result

Gene information

Detail information of g85811

Location

Gene	Chr	Start	End	Strand
g85811	Scaffold_36310:HRSCAF_374226	1122022	1127560	+

Sequences

CDS

>g85811.t1
ATGGCCGTGGTTGGGGATTTTGGTTTGGTTTGGCGATTGGTTGCTTACGAGAAGGACTGGTCGAGAGGAAAGTCTGGTTTGGGGTTTGCAGTTCAAGCAGTCGAGGCAGTTGATCGATTTGGGGAAACTGCTCGGCGATACTGGGGATGGAACAGTGCATATGATAGAAGTTGTTGGTCGAGTGGTGGCTTGGAAGCAAAGCATGGGTTCTATGTTGATGGCATCACGACAATTGAAGTCGATGTCAAGGGTGAGGTTATTTGCGGAAGTGTGGTGATGTTGATAATGGAAATCGAAGTTTGTTGTTTGGGTGGTGTAACAGAGGGGGTTGTCTGGTGGGAGTTGTTTGATGCAGTGTGGTATAGCAGTGATGTGGCTGGTTGCACTGTGATGGTTTTCACAGTTGAGTTTGACAGGACTGATGGGTGTAATTGTATGGCAGTTTGTGGAGATGTAGTGGCTGGTAAGGTTTTGGTGGTGGTATTGACTGTCGAAACGTATTCTCCTTGCTTCTGTTCCTTATGGTCAGGATACTTGGTATCTTGGATATTCTGGGTTGGACCATTCATTGGAGCTGCAGTTGCTGCCATGTATCACCAAATTGTGATAAGAGCAATTCCATTCAAAAGCAGGACTGTGTCGACTACTTCAATGATGGCTATCAAGTATCTTCATGACAACCCAAATGCCCTAAAGGAATTATTGTATAGAGAACCTGGAGTACTTCTATGGCGTGGATTCACTATCCAGGACTGTGCAAATCAATGCTTCGGCAACAAAGATGATAACGGAAAAGGAAGACAAATGCCAGTTCATTTGGGGACGGAGCCACAAGTGAGAAATAATGGTTGGGCTATTGGCACTCCTGCTACAGAGCATTTTCGAAGTGATGGAGTGCTAGTAAAAAGCCAGGCTTATGGAATTCGTAGCATACACTTACCTACACGAGTTTATATAGAAGCATGCAAGGCAAAATACACAGTAAAATTAGATAGAAGTTCACTGTACAAGAACAGGTGGTGA

