result

Gene information

Detail information of g89752

Location

Gene	Chr	Start	End	Strand
g89752	Scaffold_36808:HRSCAF_387187	114415	120173	-

Sequences

CDS

Protein

Gene

>g89752.t1
ATGTTTAGGGATACTAAACCGGAGTATAGGAAACAACACTGCTTCGTTGGAGAGCAACATGATTGGCTTACTTCGACATCGGGTATGGATTGTGCTCGTCGAGGATCTAGAGAGGTCACAGATATGGATGTCAACTTCAAACATCTATGGATTTGGATATGGATCCGGAGCGGTCACAGATTTGGATATGAACCCGGAGTGGTCCGGATATGGCTAACGACCCGGTAAGGTCGAGGATTTTGATAAAACAATCCAGTAGAGATCGCTGATTCAAAATTGGGTATTTACTCGAAATGGTCATGGATTTCACTAATGATCCGAAGAGATTATTGATTTGGATTAGCAATGGATTAAATTCAAATTGGATACTATGGCCATCGATGGATTATGGACTTCGAATATTCGATTTCAGGAAATTCAAAACACACATTCTTATCGCAAGGCATGTTTTTGGGGCAAAGTGTTAATCCACCTTTTTCCAAGGCAGTACAAAGGAAGATTTAACCCAACAGATTTTAGTACCATCAAGGCAGAATGCCCGAAGCGATGGTTATCAGGATTCGATATCGATTATATTTGAAATTATGGACGATAGTTGGATGGATTTGAATGAACAACACTAAAAAATATGACTAAGTATGGAACTAGCACTCCCCTTAGGAGAAAGATTGGATCATAATATTTACTCTACAAAAAAGGATCAGAATAGAGGGATCGAATTGAACATGATGCACACAACACAACAAATGATGATCGCTCCATAACTCAAAAACTACAAGGCGGATTGAAGTGAAACTTTGGAAACAAAAAGAGGGGACACGAGGGAGTCTACCCTAGGGATCGCATGACAAATAGAGAAACCTAGTGGTTTCGAGTATGATCCCTCTATAGGGATCGACCCCTACCCCTATTCAGGAATCGGTTTAGTTTAATTTGCAGCAATGATCAGTAGACATCTCAAAATATACAAATGCTATCAATATGAAACTTGGAGTACTAGCATATTACAACATAAGGAAAACATCGTAGGGATCGCGACTCCAAATTAGCAAGTAAGAGGGATTGGCTCCTATCCCTATTTAGGGACCGGTTTAGTTGAATTTGCAGCAATGATCGATCGATTTTCTCAAGATCCGTAAATGTGATCGATATGGAATTTAGAGAGCAAGAAGATAACATCGTGGAGGACAAACCATAGGGATCTCACCCTACGATTCCACCAAAATACGGATCAACCCCGATAACTATTATAGGCTTCGGTGGGTCTCAAACTTTCTAGGAAAGCTCATCTTGGCTTCAGGGTTCTAGATCTGGGTTTTGAGCGAGATATTTTTACGTCTTTCTCTATAAGTACAGCGGGCATGACATCAGCAAAGGGATCTTCCTTTGACCTCACTTCAACTTCTACATAGGCTATACTCTACCATTTTTATTCTTAGATTTCATGGATTTGTAACTGTAATCAGTAGTATAAACCAATAAAAGGAGAATTAATGAGTGCATGTAGGCCGGAGTTAACCGAATCACTATAAATCTGTGTCTCTACTTACTTGCTTTCTGTTTTAATTTTATTATTCTTCCATTTATATTCTCTACACTATATGATCTGAGATCCATGACGGGATTCGGCACTACTAGAACGGCTTGCTATTGCGGCAGCCTTTTGCGTCGGCTAGCAACGGCTAAAAAAGGTGATCGTCGCTGGCAGACGCAATGTCGTATATACAGGCACAAACCCGTAAACAACAATTCACTTCCTCTTTCCCACCAAAACACCCAAATTCTTCCTCCTCCTTCTGCCAGCCGCCGCCCCTGCCGCTGCTCGCCGTTACAGCTCGTCGTCGCCAAGTTGAACTCTCAAAGCTTGTCGGTATCTCTCCTCCTCTCTAATATCTATAGTTTTTTAGTATAAACTCAACCCTAATTTTGAAATAGGTTGATTTAGGAATTTGAAGTTGATGATTATATCTTATTAGTTGATGATAATATAGTGTATTAGTTGATTTGGGTATTTAATTAAAGCCTTAATTTAAAAAATTAGTTGATTATTGGATTAAAAATTGATTATTATTGCGTATTAGTTGATGATAATTAAAAATTTGTTCGATTCGGGGATATTAATTAGTGATTTGATTGTTAACTTTGCAGTTAAAAATTAAGGTTAATTTAAAATCCAAAAATTAGTCCATAATTATTGATTAATATATTTATTGTCGATTTTACATGAATGTTTGTTATAGTTTAGAATAATGTTTGTTATACTTTACACAAAAATTAGTTATAATTATTGATTAATATGCCGCTGGATTGGTACAATTAAACATAAGTAATATTTTTTATTTAATTAGCGTGTGTACATTACAAGCTTCAGTTGTTAGTATAAAATAAAATTAATTTAATTTATTACAAGTGCTGACATCTGATTGTTGTTTGCAAAATCGATGAAAGAATTTAATTTTTTAACTGAAGTTTCAAATACATTTTAAAATTGTATATGTATTAAGAAGATGATTTAAATAGTTGATTGAATTATAAAATTTGAAATGAGCGACAGCAACAAATATCAAGCTGAAATCAATTATTGAAAAAAATTAATAAATGAATATAACAACAATAAATATTCTAGTAAAATCGATTTTGTTAAAAATGAAGAAATGAATGTAATAACATTAAATATCTTGCTAAAATCGAATTTGTAATACTAATTAAGAAATGAACATAACAACAACTAATATTGTACTAAAATCGATTTTGTAAAAAAAATTAAGAAACAAATATAACAACAACAAATGTTCTACTAAAATTGGTTTTTATAAAAATTAAGAAATGAATGTAATGTTGATTTGAAATTAAGAAATGAATGTAATGTTGATTTGAAATTAAGAAATGAATATAACAATAACAAATGTTCTACTAAAATTGTTTTCAACATATAATTGACGCTAAAAAATTAAAGCCCTTAGTGTCAAAATGTTTTAATTTAGTTTAGAAAATACAACATCAAAAATACACCGCTTGGATGCAAAATTATACGTAGAAGAGAAGTGAAGTGAAGTGTTGTCGAAATTAGACAGAAGTATGGTGTATGAAGCCTTTAGTCCTAATTGGCTTTACTTTATTTAGAAAATACAATAATTTACATTTGAGTGCAAGTTATGCGTAGAAGAGAATTGAGCGGAAGTGCTGCCGAAATTAATAACATATATTTTTAAATTAGGAACAATGTTCGATTATTTTCTCGACCGTACTTGGATGTGTGAAATCAGAACTGGTATGAAAGGTTCGGTGAAATAACATTTCTATAATGGTTTACACGAATTTATTAGATTCGTTACATTTAATAATCGAAATAATTAAGAACTTCGATTCCCTTGTAGTAAGTACCAACATTTAAAACATCAGCCGCCAACGCCTATTTGCCATCGCTAAATGAAGCCAGGTTTGTAGTGTGGTGTTTTCAATCAACTGGGTGTTGGTAACCATTTTTGTCGCCAACAAATACAATCCCCATAGTTTAACATGTTTTGTTTTACCAGAAAAAGCCTGGTCAAAGGCTATAACCCCTAAAGTTTAGCAATATTGTTTTTAATACATCATTATTGAACTTAGTATTAAATAAAAATATCGCACATACACTCTCTGATCATAGGTTAATAAAACGCCCGCTCCTCAAGTGATCAAGACCTTTTTATTATTATAAATTTTATGAGCTGTAGATTACTTTTATAATACAAATGACTTAAGAGTATTTATATTTGATTTGTACACTTATAATTGTAAATGAAAATAATACACACTCTGATCTTAAATTAATAGATGAAAGGTCCTCCGATTCTTAATCAAGCCTTTTTTATAATGGATTTTTTGACCTGTATATAACCTAATAATTTTCTTTAATACCGACAATGAAACAATATAAACGTGTATGGTAAATTTATTATTGTAGGTGACAATAAAAACCGTTTGCAGACAAACCAAAATAAATAAATTAGTGAGATTCCCGGACAACTATGCTATTCAACACAAAAAACAAAACGGTGTAATCAAGAGATAACAAATCATGATCGACAACTTTTAAAAAATTTCATTATGAAATTACATAATCTGTAGACAATTTGAGTGCTATAAATTTACAGATACTGTACCAACTTGGACTACAACTGAGCTAAAAGCCTAAAACTCATAAACATGTATGCTGAAGTTATAGCACTTCTCTTTCTATTCACAGCCCTTCTTTTCCAAATCGTGAAACATCAGAAAAAAAAACCAAAGCTCAAGAACCATCTTTTGCCAGGCCCACCATCTCTTCCCATAATCGGAAATCTCCACCAAGTCGGAAAACTTATTCACCAGTCTCTATTTGATCTCTACAAAATCCATGGTCCTATGTTTCAACTTAGAATTGGCGAAGTCCCTACTTTAGTAATTTCCTCTCCATACTACGCTCAACAAGTCCTCAAAACTCATGACCTTGCCTTCTGTTCTCGTGCTCAATTGGTAACCTTCAAAGAGTACGCATATAATGGGCATGATGTTGCTGCTGCACCTTATGGCGACCACTGGAGATACCTCCGAAAAATATTCATCATCGAGCTTCTAAGTTCGAAAAAGATAGAATCTTTCAGAACCATTCGAGAAGAAGAAACAGAAAACATGATACAATCGATAAAGGATAATAGTTCAGATAGGTTAGTTAATATATCTGAACTTGTGATACGTTTAACAAATAATATCGTTTCTAGGATTTCTTTTGGATTTAGAGATGAAGGAAAATACGGAGAAAGAAGTAGATTTCAAGATATATTCCATGAAGCTCATGCTCTGATGGGGAGCTTGTTTCTGGGAGATTATTTTTCAAGGCTTGGCTGGATTGACCACTTAACTGGGAAAGTTAGAAGATTGAAAAGAAATAAAAAGGAGCTGGATGACTTTTATGAGAAAGTAATCAAGCATCATTTGGAAAACGTAAAAACAGAACATAGTAAAGAAGACATAATTGATGTTTTGTTAAGATTGTGCCGAGAAGGTGAAAATATTACTATGGATGATATCAAAGCGAGCCTAACGGTATGTACATATATATTATTATCCTTTGAAACCTTTTATCTTTATCATTTCTACTTATAACACATGCTATATTTGTGTTTATGAAGGATATTGTAGTTGGTGGAACAGATACATCTGCAATAACCGTGATATGGGCAATGACAGAGTTAATAAGAAATCCAAAAGTGATGAGAAAAGCTCAAGAATCTGTAAGAAATGCAATAGGAAACAAAGGAAAAGTTGAAGAAAAGGACCTCGCTCAAATTCAGTATCTGAAATCAGTTATTAATGAGACATATAGAATGCACCCTCCACTTCCATTGTTAATGCCAAGAGAAACCATTGAAGAATGCAAGATAGACGATTACTACATTGCCCCTAAGACGAGGGTGTTTGTGAACGTGTGGGCAATGGGAAAAGATGAAAAAAACTGGGAAAACCCAATGGAATTTAATCCTGATAGGTTTAATGGAAGTTCAATTGACCATAAAGGGCAAAACTATGAGCTTTTGCCGTTTGGAGGTGGAAGAAGAATTTGTCCAGCAATGCAACTGGGAGATGGTACTGTAAAACTGGCGCTAGCGAGTTTACTTTATCATTTTGAATGGGATTTGCCACCTGGTACCAACACAGAAGATATTGATATGCAGGAAGCTGAAGGTTTTATAACGCATAAAAAGGTCGATCTACGGCTAGTGGCCAGAAGTCATTAA

