result

Gene information

Detail information of g349435

Location

Gene	Chr	Start	End	Strand
g349435	CHR2	345060495	345072278	+

Sequences

CDS

>g349435.t1
ATGGCTAAGAGGTCAGGGAAGGTAAGAAAGCAGAGCAGAGGACACCGGTCCAGAAATGAGGGAGAGGCTCAAGCGAGTAGGCCTGGAGGATATGGAAGTGCTCACGAATCTTTTAATTATTTTTACTCGTTTAAATTCCTAATAAATCTCTGCTTTTTGGCCTCCAATATCCATCGACATTTTGGCTGGAGCTTCGCCACTCCTATACCATATAATTTTGCCTCTGAAGCCATGGACATAGCTGAAAATAAAATTTTGAGTGCCGGGATTCTCTTTCTTGCCACAGTCATAATCATCAAACTGGTATCTTTCATAATGACACCCGGTACTGGGAAGAAACGCTTACCACCCAGTGTAAAGGCTTTGCCGCTAGTAGGAGGGTTAATTAAATTCATGAAAGGGCCCATTATTATGATTAGAGAAGAATACCAAAAGCTCGGAAGTGTATTTACCGTGAATCTATTAAATAGAAAGATCACATTTTTTGTCGGTCCAGAAGTATCTTCTCACTTCTTTAAAGCTCCTGAAACCGATCTTAGCCAACAGGAAGTGTATCAGTTCAATGTTCCGACTTTTGGGCCTGGAGTTGTGTTTGATGTGGATTACTCCGTGAGGCAAGAGCAATTTAGATTTTTTACGGAGGCATTAAGAGTTTCTAAGTTAAAGAGCTATGTTGATCAGATGGTTGTTGAAGCTAAGGACTACTTCTCGAAATGGGGGGAAAGCGGTACAGTCGACCTAAAATACGAACTGGAGCACCTGATCATCCTAACAGCAAGCCGCTGCTTGTTAGGCCGCGAGGTCCGTGACAAGCTCTTCGATGACGTATCGGCTCTGTTCCACGACCTGGACAACGGCATGCGTCCGATCAGCGTCATCTTCCCGTACCTCCCAATCCCCGCCCACCGCCGCCGCGACCGTGCGCGTGCCCGCATCGCCGACATCTTCGCCTCCATCATCAAGTCACGCAAGTGCTCCGGCAGGTACGAGGATGACATGCTCCAGTGCTTCATCGACTCCAAATACAAGGACGGCCGCCCCACCACCGAAGGTGAAATCACTGGCCTTCTCATTGCTGCCCTCTTCGCCGGCCAGCACACCAGTTCCATCACCTCCACTTGGACTGGTGCTTACCTCCTCAAATTCAACAAGTACTTAACTGAAGCTGTACAGGAGCAGAAGAACCTTTTGAAAAAACATGGAGATAAAATCGACCATGATATATTATCTGAAATGGATGTTTTGTACAGATGCATCAAGGAGGCGTTAAGGCTGCATCCTCCACTCATCATGCTGCTTCGCCATTCGCATAGCGATTTTTCGGTTAGGACGAAGGAAGGGGTGGAGTATGATATTCCGAAAGGGCACATTGTGGCGACTTCCCCTGCGTTTGCGAACCGTTTGCCTCATGTTTTTAAGGACCCGGATATGTACGATCCGGACCGATTTGGGTCTGATAGGGAGGAGGATAAGGCGGCAGGGGCGTTTTCGTACATTTCGTTTGGGGGTGGGAGGCATGGGTGTTTGGGTGAGCCTTTCGCGTATTTGCAGATTAAGGCGATATGGAGTCATTTGTTGAGGAATTTTGAGTTTGAGTTAGTGTCGCCGTTTCCGGAGACGGATTGGAACGCTATGGTGGTTGGGGTGAAAGGGGAGGTTATGGTGAAGTACAAAAGGAGGAAGCTTTCGGTTGATAACTAA

