result

Gene information

Detail information of AfisC1G06720

Location

Gene	Chr	Start	End	Strand
AfisC1G06720	chr1	1220053450	1220061522	+

Sequences

CDS

Protein

Gene

>AfisC1G06720
ATGAAGAAGAAACGCTGTCCCTTACCACCAGGACCCATTAGATGGCCGGTCCTAGGAAGCATAGTTACAATGTGGCTAAACAAACCTTATTTTAGATGGATGCTTCAGATTTGTGATGGGAGAGATATAACTTGTGTTCGCCTCGGAAATACTTATGTAGTCGTTGTCAACTCTCCAAAGATTGCCCTTGACTTTCTTAAGGACAATGATGCCGTGTTTGCTTCAAGGCCCAAGATTATGTCTTCTGAACATACAGGTAATTTATTATATAATCATATACCATTTTTTAGTTCAGGATACAAGTATATATAAATTGTATAAGTCTTGAAAATTTTATGGCAGGAAGAGGGCATTACTTATCTGTTGTAATCGCCCCATTCGGAGAACAGTGGAAGAAGATGCGTAGAATCATGGCTTCTGAGCTTCTTTCCCCCACTAAATTAAACAATGATACGAATCTAAGAGCCGAAGAGGCTGATCACTTGGTCGGTTTCATGTATGATCGACTGGTTAAAAATAACAAGAACGATATCATAAATGTTAGATGGATGTTACGTTATTACAGTAGTAATATTATAAGATGTTGGAAACAATGGCTATCTTCGGCTGAGTCGTGGACAAGTCACTCTCTTGAAGACGTTTCGGTGATCTGCTCAATGGTGCAAGCAGTTCGTCTCAATCACCGCCGCCTCTAGGATAAAACAGCCTCTCGTAAGTTTTTGTGGTATCGGTTCGTTTGCACGGACGAAGCGATTCTGGTTGCACTCAAAAACTTGTTGCTCGATTATTATTTTTTTTTGAAAAAAAATGTTGTTCCTTTTTATTTTCGTCTTCGTATCAATTAAGAAGACGGAAGAGCAAAAGAGCGTTACTGAATGGGGGGATACGTGGTCTTGAAAAACGGATCTGAGAAATACCGGGTCAAAAAATAAATAAACGTTGCGTAACGTTCTTCAATACGGGTTTCTTACCGTTCCAGCCCGGTCAGAAAACGGTAAATAAATTTGTACCAAAAATATAAGTATTACACCACTACAAGCCCGAACCCGAACCCGAGCCCGGCCCGGGTCGGGTCGGGTCGAGTCGAGTCGAGTCGGTCGGTCGCGCGCGCGCGCGTGTGTGGTGGTCAAGCATGGTCTCCCTCCTCACAAAAGAGCATCATTGGGTGCCCAAAGGGCCCAACTTAGCTTCAAAGAATCAAGTATAAATACTTGATTCTTTTATATAATCCCACAATGTGGGACTATTCATATTCCCATAGGAGCCATTTCATACTTAGTCAAATTTTTAAGAATTCATTCATTTTAAAACCATTTCCAACAATCCCCCACTTGAATTTTTAAAACTTATTTCGAGCAATTTCTGAAAACCATAAGATTGTGCATAAACAAAGGTGTCTTTCGACTTGAACCTTTGCATAGTGGATAAGATTCAGTTTTTACTAGAGTGACACGTGGTCTTGAACTCTATTCCTGACATCAGACCACACACAATCTTTCTAGAGTGCAATCAAGTAAGCCCGTGCTTTTATGGCCATGCACGTCTATCCCAGTTTAGTGAATGCTCTAGGAGTTTTGCCCAAAACTCCATAGGAAACGGCCAAATTTCCACATTCACACAGGTGAGTCTATCAAGAGTACTCCTGAAGGTAGGTACTCCACTCCAAATGGAATATAGATCTCATTAAGAGTTTCTATTAACTCAACCTCTAATCACTTCAGGAATATATGCTTCTATATATATGAAAAATAGCATATTCAACTCATATCACTACACAACTTGTTCTTACCCATTGAACCTAGTTCTTGGGATCTCCAGTCAGTAGGTCGGGTTACCATTGTGCGTGACTCAACAATCTAAGGGCAATAGTCCCATTTTTCTAGAAGTTGTAAAGACTTTCTCTCTGGCCAGTCCTTTCGTCAAAGGATCTGCCAAATTCTCCTCACTGCGTATATGATCCACTCTAACAGCTCCTGAAGAGAGTAGCTCTCTAACAGTGCTGTGCTTACGACGTATCTGTCGTCTCTTACCGTTATAATAACGGTTCTGTACTTTTGCAATAGCCGCGGTACTATCGCAATGAATCAACACAGCTGGTATCGGTTTTTCCCATAAGGGAATCTCTGCTAGCAGATTTCTTAAATACTCTGCTTCTTCACTAGCTGTAGCTAGTGCTATCATCTCAGACTCCATAGTAGACTGAGCCAAAATAGTCTGTTTCTTGGATTTCCAAGAAACAGCTCCTCCAGCAATGCTAAATATATAGCCACTGGTTGCTTTTGAATCATCAGATAAAGTATTCCAGTCTGCGTCGGTGTAACCTTCAAGGACAGCTGGAAACTTTTCATAATGTAACCCTAGGTTCATGGTTCGTTTTAGGTATCTCATGACCCTCTCAATAGCATGCCAATGCTCTATACCAGGTCTACTAGTAAACCTGCATAATAATCCCACGACATAGGCAATGTCGGGTCTAGTACAATCAGTGGCATACCTAAGGCTGCCAATGATGCTCGCATAATCAGACTGTCTTACACCTTCACCAGTGTTCTTGAATAGCTTTACACTAGGATCATATGGTGTACATGCAGGTTTACAGTCAAAGTAATTGTATTTCTTTAAGATCTTCTCAATATAATGAGATTGATCCAAAGAAAGTCCCTTATTAGACCTAGTAATCTTAATACCAAGGATTACACTTGCTTCACCTAGATCTTTCATATCAAAATTGGCACTTAACAGAGATTTAACAGAGTTTATGGCATGCATGTTTGATCCAAAAATAAGTAGATCATCTACATACAAACATATTATAGTGCAAATGTCATTTTCAGATTTATAATAAATGCATTTGTCACTTTCATTAACTTTAAAACCATTTGAGATTATTAAATTATCAAATTTTTCATGCCATTGTTTAGGTGCTTGTTTTAAACCATATAAAGATTTATCTAATTTGCAAACTTTATGTTCTTGACCATGAATTACAAAACCTTCCGGTTGGTCCATATAAATTTCCTCTTCTAATTCACCATTTAAAAAAGCAGTTTTAACATCCATTTGGTGTATAATTAAATTATGAATAGATGCTAATGAAATCAATACTCGAATGGATGTGATTCTAGTTACAGGTGAATAAGTATCAAAAAAGTCTACATTTTCTCTTTGCCTAAAACCTTTAGCTACCAAACGGGCTTTATATTTATCAACTGTGCCATCAGGTTTTAGTTTCTTTTTAAGTACCCATTTACAGCCTATAGACTTACAACCAGGTGGTAAATCTACTAAGTGCCAAGTCTTATTGGATTCCAAGGAATCCATCTCATCATTTATAGCCTCTTGCCAAGAATCGGCATCTAATGAAGATAAGGCTTCTTGGAGGTTTGTGGGATCCTCCTCTATAGTAAAAATGCAAAAGTCTGAGCCAAAATCTTTATCAACTCTTGCTCTTTTACTTCTTCTAGGTTCAATTTCAGATGATTCATTAAGTTCTGTTCTAATAGGCACGGTGTTATTTGACGTGCCCCCACTATTCCTTAATTTAAAAGGAAACTTAGTTTCATAAAAATCAGCATCATTAGATTCTACTATATTATGTGTATTCAGGTTATAAAATCTATATGCTTTGCTGTTAACAGCATAGCCAATAAATACACATTCATATGCTCTACTAGCTAATTTTATTCTCTTAGGGTCAGGTATACGAACATATGCCAAACATCCCCAAGTTCTAAAGTAAGATACATTTGGTTTATAATTTCTTAAAATTTCAAAAGGTGAAATCTTACTTTTTGATTTAGGGATTCTATTCAATACATAGCATACAGTCAATAAAATATCCCCCCACCAATGTTTTGCTGCACTAGAATTTAATAAAATAGCTACAACTAATTCGGTAAAGGTCCTATTTTTTCTTTCAGCTTTACCGTTCATTTCAGGTGAATAAGGTGCAGTTCTCTCATGAATTATACCATGCAATTTATAAAAATCAAGAAAAGGACTAGACTCATATTCAGTTCCTCTATCACTACGAAGTCTCTTAATTTTCTTATTAGATTGATTCTCGAGTTCAGTTTTAAATAATTTGAACATATCAAATGCATCACTTTTATTTTTCATAAGATATACATAAGTGAAATCAGAGCCATCATCAATGAAAGTGATAAAGTAACGGTGTCCGTGTCTAGTCAAAGTGCCATCAAGCTCACATATGTCAGAATGAATTAAATCTAAAGGTTCAGAGATTCTATCAACTGATTTATGGGGTTTCTTAGTGATTTTTGCTTGACTACAGAATTCACACTTATCAAAATCAGATTGTGTCATTTTAGGAATCAAATCTAAGATGCTCATATTATGAATAATGCGTTTGTTAACATGACATAATCGAGAGTGCCAAATATTAAAATCACATAACATATAAGCAGAACTGGTTACTTTATTAGATTCAACATTCAGTTTAAACATACCCTCACAAGCATAACCCTTCCCTACAAACATCCCCTTATAAGTCAAAGTGTACAAATCAGCCCCAATAACTTGAGTAAAACCAGCCTTATTAAGGAGAAAACCAGAAACCAAATTCTTTCTCATCTCTGGAGTATGCATTACATCTTTCAAAATAACTGTCTTTCCAGAGGTAAACTTTATTTCCACATTTCCAATGCCAGCAACTGTAGTGGTGTGAGAATCTCCCAGTAGCACTTTCTGATCATCAGCAGCCGTGTATGTGCTAAACGTAGCACGATCATAGCAGACATGGCGGGATGCACCAGTATCTACCCACCAACCCTCTGATCCACCAACTAGGTGAATCTCAGAAATCATAGCCGTAAGAGGCTCCTCAGTCAGGTTAGCCTGCGGTGCAGGGCCTGGTCTGTTCCTACACTTGCGTGCCATATGACCTGGTTTTCCACAGTTGTAACACAGAAACAACTGTCCAGAATCATTCTTTTGGGTCGGTTTTTGCTGTGCCTTTTGGTTCCCTTGCGGGTTCCAATTCTGTTTGTTGCGGTTGCGGTTCTGATTCTTAAAGTTTTTCGGATTCGGTTTCAGAACCGCAGGCTTGGACCTTTTAGTGTTGTTGTTTGTGACAACAAGCACTTCCTCTTTTTGGTCCTGCTTACGAGCCTCCTCCTCAATACGGAGACGAGTAATCAAGCTCTCTAAGGAAAATTCCTTAGTCTTGTGCCTAAGCACATTCTTAAAATCTTTCCAACCTGGGGGCAATTTATCAATAATAACAGCAATCTGAAACTGTTCATCCAAAGTCATACCTTCGGAGATGATCTCATGAGCAATTTTCTGTAGCTCATGAGATTGCATCTCTACTGACCTGTCATCTGTCATCTGGTATTTGAGGTAGCGGCTGACTGCATACTTCTTTGCTCCAGCCTCCTCAGTGTCATACTTCTTTTGTAGCGCTTCCCAGATCTCCTTGGCTGACTTGTCAGAGTTGTAGTAGTCGTACAGGTCATCACTGAGGCCGTTGAGTATGTAGTTTCGGCACATGTAATCTTGTTCTGTCCAGGTGTGCAACTCCTTTGATTTTTCTGTCCAGGCTCGCATCTGATCAGCGTCTGCTTCGTCTGGTCTATCGGGTAAGTGCGGTTTGTCGGTTGTTAGCACAGCCACCACTTTTCTGGTTGTTAGGAAGAACTCCATCTTCTGTCTCCAGCGTTTGAAGTGGAGGCCCTCGAATCTGAATGGGGCAGCAGAGATCATGGGGACCTGGAAGAATGAAGCGGGAGCAGTAGGATCTAGATCTGCAGCAGAAGCCATTGATGTCGGAACGTCTTCAAATTGTTGGAAACAATGGCTATCTTCGGCTGAGTCGTGGACAAGTCACTCTCTTGAAGACGTTTCGGTGATCTGCTCAATGGTGCAAGCAGTTCGTCTCAATCACCGCCGCCTCTAGGATAAAACAGCCTCTCGTAAGTTTTTGTGGTATCGGTTCGTTTGCACGGACGAAGCGATTCTGGTTGCACTCAAAAACTTGTTGCTCGATTATTATTTTTTTTTGAAAAAAAATGTTGTTCCTTTTTATTTTCGTCTTCGTATCAATTAAGAAGACGGAAGAGCAAAAGAGCGTTACTGAATGGGGGGATACGTGGTCTTGAAAAACGGATCTGAGAAATACCGGGTCAAAAAATAAATAAACGTTGCGTAACGTTCTTCAATACGGGTTTCTTACCGTTCCAGCCCGGTCAGAAAACGGTAAATAAATTTGTACCAAAAATATAAGTATTACACCACTACAAGCCCGAACCCGAACCCGAGCCCGGCCCGGGTCGGGTCGGGTCGGGTCGAGTCGAGTCGAGTCGGTCGGTCGCGCGCGCGCGCGTGTGTGGTGGTCAAGCATGGTCTCCCTCCTCACAAAAGAGCATCATTGGGTGCCCAAAGGGCCCAACTTAGCTTCAAAGAATCAAGTATAAATACTTGATTCTTTTATATAATCCCACAATGTGGGACTATTCATATTCCCATAGGAGCCATTTCATACTTAGTCAAATTTTTAAGAATTCATTCATTTTAAAACCATTTCCAACATAAGAAGAATGTTATTTGGTCGAAGATGGTTTGGTGAAAGGCTAAGCGATGTTGAGACCAAGCATGTGGATACAGCACTGGATACTGTATCTCTCATCTTTTCATTCTGCACAAATGACTTTATCCCATGGCTTAGATGGTTTGATATTGAAGGGTACGAGAGTAGAATAAAAAGAAATCTAAAAATAATGAACTCAATCCATGATCCGATTATCGATGCAAGAATGAAGATGTGGGAGAGTGGAAAGAAAAAGAAAGTGGAGGACGCTCTTGATGCATTCATCACTCTCAAAGATAAGGATGGAAATCCAATGCTAAATGCAGAGGAGATCAAAGCACAATGCGCGGTATTTAATTTATTGATAACTACCTCTTATAAATATTCATCATTTATCATGCACGCTTTTCACTTTATCAAATACAAAATAAGTATATGTATGTATGCATGCAGGAAGCCGTGTATGCGACAGTGGACAATCCACCAAATTTTGTAGAATGGGGACTAGCACATTTGATCGACAAACCTGAAATATACAAAAAGGCAGTGGAAGAGATTGATAGAGTAGTTGGAAAAGATAGACTAGTGCAAGAGTCGGATTTTGCAAAACTGCCATACATAAGAGCTATTGCTAGAGAAGCGACAAGGCTCCACCCGGTGGCTGCATTCAATGTCCCACACGTAGCAAATTGTGATGCTACAGTTTCAGGCTACTTTATCCCTGAAGGCGCACATGTGTTACTAAGTAGGATTGGACTTGGAAGGAACCCAAAAGTTTGGGAAGATCCATTAAAATTTGATCCAGAACGGCATATGCAGGGTGACCTTGACCGAATCACAATGGTTGAACCAGATCTGAAGTTCGTCTCATTTACGAGAGGTAGGCGCGGATGTATGGGATATGAACTTGGAGCACTTATGACCTATATGTTGTTTGCTAGACTGATTCAAGCATTTGATTGGAGCTTACCATCAGGGATCGAAAAGCTTGACTTTCATGAAGAGGAGAATAGTCTGCTTAGGAGGCATCCCTTGTATGTCTGTGCTAAACCTCGACTACCACCTCATGTCTTTAACAAGATTGGATGTTCTTCATTCTAGTGTTTCCTGCCTTTTCTGTCTTCTTTACAAAAATATATTGTACAATTATCTGTGATTAACAGGTAGTTTATTTAACAAAATATAAAAACAGAGTTTGAGATATTAGACACAAACCAGTGGAGGAATACATGATACGAAAACAACTCAAAAACAGTTATACGTGGGTAGGTAGATAAAAAATAACTACTACAAGCCCACCAGCCCATCGATCCAATCAACGAATATACAAAACGAGCGGGGAACAAAAAACAATTAACCCTAACCCAATATAGATTAGAAGAAAATAGCAGACGACTTTAAACCTATTGTGGCCAGAAGTTCAAATTAAGATGAAAACAACAGGCAAGCAAAAGAAATTGGAAGAAGTCATGCATGAAGCAAGCAAGTTTGGTTGATCTACGATAAGATAAACTCCACTTTTCTAA