Functional annotation

Database	accession number	e-value	annotation
nr	XP_020252852.1	1.6e-167	cytochrome P450 71A1-like isoform X1
Swissprot	Q9LVD2.1	1.8e-118	Cytochrome P450 71B10
trEMBL	Q9AVM0	4.0e-160	Cytochrome P450

Best hit in Arabidopsis

TAIR id	% identity	e-value	bit score	gene aliases	Short description
AT3G26310.1	45.44	7e-123	438	CYP71B35	cytochrome P450, family 71, subfamily B, polypeptide 35

>>>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
g89752	AT3G26310.1	493	256	6	167	652	6	492	45.44	7e-123	438
g89752	AT5G57260.1	466	233	5	197	652	32	496	47.64	6e-122	435
g89752	AT3G26330.1	481	249	5	183	656	27	497	44.70	1e-120	430

Ortholog group

Species	Genes
Allium cepa	g476565.t1; g89752.t1
Allium fistulosum	AfisC2G03537; AfisC2G03542; AfisC2G03543
Allium sativum	Asa6G01406.1; Asa6G01407.1; Asa6G01411.1; Asa6G01412.1
Arabidopsis thaliana	AT1G13080.2
Oryza sativa

Pfam domain

Pfam ID	Pfam name	type	alignment_start	alignment_end	bit_score	Evalue
PF00067.19	p450	Domain	197	646	346.6	1.9e-103

Gene Ontology

Accession	Ontology	Name
GO:0005575	C	cellular_component
GO:0008152	P	metabolic process
GO:0003674	F	molecular_function
GO:0016020	C	membrane
GO:0003824	F	catalytic activity
GO:0004497	F	monooxygenase activity
GO:0055114	P	oxidation-reduction process
GO:0016491	F	oxidoreductase activity
GO:0006950	P	response to stress
GO:0008150	P	biological_process
GO:0009058	P	biosynthetic process
GO:0009266	P	response to temperature stimulus
GO:0009408	P	response to heat
GO:0009628	P	response to abiotic stimulus
GO:0010286	P	heat acclimation
GO:0016705	F	oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen
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:0019748	P	secondary metabolic process
GO:0044550	P	secondary metabolite biosynthetic process
GO:0050896	P	response to stimulus

KEGG pathway

KO	Name	Enzyme ID	Pathway	Pathway ID
K00512	CYP17A; steroid 17alpha-monooxygenase / 17alpha-hydroxyprogesterone deacetylase	EC:1.14.14.19 1.14.14.32	Steroid hormone biosynthesis	ko00140
			Ovarian steroidogenesis	ko04913
			Prolactin signaling pathway	ko04917
			Cortisol synthesis and secretion	ko04927
K13029	CYP71E1; 4-hydroxyphenylacetaldehyde oxime monooxygenase	EC:1.14.14.37	Cyanoamino acid metabolism	ko00460

Expression pattern in different tissues

Expression pattern in BioProjects

Co-expression network