Protein

Gene

>g349435.t1
ATGGCTAAGAGGTCAGGGAAGGTAAGGTAAAGAGGGTAACGTTATGCTAGGAGTCAAGCCAAAGATTATAGGAAACGCCATTACCAATATGAACGGAAACAGATTTCTTGACCTAGAAAGCAGAGCAGAGGACACCGGTCCAGAAATGAGGGAGAGGCTCAAGCGAGTAGGCCTGGAGGATATGGAAGTGGTTCGAATTATAATGCTTGAATAGGATCCAACATTTCCAGATGGGGATGTAAGGAAAATTAGTCGAACCACTTTACATCTTGTGTCATTTACTTAATTTGCTCATTTACTTCTCATTTTCAGCTTTTAAGTCTAGTATTTGTAAGAACCTTTATAGACGCATTAGCATAATTCCGAGGCTAGCTAAATTTTTAGTCAACATGTACCAGTCGACCAAAATCTACGAAAGGGTCCCATTTTGCTTCTATACTGGTTTTACATACAAGTTTGAGAAAAAAGAGACAAGTTTGGAGGTGTAACATCGATCGTTACTGATCGATCTATAATGATGATTTTGCCGCTAAAGGTCTAAAGCTTGAAGACTTGCACATTGCTAAAGAAAAGAGTTAAGAATTTGTCATAATCGATTGTTATCGTTCGATATCGTCCGACACCGATCGATCATAATTTAAAGAAATTTTCCAATCTGACTTGTTCTTCGTGCTAAAAACTCAAATTTGAACGTTTGAGCGATTTAATGGAAGATTTGGCGATTTTGATGCATAATTCATCATAAATAGCAAACTTCAGCATATATAGAAAAAAAAGGAGCTTGAGATCTTTTACTTATCTTTGTGTGGAACTGCTGTCAAACATGAGAACAATATTTCTAGATCTAAAGTTGCTTTGTGTTTTGGTTGTTAGAGCAAATCAAATTAGTCATAAAAGATAAAGTGGATGTATGCATTTAAATTCGCCGAACCACTATAATATTGTTTTTTTCTTTCTTTTCTTTTTGTATTTTTAACGTGGTTTTTAATTGATTGGGGATGTTTGTTCGATTTTGAACATATCTTTGCCAACTCTTTTCCCTAATAGTAGATCGAGATCCGCTCTTCAAACTTTGACTCCTATTCCAACTGGGTTGGGTTTTCATATACCAGTGGATCTTGATCAAGCCCAAATTCTATCATTTTCGCCAAAATTGTTGGCCACATCCTTGATACAGATTGCCGCCCACCGTACCTATAGTTTTTGTTAAATAATATTTTATTCATCCTCTCACTCCACGAGCTCACGAATCTTTTAATTATTTTTACTCGTTTAAATTCCTAATAAATCTCTGCTTTTTGGCCTCCAATATCCATCGACATTTTGGCTGGAGCTTCGCCACTCCTATACCATATAATTTTGCCTCTGGTATTCTTCTTTTCCAATAATTTATTTTCTGTTTTTTTTGCTGTATTGCTTTATAGATCCATCCTTTACTTTAATCTGGCAATTACGCTGAATTTTACTTTCAGTTGGACTAAAAATTTGCCATATGAGATTTCATTTTGCAAAAGTTCTTTCCGAAAAATGGTTTTTTTAGAGTAATTGATTTCTTCAGATTAGAATGTGTAGTTTACGTTTTTGGTAGAGTTTGTGTTAGCTGTGTTTTTTCATTCAACCATAAACGCATTGGTTAATCAATACATCGCATAGTTTAATCAATACATTATGCTAGATCTGAATCTTTGATTGTGAATCCTTTCAGTAAGTATGAGAAATTCGATAATGAGCTGTAGTTTATTTATGAGTTTCAGATTCGGAATAACTGATAGATTCTAAATATGCTCTGGTTATTTGGTTATTTAACGATCATGAAGTAGGTAGTTATAATTGCTCGAATTGTTTAGGACTTCGCTAAGTACAGATTGCATCTTGCTTCTTATATGATAATTGGCTGAACAATTTTTCTGTTTGTTTCACAATTATAAGGGGGTTATTCAGAATGTCAAGAATTTGGATACCGATTGCATCATGCTTATATAACAATCAACTCTGGCTAATTTGATGTTCTTGTTACTATTTCAAATGTTTAGTGAAAAAACAACTTATATATAAGTTAGTCATTACTATTTCTTATGACATATTTCAACTATATTTTATTAAAAATTCCACTTATTTATCCAAACACTTTTATTTTACTATTCCTTTAAAATCACCGAAAAGTTACTATTCAAACCCACAAGTAAGCAGTTATAAAATAAGTTGTTCTCAAATGGGCTTGTGGTGATTTATAGTGATAACAATAACTAATAGGCTAATCCATGTACTGCCCAGGCACAATTATCGATTCACACTTCAATAAGAAGCCATGGACATAGCTGAAAATAAAATTTTGAGTGCCGGGATTCTCTTTCTTGCCACAGTCATAATCATCAAACTGGTATCTTTCATAATGACACCCGGTACTGGGAAGAAACGCTTACCACCCAGTGTAAAGGCTTTGCCGCTAGTAGGAGGGTTAATTAAATTCATGAAAGGGCCCATTATTATGATTAGAGAAGAATACCAAAAGCTCGGAAGTGTATTTACCGTGAATCTATTAAATAGAAAGATCACATTTTTTGTCGGTCCAGAAGTATCTTCTCACTTCTTTAAAGCTCCTGAAACCGATCTTAGCCAACAGGAAGTGTATCAGTTCAATGTTCCGACTTTTGGGCCTGGAGTTGTGTTTGATGTGGATTACTCCGTGAGGCAAGAGCAATTTAGATTTTTTACGGAGGCATTAAGAGTTTCTAAGTTAAAGAGCTATGTTGATCAGATGGTTGTTGAAGCTAAGGTATGGTTCTTATTTTTGCTGGTTATTTTAGTTACATATGAGTTGATTGATGCTCAATATTTGCTTAAGTTATATATGTCGGTGCTTTTAACATATAGTTATTATTACATGTCTTTGTTTTAGATGCACAATTATGTCTTTTTTGAGCTATACAAATGTGCATGTCTTTGCTTTAGATATAAGATGACTTGATTTTAAGATTTGAATCATATTATATTCTGGATTCAGTATATAAATTTTTTAAGTTAGGCAATAATATAATGTAGAGTAAGCAAGTAAATTCGTTTGAGGGGATTAGGGAAAATGACAATCTTTGAAGAAAAAATTATGTTGAAGGACATATAAGTTTTATTTTTAGGCTGAAGGAGAAATGCTGGTTATAATTAGTATTGTATTCAACTTTTACACGATACAAAATACTAGTTATATCTAGCATTATATTCGGTTTTACACTATACAAAATGCTAGTTATAACTAGCATTATCCTTCAGTTTAAAAATAAAACTTGTTGTCCTTCAGCCTAATTTTTTCTTCTTCTAAGTTTGTCCTTGTGCTTATTTTCCTAAATTTGTTTTATATGAGGTGTTATAATTTTTTGTAGATTTATTTGGACCTAGCTAGCTAACAAAATAAATAAAATCTTTGTGCACACCATGGACAGTTGCCTAAATTGAATAGTTACTGATGAGATTATGTTTAATATAAAATTTCTTCCAAAAGTAAATAGTCATGAAAATTTATTGATGTGAAACATTCATTTGTAGTGGGAGCGCAAACGAATCACAATTGATACGTTGGTGTCTATTTCTATTTATACTATCCTTAATAAAGAAAATTGATAGTATATGATTTACTATCGTCAAAGTAGATAAAATTCATTCAATTGTTCATATTCCATCGCGTCTCTATATCATACATGCTTGCGCATATCATGTGTATCATTTTGTAGTATTGTATAAAATGAACGGTCAAAGACTTTAAACTCAAAAGTATGTTTTTGTTGAATGAAGGTCGTGGAACTTGAGAATCAAATTTATCCTAAAATTGAGAAACTTTTGTAAAAACCCCCCCTTAAGTTTAAAAATACACGTCCGCCTCTCGTCAATAACAAATTTTAAAAAACATCTCTTTTTTTAGTTTCAACCCAGATGTAAATATTTGCACTTCAAAAAGTTCAAATATTTGCAGTTCAAAGTGTTAATTTTTGCAGTTTAAAGTGCAAATTTTTGCAGTAAAAAATTGTAAATATTTGCATATATCAAACTTGAAAATAAGTGGTGGATCCAAATTTCCACTTAAAATTATTTGCTTGATTCTTTTACTGTTTAAACGAGTATATATGCACGCCTAGGTGGGCCTGCATTTAATCAAAGTGGAATGCATTTATAGTTATGCACATATGGAAATAGATTTGACAATACCGTTGCATCTTAAACTAACTTGAAGTAATGTCCGAGAAGATTGAGATTATTGAAGAATATTTATAGAACCAGTAACTTGAAAGCAGTCATAGTTTTATCATTCATTTCTTTTGCTTTAGTTTATTTCATACTATGGAAATTACGCATATGCTCTTTTAGCTAATGTGGACTATGTGAAAAAATGTATCTAAATACATCAAAAATTAATTTTTTGTTTACCATTCTTTTATTTTTTATGCTTTCAAATCACTATTTTTCTTTTGGAAACCAGTAATTTCATTTTTATATTTCTCAAATTTGTACTACCTATTTTAATGTGGTTAATTACCCAAGCAAAATCTTTATTTTTTTTCTATTTTATTGATTTTTTTTCTTCATTTTTATGGCAATTTAGAAAGGAAACATGAACCTTAAAGAATAAACATGAATAAGATGATAAAAAGAAGTATAAAAGAATTATTGTTTTGTACACGCAAACATAGTATTCATATAGGACCAAAAATCAGCCCTATCATTCTTGAGGTTATATGTATAACAAATCCAAGAAGCATATTGCTATTGTTCTACTGTTATATTCAAAATAAGAAAGCCATGGTAGCATCACACAATACTTCTTTCCTTTCTAATTCCAAATAAAATTATAATAGCCAATGTCTTCCTCAATATAACGTTGAATGAAATATATCATGAACTTAATGCATATACAACCTTAACAAAATAATATACCAACAGTTAGGATTAAATAGAAAAGCATCCATAACACATACTTTTCATAAGTCATGTAAGTGCAAATGTATATATCTTTGAATTTTGAATGAGCTTCAATATATATCGTCAACCTACCACTTCCCTGTAAAACAAATGTTCATTATTGAAGAAGTATAAAGGCAAGCACACTTCATTTTATGATTTGTTTAGTGAATAATTATCAAAAATAAACATATTAGAAAAACCAAAAATGTTAGATGAAGCTTATCCTGAATTCTAGTCCACAATCTTGTTCTTCTATGGTTCTTATTGAGATCTCACCTGGAAACATGGAGTAGTTTGCTTTTGAAAATTCAAAGAAATCTACTTTCAGATATTTATGTAGCTGTGGGTTTAGAAGTCCATTTTAAATAAAATGACTTCATCTTTGTTAAATACACATTACGTAAAATTATGCATGGGCAGCACCTATTACATATAAATAAAAATACTGCAAAAACGTAAAATGTGCTCATTAATACACCACTCTTATATCCATATATATGACACAGAACTCATACAATTTCTCATTGATATTATCTTAGTATCCAAATATCTAAAATATCATCCGTAAACACAAATATGTTTGTCAATATACAATTTCACTCTACATTAGAAAACTTTCAAGCAGTAAACATGGTAGAAAGAAGAACATAATGAAAAGGACAAAGATTAAGCTGGCAATTTTTTTTAACTTTGTCAACATAAAATATTAGGCTTTTTCCAAGGAGAAGAAAATTGTAAAAACCATCGAGTCCTTTGACGACATCCCATTCAATTTCCACTTTCCTCGATCTCAGTCAAAAGCATGCATAGTACATTAAGACCATCCGTTCTCATTAGCAATAGCACTGTACAGTTTCTTCACTATCCCACATCTATACAGGCATGTCTAGCCACGTGTACAATTCAGAATCATAAATGCTGGCATCAGATCAATCTTCAAAGATACCATATCTGCTTCATCAGATCTGCAAAATTATAGAAACAAATCATGTTTCCCTTTATCTTCCACACTTCATGATATATTTGTATCAAGACAAAATTATATGATAAGGTAATATGAATTAGATGGTATACTCTTAGGCGCCAAAGATGACATAGCTATGAACGCATACCTTCGTAAAAGGTATGCAATGTGAACTATGCAGAATTACATTAAAAGATATATTAGCTTATATAAAATGTCAATGCACCAATTTAAGCAAGGTTCAAAAATAAGTTCGGCAGTTGTCGGATTTAATAGTATAGACGAAGGAGGCATATGTTATATGTTCTCATAATTTATCTCAAGCATTCATCTATAATTTTCTTTTTCGTAAAGAAATAAAAAATAAATAAAACAAATAAAGCAGCTCCACTCGCGTACAACTAATTCGTTGATCTAATGCTCATAAATAACTCTTTTATAATTCTGTGAAGAAACGCAACAGCGATATTTGGGAACTAAAACAATTTTTATTGGAAGTTCAAGTCATAAGTTCATTACGTGATTGCTATGCACTGCAAAGATTACTGAACATTTTACTTTTGTTTGTCACTTGTAATAATTGTTTATTATTATGCATTCATCTTTTGTATTCATACTTAGGCTATTTTAGATAATTCTATGAGGTATTCGGGATTCCTACTTTATCCTTGTGCTGCTAAATGATATTTATGTTTATATTAAATAAGCTCATATATATGCAGTATTTTCATTGCTAAGTTACTTATACCTTCATATAAAACTCATAAATATTTCCAGCATTCAGTATGAATATCAAATGGAAATTGCTATCTTCAGTCATCACAATTACTCATGTATGTAAATAGAAATAAAATATAACCTCCACATGCATGGAAAATAACAGGAAATTTTAATGGTCGAAAACTAAACGAATGATGAAATAATTATTTACATAGACAATGTTTATTCCTAGTTGAGTTATATTTTAGGTATGTCCGTAAAATAGTCAACTTCAGAACACTATATTATTTATATATATAGTTAAATAAATGTAATAATGTCATTTTTATAAATTTCTACTTTTAGACGAAATATGAAAATTAAGTTTTTTTTTACATTTAGCAATAACACCAAAGCAAACCATTATTAACCTTGCTGTAATCAAAAACATTAATAAACAACAAAATATTAAATGTAGTTACTACCCATATAGGAAAACCTTGATTATTCAACTTTAGAAAATTGCATGCAATTGATTCTATGTCTTCGAATCTAAACCTATATACAACATAATTTTCCAAACTCTTATCCTAACACCAATTTCTCTTCATCTTTCACTCTAAAAAAATAAAGAAAAGGAAAGATAGATAAGCTGAAAGTAGGAAAAAGTGAAATGTTAAATGTGACTGAAGGGTTATTTGCAAGGACGACAAAATAAACAAAATTGAATGTCGAAATCCAAAAAACAAAGAAGCGAAAATGTTTTTAGAGTGGATTGAGCTACTACGTATGCAGTAGTCATGTTGCTTCTCAACGAAAGCCTAAGCTGCAGCTCAACACTGGCCTAGGATGTCACATATAGCAGGAGATGGAGCTACTACTCTGCATCAACCTATGATGTTGCATATAGCAGCAGATTGAGCTGCTGCTTTGCCTAAAGCTGCAGCTCAGCACTGGCCTAGGATGTCACATATAGCAGGAGATGGAGCTACTACTCAGCATCAACCTATGATGTTGCATATAGCAGCATATTGAACTGCTGCTCAACTGGACGCAAATCTATTTTTTCTTCTTCATTTCATATCCTACACGGTATTGACCATTAAGGCACAAAGCTATCGTTTGAGAGCGCAAATGAATAACATTTTTCATAAATAATGTAGGAACATAGTTATCTATAATCCATCCAAATCTTGTTATGTTTCTAATGTTCGAGCTTAAAGTTATAATAAATCATACTTTATTTATTGAACTTATTCCACTTGAGTAAAACACTTTGGCAGTTACATTTGAATTTTTTTGTGAGAAGTAATATAAGTTATTTCACACATATGGTAAAAAAGACGAACATCAAATCTCTCATAGATATATTGAACATTAAAGTTACTTCAATTTTATGTTTAAAATATATCATTAAAATGAACAGACATCTAACAGATTTCAAACAAACTAAAGCAATTTAAAAGTGGAAATTCATCATAATAATAATCCACACTTTTTAGTCAATTACATATAATAGAGAAATTTCTGAATTACAACTGCAGTACTATTAACAAAGCACATCTAAAGTACATAAATTATAGCAAAACCTAATAAGTACCTATTTTGATGTTCGATCGAGCATAACTACCAGATGATCCCCAAACCTTGTAATTTCAACTTTCGAAAATTTAGAATTGTGACTGGATATAACCGATGATGGCGTAGGTAGTTGTTTAGGAGATTTGCCAATGCCAAAGGCGAAAGACTGGGCTACAGAAAAGTAAATTCGAGAAGGTGGAGTACGAATTTGATGGATTAGGGTTTTTATGTTATATTGTGAAGATTTAAGTCAGGGCAAAATGAATGGGAAGGTGTCACGAAGTGAGGAAGAAATGAGATTTAAGGCTTTTCAGTTTTGGGAAGGCAATCAAAAGTAGAAGCGAGAAACAAAGAGAAGATGCAGAAAGGGTATTACGAGAATTTCAAAAAGGCACGATTGATTTTGTGTTCATTGAATTATCATTATTAGTAGTAGAGATTATATAATTATGTCTTTAGTTTTAAATAAAATAGGGTAGTTATAGTAACAATAAATTTCCTATTACCATACCATTATCGATCATCTGGTTACCATTTTGGAGTAAAATCGGTATACCGGTATAATTGGTATGGTAACGGTGAATTTATCATTTTCTACGGTAAATCATCATCAATATTTTTTCAAACCCAGCAGTAATGATAATTTACCTGTCAATCTATAATACATGGGTATGTATGTAACATGCGTTATCATAGACATTTAGAATTACTCAAATGATTAAATTTAGTTCAATAATTTTGTTCAGGTTATGCTAAACACGCTTCTTTTCCTTTTCATTGATGTTTTTTATTAATCGATATGATAAAATGTATAATGTAGCACGGTTACTGTAAAAACATATCAAGTTATTAATTTTTGTAGACTAACGGTAATTTGTCATCACGGTTACCAGTTTATCGGTTTATCAGTCTTCAGCATATCAGCCAACCGATAACGATAACGTTAAACAATTTTAGCTTATCAGTAAAAATGGTACGGTAACGGCATTTGCAAAATGGTAATGGTTGTCATTACCATAACGGCCCTGAAATAAAACATGAAAAAAATTTCTTTCAGAAAAAATACCTTTACTTGCGAAATATTTCTCTCATAATGTTTCCCATATGGATAAAGATTATATTGTAAAATTGGATGCTTGGAAACAAAAGTTCTGAATGAAAATTCATACTATTAATCAATATGTCGTTCCCTTTTTTTCATGCTTTCTATGATGTTACTGTACTATGTAGGTTTTTATTAATATACCTTAACTTTTAACTGTTTAAAGTTCTGTGAAAATATTAATCAAAATTGGTCATCTATCTGCAGCCATACATTGTACATTTTGCGATAGGACTAATATTTTGAAATAAGCAAAATGAGAATTGCAACAGTACATTTCTATCTAAACTTATTGTAGAGCGAAAAAAAATGAACAAAAGTACTTTGAAACTGCAAGATGTCAGATTCATGTAATAACAGGCACTTTTGAATTTCTGTTTTTTATATAGTTTTACGCCGCACGCACACGTATAAATACTCTTTACAAAGAATACAATGCTCTAAAAAAATTTGAATTCCAGTTTAGTATATAATTTTATTAAACATAAATTAGAAATGTAAGCATTTTTGTTGGAATTGAGATCGTAACCTACAATATCATTTATTGAAATTTTCAAGAAAAAAATGTCAAAATTTGTCATTAGCAAGATTTAAACTGGCGATCTTACGCTTAGAAGGGTATTTTGAAAATTTGTAGTTTGACAAAAGATTAATGAACTCGAGGAGTTTAGAAATGCATGCGCGTCTTCAAATTCATAACTGCAGCTAGTTTTTTCTTTCTCTTTCCGTGCCAAGTACAAAACTTTGTCCTTTACAACGTATAATATTTTACGACGTGATGCACCCAATCATAAATTCATTTTTACCACAGGACTGCTTCTCGAAATGGGGGGAAAGCGACACAGTCAACCTAAAATACTGCACGTAGTGTTATTTTTCTTTTTATGGTCTAACAAATTTTTTTGCATCTCGTTGTCCAAAATTGGAGTTTCTTTTGCAAAAAAGAATCTCAACAATTGAGTTCTATCAAAACTTACTGTAGAGTGAAAACAATGAACATAAGCACCTTGAAAGGGACTCAATAACAAATTCATGTAAAAGCATACACGTTTTGAATTTCAGTTTTGTATATAACATAAGTTAGAAATATAAACATTTTTGTTGGAGCTGAGATTCTAACTTGTAATATCATTTATATGTTAAATAAATTTTACAACTAAGAAAATGTTAATTTTGGCCATTAGATTTTATGTGCATATTAAGGGGCATTTTGAAAAGTTTGTCTTTGGACAAAAGAATAATGAACCTAAGTTTAAAAATGCATCTGTGTATTCAGGCTCATAATCTTAACAATCACATTTTTCAAATGTGAAAATTATCCTTAAAGTCTTTTTCTGATATCCAAATCTATTTCTGCACTGAAGTTCGAAGAAATTCATGGTCGCAAGTAATTTTTTTTTCCCTTTCATGTTCTTATTTCAAAAGTTTGCTCTATACAATATTTCACAAACATGATGCCTCAATCATAAAATCACTTTCATAACAGGACTACTTCTCGAAATGGGGGGAAAGCGGTACAGTCGACCTAAAATACGAACTGGAGCACCTGATCATCCTAACAGCAAGCCGCTGCTTGTTAGGCCGCGAGGTCCGTGACAAGCTCTTCGATGACGTATCGGCTCTGTTCCACGACCTGGACAACGGCATGCGTCCGATCAGCGTCATCTTCCCGTACCTCCCAATCCCCGCCCACCGCCGCCGCGACCGTGCGCGTGCCCGCATCGCCGACATCTTCGCCTCCATCATCAAGTCACGCAAGTGCTCCGGCAGGTACGAGGATGACATGCTCCAGTGCTTCATCGACTCCAAATACAAGGACGGCCGCCCCACCACCGAAGGTGAAATCACTGGCCTTCTCATTGCTGCCCTCTTCGCCGGCCAGCACACCAGTTCCATCACCTCCACTTGGACTGGTGCTTACCTCCTCAAATTCAACAAGTACTTAACTGAAGCTGTACAGGAGCAGAAGAACCTTTTGAAAAAACATGGAGATAAAATCGACCATGATATATTATCTGAAATGGATGTTTTGTACAGATGCATCAAGGAGGCGTTAAGGCTGCATCCTCCACTCATCATGCTGCTTCGCCATTCGCATAGCGATTTTTCGGTTAGGACGAAGGAAGGGGTGGAGTATGATATTCCGAAAGGGCACATTGTGGCGACTTCCCCTGCGTTTGCGAACCGTTTGCCTCATGTTTTTAAGGACCCGGATATGTACGATCCGGACCGATTTGGGTCTGATAGGGAGGAGGATAAGGCGGCAGGGGCGTTTTCGTACATTTCGTTTGGGGGTGGGAGGCATGGGTGTTTGGGTGAGCCTTTCGCGTATTTGCAGATTAAGGCGATATGGAGTCATTTGTTGAGGAATTTTGAGTTTGAGTTAGTGTCGCCGTTTCCGGAGACGGATTGGAACGCTATGGTGGTTGGGGTGAAAGGGGAGGTTATGGTGAAGTACAAAAGGAGGAAGCTTTCGGTTGATAACTAA

