A6I9S8D3	6.0e-175	cytochrome P450 94B3

Best hit in Arabidopsis

TAIR id	% identity	e-value	bit score	gene aliases	Short description
AT3G56630.1	56.51	3e-154	541	CYP94D2	cytochrome P450, family 94, subfamily D, polypeptide 2

>>>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
AfisC5G02604	AT3G56630.1	476	196	6	38	511	32	498	56.51	3e-154	541
AfisC5G02604	AT1G34540.1	476	200	6	38	511	32	497	55.46	3e-152	535
AfisC5G02604	AT3G48520.1	509	254	8	8	511	7	499	45.97	7e-118	421

Ortholog group

Species	Genes
-	-

Pfam domain

Pfam ID	Pfam name	type	alignment_start	alignment_end	bit_score	Evalue
PF00067.19	p450	Domain	38	493	245.7	7.7e-73

Gene Ontology

Accession	Ontology	Name
GO:0005515	F	protein binding
GO:0002213	P	defense response to insect
GO:0005783	C	endoplasmic reticulum
GO:0055114	P	oxidation-reduction process
GO:0009611	P	response to wounding
GO:0009694	P	jasmonic acid metabolic process
GO:0010025	P	wax biosynthetic process
GO:0010154	P	fruit development
GO:0010345	P	suberin biosynthetic process
GO:0016709	F	oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen, NAD(P)H as one donor, and incorporation of one atom of oxygen
GO:0018685	F	alkane 1-monooxygenase activity
GO:0035336	P	long-chain fatty-acyl-CoA metabolic process
GO:0042761	P	very long-chain fatty acid biosynthetic process
GO:0048480	P	stigma development
GO:0048653	P	anther development
GO:0052694	F	jasmonoyl-isoleucine-12-hydroxylase activity
GO:0080110	P	sporopollenin biosynthetic process
GO:0080133	F	midchain alkane hydroxylase activity

KEGG pathway

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

Expression pattern in different tissues

Expression pattern in BioProjects

Co-expression network