result

Gene information

Detail information of AfisC2G07383

Location

Gene	Chr	Start	End	Strand
AfisC2G07383	chr2	1183986617	1183992428	-

Sequences

CDS

>AfisC2G07383
ATGGATATCTCTCATGATTCTTCGATGTTGGCTCTAACAATTTCCTTTGTTTTCCTAATTGTGGGTTTCCTCTTAACCAAAAAATTCAAGAGGGCTTCCAATGCTCTTCCTGCTGTTCCTGGACTTCCTTTGATCGGAAATCTTCATCAGCTAAAGGAGAAGAAGCCTCATCAGACATTTGCGAAATGGGCTGAGATTTATGGACCCATTTATTCAATCAGAACCGGATATTCGACTATGGTGGTCATTAATTCAGCAGAACTAGCAAAAGAGGCTTTGGTGAACAAATTTTCATCAATATCAACTAGGAAGCTTTCAAAAGCACTGACTACGCTCACAAGCCAAAAATCGCTTGTTGCCATGAGCGATTATGGAGAATACCATAAAATGGTGAAGAGATACGTACTTGCAAGTCTCTTAGGACAAAATGCTCAGAAACGAAAGCGATCTTATAGAGACATCATGATAAAGAACATTATAAGCTCCTTGTCTGCTGAAATTGCCAAAGATCCTCATAAAGCCGTGGAACTTAGAGAACCATTCAAAAATGAACTTTTCCGATTGGCTTTGAAACAGGCCCTGGGTAAGGATGTGGAGTCGGTGTATGTTGAGGATCTTGGAGTAACAATGTCAAAGGAAGAAATTTTCAATGTACTAGTGATTGATCCTATGATGGGTGCAATCGAAGTGGATTGGAGGGACTTCTTCCCATATTTGAAGTGGGTTCCAAACAAGGCCTTGGAAGAAAAAATTGATACCATGGCGGCACGTAAAAGAGCTGTAACTAAAGCACTAATCACTGAGCAAAGGAAACGTATTGCTGGTGGAGAGGCGATAGACTGCTACGTTGATTATCTACTATCAGAAGAAAGTACATTGACAGAGGATCAACTGATCGCATTGGTATGGGAATCGATTATCGAAACATCTGATACAACTCTTGTCACAACTGAGTGGGCTATGTATGAACTAGCTAAGAACCCAAAGTGCCAGGAGCGTTTATTACATGAAATCCAAGAAGTATGCGGATCAGATAACGTAACAGAAGAGCATCTGCAGAAATTACCTTACTTGAATGCAGTTTTTCATGAAACTCTGAGATATCATTCACCAGTTCCCATTATTCCTCCGAGATATGTGCATGAAGATACTGAGATAGGAGGCTATCGCATTCCCGCTGGATCCGATATAGCAATCAACTTACACGCATGCAACATGAACAAAAAAGACTGGGAAAACCCTTATGAATGGAAGCCAGATCGATTTTTGTCTACCAAATACGATCAATTTGACATGTACAAGACAATGGCATTTGGAGGTGGAAAAAGGGTTTGTGCAGGCTCTCTACAGGCCTATCTGATCTCTTGCACCGCCATTGGTAGAATGGTGCAGGAATTCAAATGGAAGCTTAGAGAAGGAGAAGAGGAGAACGTGCTCACTCTTCAGCTTACTACACATAAGCTTCATCCTATGCTTGCTTATATTACTCCTAGAGAGTCTCCTGCTTGA