Functional annotation

Database	accession number	e-value	annotation
nr	ONK55492.1	7.5e-262	uncharacterized protein A4U43_UnF2400
Swissprot	P93846.1	2.1e-237	Cytochrome P450-LIA1
trEMBL	A0A1R3L7A1	5.4e-262	Sterol 14-demethylase

Best hit in Arabidopsis

TAIR id	% identity	e-value	bit score	gene aliases	Short description
AT1G11680.1	80.37	0.0	823	CYP51;CYP51A2;CYP51G1;EMB1738	CYTOCHROME P450 51G1

>>>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
g349435	AT1G11680.1	484	94	1	81	563	5	488	80.37	0.0	823
g349435	AT5G45340.1	467	295	19	86	536	10	439	25.48	1e-25	115
g349435	AT5G45340.2	462	292	19	86	531	10	434	25.32	3e-24	110

Ortholog group

Species	Genes
Allium cepa	g349435.t1
Allium fistulosum	AfisC2G01853
Allium sativum	Asa5G01590.1
Arabidopsis thaliana	AT1G11680.1
Oryza sativa	LOC_Os11g32240.1

Pfam domain

Pfam ID	Pfam name	type	alignment_start	alignment_end	bit_score	Evalue
PF00067.19	p450	Domain	116	536	209.5	7.2e-62

Gene Ontology

Accession	Ontology	Name
GO:0005886	C	plasma membrane
GO:0005622	C	intracellular
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:0005783	C	endoplasmic reticulum
GO:0005623	C	cell
GO:0005737	C	cytoplasm
GO:0043231	C	intracellular membrane-bounded organelle
GO:0005794	C	Golgi apparatus
GO:0055114	P	oxidation-reduction process
GO:0016491	F	oxidoreductase activity
GO:0006629	P	lipid metabolic process
GO:0006694	P	steroid biosynthetic process
GO:0008150	P	biological_process
GO:0008202	P	steroid metabolic process
GO:0008398	F	sterol 14-demethylase activity
GO:0008610	P	lipid biosynthetic process
GO:0009058	P	biosynthetic process
GO:0012505	C	endomembrane system
GO:0016125	P	sterol metabolic process
GO:0016126	P	sterol biosynthetic process
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:0032451	F	demethylase activity
GO:0043226	C	organelle
GO:0043227	C	membrane-bounded organelle
GO:0043229	C	intracellular organelle
GO:0044238	P	primary metabolic process
GO:0044424	C	intracellular part
GO:0044444	C	cytoplasmic part
GO:0044464	C	cell part
GO:0070988	P	demethylation
GO:0071704	P	organic substance metabolic process
GO:0071944	C	cell periphery
GO:1901360	P	organic cyclic compound metabolic process
GO:1901362	P	organic cyclic compound biosynthetic process
GO:1901576	P	organic substance biosynthetic process
GO:1901615	P	organic hydroxy compound metabolic process
GO:1901617	P	organic hydroxy compound biosynthetic process

KEGG pathway

KO	Name	Enzyme ID	Pathway	Pathway ID
K05917	CYP51; sterol 14alpha-demethylase	EC:1.14.14.154 1.14.15.36	Steroid biosynthesis	ko00100

Expression pattern in different tissues

Expression pattern in BioProjects

Co-expression network