Functional annotation

Database	accession number	e-value	annotation
nr	XP_008808383.2	2.9e-156	phenylalanine N-monooxygenase-like
Swissprot	A0A068Q605.1	6.9e-139	Cytochrome P450 79A68
trEMBL	A0A8B7CXP8	1.2e-156	tryptophan N-monooxygenase CYP79A68-like

Best hit in Arabidopsis

TAIR id	% identity	e-value	bit score	gene aliases	Short description
AT5G05260.1	47.48	1e-134	476	CYP79A2	cytochrome p450 79a2

>>>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
AfisC1G06720	AT5G05260.1	497	241	7	8	493	34	521	47.48	1e-134	476
AfisC1G06720	AT4G39950.1	504	248	8	3	496	51	540	46.03	9e-132	467
AfisC1G06720	AT2G22330.1	501	248	8	3	493	53	539	45.71	6e-129	457

Ortholog group

Species	Genes
-	-

Pfam domain

Pfam ID	Pfam name	type	alignment_start	alignment_end	bit_score	Evalue
PF00067.19	p450	Domain	9	483	240.8	2.3e-71

Gene Ontology

Accession	Ontology	Name
GO:0002229	P	defense response to oomycetes
GO:0016020	C	membrane
GO:0005783	C	endoplasmic reticulum
GO:0006569	P	tryptophan catabolic process
GO:0009611	P	response to wounding
GO:0009625	P	response to insect
GO:0009682	P	induced systemic resistance
GO:0009684	P	indoleacetic acid biosynthetic process
GO:0010112	P	regulation of systemic acquired resistance
GO:0010120	P	camalexin biosynthetic process
GO:0010584	P	pollen exine formation
GO:0019825	F	oxygen binding
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:0019756	P	cyanogenic glycoside biosynthetic process
GO:0019761	P	glucosinolate biosynthetic process
GO:0051791	P	medium-chain fatty acid metabolic process
GO:0052544	P	defense response by callose deposition in cell wall

KEGG pathway

KO	Name	Enzyme ID	Pathway	Pathway ID
K12153	CYP79A2; phenylalanine N-monooxygenase	EC:1.14.14.40	Cyanoamino acid metabolism	ko00460
K12153	CYP79A2; phenylalanine N-monooxygenase	EC:1.14.14.40	Glucosinolate biosynthesis	ko00966

Expression pattern in different tissues

Expression pattern in BioProjects

Co-expression network