Protein

Gene

>AfisC2G07383
CATTAATCATTTTTGACCTTTACCGCTTATAGCATGTAGTTATAGTGCTAGAGTTCATGAACCTGATCATGGTCATCACTTTTTATTCTTATCACTTCTCTTTTTGGTTCTTTTCTTGCATACTACAGTAGCCATGGATATCTCTCATGATTCTTCGATGTTGGCTCTAACAATTTCCTTTGTTTTCCTAATTGTGGGTTTCCTCTTAACCAAAAAATTCAAGAGGGCTTCCAATGCTCTTCCTGGTATGAGTTTTTTTTTTTTCTTGTTCATTTTAATTTTGAAATTATGTGATCAAGGTTTTTGTTCTTTTCCTAATTGCTGCCTCAAAATAGTAGTTTCCAGTTGAAAGAATTTGTATTATTATTTGTGTGGTAATTGCAGCTGTTCCTGGACTTCCTTTGATCGGAAATCTTCATCAGCTAAAGGAGAAGAAGCCTCATCAGACATTTGCGAAATGGGCTGAGATTTATGGACCCATTTATTCAATCAGAACCGGATATTCGACTATGGTGGTCATTAATTCAGCAGAACTAGCAAAAGAGGTTTTTCTTTTCATCCCTTTTAAACTAAATTATAGTGGCTGGCATGCTTGAGATTAACACTGATTAGCATGAACTTAATATGTTTGATGTATTTACTCCATTTTTGATTTTTGATTACTGCTAAACTAGTGTCTATGGCATGCTTGTAAGTATGTCAACCCCGACTTTGAAACAATACTCTGTTCTGTTGTGATTAAACCGATTTAAATTTGAATTTTGATTCAATAAACCGTTCATGATTCGAAACCCTTAATTCATATACTGTCCAGATCTGTCAATCCATTAAGTTGACAGACCAGGTATATGATATTTTATGGCTTATTTTATTCGTATGTTTTCCTGTTTGGGAACAACTTATGTTATAACTAACTGAAGCAGTCGTGATTGGTAATGTTTATATAGTTAAATGCATAGTAAAGAGTAACAATGCTTGGACAGATAAATCTATTTTTTTTGCTAAATTTAGCTGTAAAAGTTGAAATAATTGATAAGCAAGTTTCACTACTTATGACTGTATTAACTTATTTGCTATTTTTAAGTTGAAAATTAAGTTGTCAAACACTTCAATTTATGGAAGAAATTTTAAGCCACTTTTGCTGCTTAAGAAGGTATTGTCAAACACGCTCAAAATGTATTTAGTGATGCATAACATTTGATTAGCTACATTTTCTAAAGAAAGATTTGGCAATGTAATCTAATATTTGATGGTACTAACAGTAATATCATTGCAAATCCTTTGGAAATAAATTTATGCACAAAGCAAGAAATACCGTGTTTTTTATGAGTGGTTAGTGATGAATACTACCGGTCATCATCACTAAAAATAAAAAAAATAAAAGAGGGAATTAGGCAAAAGGACAAACTTTGAAAAAAATTTAGACTGAAGTACACCAGGTTTCATTTTTGGGCTGAAGGAAGGACAATGTTAGTTATAACTAGCATTATATTCAGTTTTTACACTGTACAAAATGCTAATTATAACTAGCATTATATTCAGTTTTACACTGTACAAAATGCTAGCTATATTTAGCATTGTCCTTCAGCCTAATTTTTTTCCAAAGTTTGTCATTCTGTCTAACAATAAAACTGGTTGTCCTTCAGTCTATTTTTTTTTTCAAAGTTTGTCCTTGTGCCTATTTTCCACAAAATAAAAATAGAGGGAAGAAGAAGAAGAAGCAACGAAATACATTTTCATCGATCCAATTCAATAAATGATGTCGCTTATTATTTTATCAATTACAAATTAAGTTATGTTTACTTATAAATGAACATGGATAACTGTCGACCTGCTCCAGATCTAATTCAACTACATATCTGTACAACAGCAACTTAATAACGCTTCAATGCTTAGGAATGTACCTCAAGTTCCATAGAGATTTGAAGTTTAGTTCTAGATCTAGCCCTACTAGGACTTAATGTCTTATGTTCTAAACCGAATTGATATTCGGATGTTTGTCTAATAATGATGTTTCAATGTATTTTATGTCCTGAAAAGTGTGAGCTTTTTAAAGTTTATCGTTGTATTAAGCTTGGAATTGTACTACAAAAAGTAAAACATGTAGATGTTGAATTTTTGTAAGTTCAAAATTTTGAATAAAAATATCCAAACCCATGGATTAAGAGGTTAAGATATGTCTATTTGAACTTTTTAAGACTCCGAGTATTTGGTGGATCGAGTTTATCATATTTTCCTACTGATGACCGCAGGCTTTGGTGAACAAATTTTCATCAATATCAACTAGGAAGCTTTCAAAAGCACTGACTACGCTCACAAGCCAAAAATCGCTTGTTGCCATGAGCGATTATGGAGAATACCATAAAATGGTGAAGAGATACGTACTTGCAAGTCTCTTAGGACAAAATGCTCAGGTTTTCACATCCCCTTCGTTCCTTTTTATTTTCAATTTCTCACTCTATTGTACCAGTTTTTGCAATTCATCAGTTATTTATTGTATCCTCTGTGTATAATGTTTTATTATCACCTACCAGAAACGAAAGCGATCTTATAGAGACATCATGATAAAGAACATTATAAGCTCCTTGTCTGCTGAAATTGCCAAAGATCCTCATAAAGCCGTGGAACTTAGAGAACCATTCAAAAATGAACTTTTCCGATTGGCTTTGAAACAGGTAGCTTTCAACATCTGTTGCTTGAGCTCATATTTCAAGACTGCCTTATATTAGATCTTAACATACTAATCACCCTAAGATCGTGTTATTTATTCAAAACTTTGTTTCTAGAGAATTTAAGAGTATATTTGGATAGTTTTTAAAAGAAAAGATCAAAAAACCATTTTTGACATGAAAAACTAATCAAATTTTAGTATCATTTCTTGACTTCATTCGAAAGAAAATATTCCAGTTAAATCAACGAGTATTTGTACTAGTGGAATTTTCTATTCTTCCACTTTTTTTAATCAAAATGATTTTTCATTTTACATTTATACACACATATATATATATATGTATATATGTATATATATATACATACATACATATAGACACACACACACATATATACACACACATATATATATGTATATACATATATATATATATATATGTATATACATATATGCATACATACATATAGACACACACATATATATGTGTTACGGCACGCGCTTCGTGCGTGAATTGTTTTTCTTATAAATTTTATATGTTTAAATTAGTTAAAAAAATGATTTTTTTTCATTTTCAAGTGATATGAAGATTTGTATATTTGTAAAAAAGTATTTTGAATTTGTAAAGAAAGTTAGGGCCCGTTTGGTTTATTTTGTATTTTATGTTTTGAGTTTTCAACATTAATTACAAAATATAAGAAGAATGAAAGGAGGTCGAAAGGGATGAACGGAAGATTGGAGGAGACCATGAAAGCGATGGAGGAATGACAGAAGGATGAATTGTTGCCCGTGCTTCCGTTATTTCTCAAAACACGAAAAATGAAAAAAAGTTGTTTTCCACTTTGTGTGTTAAATTCGTTTTCAAAAATGATCATTTTTCACAATATACATGCGTCGTGCGTATTTTGTATGGACGAAAACTCAAAACTAAAAAGGGTAAACCAAACATAGTCTTAATTTTTAGAAGCATTTTGAATTTGTAAAGCATGTTTGATTGTTCGATCCTACTTTTAAGAACGTTTGAATTTGTAAAAAAAGTTTAATATTAGATCATATTATTAAGTGATTAAGATTTGATAATATATAGAGGGTCTTTTTTGGTAATTCACGTTGATACAAAAAAAATGTGACACTAAAGCTATTACAACTATTAATAAAGGTACACACACATACATATATATAATCCAAGACGCTTTTGCTATTGATTACCAAATATATTTACTAGTCTTTTGTTATATAGGCCCTGGGTAAGGATGTGGAGTCGGTGTATGTTGAGGATCTTGGAGTAACAATGTCAAAGGAAGAAATTTTCAATGTACTAGTGATTGATCCTATGATGGGTGCAATCGAAGTGGATTGGAGGGACTTCTTCCCATATTTGAAGTGGGTTCCAAACAAGGCCTTGGAAGAAAAAATTGATACCATGGCGGCACGTAAAAGAGCTGTAACTAAAGCACTAATCACTGAGCAAAGGAAACGTATTGCTGGTGGAGAGGTTGCTTCTTTTTTGCTAACTCTTTGTTTTGTATCATTCTACATTTCAGATTTTTTTTTCTTCCTTTTTTCTTTTCTTGTCCTTTACACGTTTATATCAATGTCATCAACAGGCGATAGACTGCTACGTTGATTATCTACTATCAGAAGAAAGTACATTGACAGAGGATCAACTGATCGCATTGGTATGGGAATCGATTATCGAAACATCTGATACAACTCTTGTCACAACTGAGTGGGCTATGTATGAACTAGCTAAGAACCCAAAGTGCCAGGTAATGTTCATATGAAAGCATTATAGATCTTCATTTACAATGATTATTCATTCATTTGACCATATACGACTTATAGGAGCGTTTATTACATGAAATCCAAGAAGTATGCGGATCAGATAACGTAACAGAAGAGCATCTGCAGAAATTACCTTACTTGAATGCAGTTTTTCATGAAACTCTGAGATATCATTCACCAGTTCCCATTATTCCTCCGAGATATGTGCATGAAGATACTGAGATAGGAGGCTATCGCATTCCCGCTGGATCCGATGTAGGTCTTCACTTTCACTATTAACAGTTTATCAGAATTATATCATTTTTTTTATGATTGCTTTATATAAAAAAATATTGAATATGAGGCATGGTTGGATAAGAGAAAATGAAAATAAAAATTTGGTTGAACGTATTTAGGTACGGTCCTCTTATATTTTCTCTATGACCAAAATGCATTTGAATTTTTATTTTAAAATCTCTTCTGAATTAGTTTTTCAAATTCGAAGCTTTCAGCATTGAAAATTTTTATGCTAAAGATATCCAAAATTTTCATAATTATAGTCATTTCAAAATTAAAATTTTCCGAAATCAAAATTTTTGAACTTTGTACTTGGAAATCAAAATTTGACAAATAAAACAAAATCAAATTCAAAATATCGAACCTTGGAAAAGAAAAACTTCAAAATTTGGAAAAGAAAAAAAATCATTTATTTTCAAAGGTTAAAAGGATACAAATATTATTTAATAAGTTTTTACCAAGGTAAAGACAATAATTATGTTATGTAAAAAATTCTCTCTCTCTCTCTTCTTCTTCTTTTTTTTTTTTTTGACACAGAGATGAAAAACCTTTCACTCTACATTCAAATGTCCAACCCATTATGTAATAAAAACTCGAATTATTGCAGATAGCAATCAACTTACACGCATGCAACATGAACAAAAAAGACTGGGAAAACCCTTATGAATGGAAGCCAGATCGATTTTTGTCTACCAAATACGATCAATTTGACATGTACAAGACAATGGCATTTGGAGGTGGAAAAAGGGTTTGTGCAGGCTCTCTACAGGCCTATCTGATCTCTTGCACCGCCATTGGTAGAATGGTGCAGGAATTCAAATGGAAGCTTAGAGAAGGAGAAGAGGAGAACGTGCTCACTCTTCAGCTTACTACACATAAGCTTCATCCTATGCTTGCTTATATTACTCCTAGAGAGTCTCCTGCTTGATCTTGTTTGTTTAGACACTGCATTTTCATGAACTAATGTGTTTTTTTTGTGTTTTCTTGTATGTAACTTTGGGTATGGTTGTTTACATGGTTATATGTTCAGCAGTGTTGGTACAGTTACTACAGTATGATTATGCATACTTGATGATCCTTAAA

Functional annotation

Database	accession number	e-value	annotation
nr	XP_020244066.1	2.6e-218	LOW QUALITY PROTEIN: ent-kaurene oxidase 2
Swissprot	Q5Z5R4.1	4.0e-179	Protein DWARF 35
trEMBL	A0A2I0AP13	2.6e-207	Ent-kaurene oxidase, chloroplastic

Best hit in Arabidopsis

TAIR id	% identity	e-value	bit score	gene aliases	Short description
AT5G25900.1	61.67	3e-177	618	ATKO1;CYP701A3;GA3	GA requiring 3

>>>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
AfisC2G07383	AT5G25900.1	467	178	1	35	500	43	509	61.67	3e-177	618
AfisC2G07383	AT2G40890.1	504	343	11	8	498	2	495	27.38	2e-56	216
AfisC2G07383	AT1G74550.1	466	309	9	9	468	1	448	28.54	7e-56	215

Ortholog group

Species	Genes
Allium cepa	g366602.t1
Allium fistulosum	AfisC2G07383
Allium sativum	Asa0G01139.1; Asa0G02434.1; Asa0G04333.1; Asa5G01132.1; Asa6G05525.1; Asa8G06250.1
Arabidopsis thaliana	AT5G25900.1
Oryza sativa	LOC_Os06g37224.1; LOC_Os06g37300.1; LOC_Os06g37300.2; LOC_Os06g37330.1; LOC_Os06g37364.1; LOC_Os06g37364.2; LOC_Os06g37364.3

Pfam domain

Pfam ID	Pfam name	type	alignment_start	alignment_end	bit_score	Evalue
PF00067.19	p450	Domain	38	481	268.0	1.3e-79

Gene Ontology

Accession	Ontology	Name
GO:0005515	F	protein binding
GO:0016021	C	integral component of membrane
GO:0005783	C	endoplasmic reticulum
GO:0005506	F	iron ion binding
GO:0009686	P	gibberellin biosynthetic process
GO:0009699	P	phenylpropanoid biosynthetic process
GO:0009707	C	chloroplast outer membrane
GO:0009740	P	gibberellic acid mediated signaling pathway
GO:0010241	P	ent-kaurene oxidation to kaurenoic acid
GO:0020037	F	heme binding
GO:0051502	P	diterpene phytoalexin biosynthetic process
GO:0052615	F	ent-kaurene oxidase activity
GO:0052616	F	ent-kaur-16-en-19-ol oxidase activity
GO:0052617	F	ent-kaur-16-en-19-al oxidase activity
GO:0072532	F	tri-(feruloyl or hydroxyferuloyl) spermidine meta-hydroxylase activity
GO:0072533	F	tri-(coumaroyl or caffeoyl) spermidine meta-hydroxylase activity

KEGG pathway

KO	Name	Enzyme ID	Pathway	Pathway ID
K04122	GA3, CYP701; ent-kaurene oxidase	EC:1.14.14.86	Diterpenoid biosynthesis	ko00904

Expression pattern in different tissues

Expression pattern in BioProjects

Co-expression network