Protein

Gene

>g85811.t1
ATGGCCGTGGTTGGGGATTTTGGTTTGGTTTGGCGATTGGTTGCTTACGAGAAGGACTGGTCGAGAGGAAAGTCTGGTTTGGGGTTTGCAGTTCAAGCAGTCGAGGCAGTTGATCGATTTGGGGAAACTGCTCGGCGATGTAATGGTGATGGATGATGTTTGGGGCAGAGGAGAATGTAGGGGGTAGCAGGGGTTGATGTTGTGGTGGGATTATGGACTTTGGGTGTTCGGGAAAGACTGGGGATGGAACAGTGCATATGATAGAAGTTGTTGGTCGAGTGGTGGCTTGGAAGCAAAGCATGGGTTCTATGTTGATGGCAGTTTTTGAATTGTAGTGTGACAGAAGGAAGTATGTACTGGATTGTGGCGATCGAAGTGGAGCTTCGCCTTCTTCATATATGTATATTTTCACTCTCTTTTCTATTTCTAAGTAGCTCCTGCACCATTAGAAGTTAATAAAAGGTGATGCATAGGACAGTAATCATTATTGCTATTCTCTAATAACTAACAGGAGCGTGTAAGGTTAAAAATGATAACAAAGAGAGCCCACTACCTTAACTTCATGACAAAGCATCCTCACGCATGTTATAATGCAATGAATAAGCTCACAATTCTTTGGTTTTCCATTCACTTTTCTTATAAACAAATTTCCCTTTAATTACTACGTACTTCAATCTTAAAGAAAAGTTCCATAGCTTTTCTAAAATAAAAAGAAAGGCACTAATCATGTTTGTGCACGTGCACAGTTTTGCAGTTAACTGTGAAATTAATTTATTACTCACCTGTAAAATGCAGCTGGATTTCGAAATACTCTTGGTAATGGCAATTCATTCAAGTACGAAGTTCCATTTTCAGAAGCTTTTTTTGTAAGTGCAGCTCTTCAAATTATGCTCTGGCTATCGACAATGATTGTTCTATTGGCCTAGGTGATTTTTTCACATGCTTCTTCTACAATATAGTTTAGAATATGTGCAAATGTTAATCAATTAACTAAACAATTAAGAAGTCTTAAAGAGAACAAGCCATCTACTATATGAATCAGTTAAGGTATACATTTTTTTATAAGTATCTTATAGAATACTTGTCAACTTTGAACAGTTAGTAGTTACCATGACTGATGAAGAAAGATCATTTCGTGAAATGAAAAAAGTGCGAGGAGCATCCACATTTTCTGTACTAAAGATCATCTCTTTTTTGACAATGTCGCTAGCGAGTAGACGTGGAGAATAGAAGAAGAACAAAAGGTTAGGTATCTTAAAAGAGCCGGAAAGAGGAAGAAGAGAATCGGCAGTATAAGCTTGAGCGCTGAAGTTGAAGAGAAGTAGCCTATGGTTGACAATTTTATGAAAGATTAATCACAACAGTGCAATTTTATTGCAGTAGAAGAAATATTATTTTTGTTTCACTGGTATATGAATAAGAATATAAGGAAGTATGAAATGAGTAATTTGGGGACTGGGATATAGAGGAGGCACATGATGTGCATATATAGGTCAAGCAATAATTACTACTCAGTGAAAATTTAAATCTTTTTTGATTGAGTTCATATGAAGTGAAAGAATGAATTTTAGGAAGATTGCTTTGGTTGATGCCACTTAATTTAAGTGAAGTGCCAGGTTTTCAATGCTACATTTTTAGTGCCAGATTTTCAATCAATTGAATATTTATACATTTTTAATGCTATGTATAGAGAGTAGAATGATGCTTAAGCAGAACATCTCTACTCAAAACTGCACATAAGTGCTGCTTTCTTTTCGTGAAGTCACGACAATTGAAGTCGATGTCAAGGGTGAGGTTATTTGCGGAAGTGTGGTGATGTTGATAATGGAAATCGAAGTTTGTTGTTTGGGTGGTGTAACAGAGGGGGTTGTCTGGTGGGAGTTGTTTGATGCAGTGTGGTATAGCAGTGATGTGGCTGGTTGCACTGTGATGGTTTTCACAGTTGAGTTTGACAGGACTGATGGGTGTAATTGTATGGCAGTTTGTGGAGATGTAGTGGCTGGTAAGGTTTTGGTGGTGGTATTGACTGTCGAGTATGACAGTTGATTGTAGTGCACTATGAAGTTGAAGTGGTATTGATGAGTTTGAAGACAGTTGAATGGTCTGTGAATAGTTTATATGGTGATTGGTCTATGGATGGTATATGAGCAAAGAAGCGAGGATAGTGAACAGGGATTTGATGGTATAGGTATTGGGAGACAGTGAACTGTTGCAAAAGAGAGAGTAAGCAATTTGAGAAACTAGGTTTGTCTATATTGGATTATCGACAACTTTGGTTGAAATGACTTTGAACCAGAACGTATTCTCCTTGCTTCTGTTCCTTATGGTCAGGATACTTGGTATCTGTGAGTTCTCTGTTTTTTCATTACTTGTTCTGTTTTCATTTATTTTTCATGTGATTGCATTATTTTTCACTTCAGGATTGTTTTTTCTTTTCCAAGTGTTCTTTCTTCTTTTGTCGATTGAGCTAGGAGATGATTTGTTGAAGTTATCGGCATTATGCAGTGTTCTAGTTGATGCATTAGTCTTATCTATGATTGTAGCAACATTTTTTGCTTGTATCTTCTCCCTATTATATTTGTGTAATATTGTGATCTATTTTTCTGTTAGTATTTTATGTAGTGTCAATCATGTTGATGTATCATATCCAAGACACTCTACTAGTCTCTGCCTTAAATGTACGAGTCTATTAGTATTTAAACGCAAACGAGTGGTTGAAATTAAACACAAATGAGTGGTTGAAATTAATAAGCCGATGTTGGGGGCATGGTGATCCTTTTCCATACACACACTCATACATATAATACACACATATATAACATTTGACTAATTAATTGAATATGGAATGAAAAATGCAGTGGATATTCTGGGTTGGACCATTCATTGGAGCTGCAGTTGCTGCCATGTATCACCAAATTGTGATAAGAGCAATTCCATTCAAAAGCAGGTCCTAGAGTTCATTATTGTATGATGCATTTTCTTTCTTTCTTGTACTATTTATTAATATTAAGGAGAGAAGAGCTTTAAACAAAAGTAGGAGAAATGATATGCTGGATGCATTGCTGTTTAATGACGATGGAACTAATTCAGATCTTAATAATGAACAACTAAGTGACTTTTTGATCACATTCATTTATTCTGGATACAGGACTGTGTCGACTACTTCAATGATGGCTATCAAGTATCTTCATGACAACCCAAATGCCCTAAAGGAATTATTGGTGAGTTAAAACAATGTGAAATATTTTACACTTTGTCAATATGAATATTTACTATTTGGGCACTATAACTAAACACATGATTCCTCAACTCGTATGTTAAATTACAATGACGACGGCGATGAATTAACTAAGTTTATAAAAATGAACTAAGTTCATAAAAATTAACTGAATTACTAATAATAATAATATAATTAAGTTAACCGAGTTTTAATAGTAGCAATGATAATGATAATAAATTAACTAAGTTAATCAAGTCAATAAAAATTAATTAAGTTTTGTTAAAATTAAACAAGATTTATAAAATTAACTAAGTTTAAGTTAACTAAATTTTGTAATAATAATATAACTTATTTAACAAGGTTTTATAAATAATAGTGATAATGATGATGAATTAACTAAGTTTATAATAATATTATTAATAATATAACTAAGTTTTATGTTAACTAAATTTTATAAATAGTAATACTATAACTAATTTAACAAAGTTTTATAAATAATAATGATGACAACGATGATAAATTAACTAAGTTTATAATATTAACCAAGTTTATATTAATAATAACAATACTAATAATAATAATACAATTAAATTAACCTTGTTTTTTAAAAAACAAAATTATTATTTATTGTTGATGATATCATCTTCCCACGGGTTTATTATATTGTACTGTCATATTGAACAGGTTTATTTTGTTATTTAACTTATGTCATCAATTTCTTAATCTACTTTTAATTCAGTATAGAGAACCTGGAGTACTTCTATGGCGTGGATTCACTATCCAGGACTGTGCAAATCAATGCTTCGGCAACAAAGATGATAACGGAAAAGGAAGACAAATGCCAGTTCATTTGGGGACGGAGCCACAAGTGAGGTAACATACATAGATATGAATATATCATCTGCTACCAGAAGTTTGTTTGCTCAAATTCATAGATGAATTTTAGCATGCTAAAGAAAAAGCAAAATGTTCTAACATGTACGCATTTATTTGGATCATCAAAACTTTTTGAGCTACAGTTGAAAACAAACCAGAGCATACCATCTTCTCTGTTTTTCCAGTAATATTTTTGTTTTTTTTACACAAATTTCTCTTAATTGCTAATGATATCATGGAAAACAAACACTTATGAAGATTCTTAGTTGATGATCTTTTGATCATTCATACATTCTTACGAATTCTTATTAAAATTGTGTGCATCATTAGTATATAAATCATAAACTTCATGTTGTATCTCATCACAATTTCATGTTCTTAGCTTAAGAACAATTTTGAGAACTTAGCTTTATAATAGCATTTTGGGGTATTACAAAATTTAACAAATAACAATAAATATAGGGTGATTTTCATGTTGGTTTGAACTTTGCTTTTGTGATGGGGGTTCCAATCATATTCTTCTGCAGAAATAATGGTTGGGCTATTGGCACTCCTGCTACAGAGCATTTTCGAAGTAAATGTTTACTGAACTTAAGTTATATTATTGTACATTTTCCTTCTTTACACATACCATAAAGCTGCAAGATAACTTATAATAAATGAACTGTGCAGGTGATGGAGTGCTAGTAAAAAGCCAGGCTTATGGAATTCGTAGCATACACGTAAATGGGAATGATACACTTGTACAATGTTGTAGATGTTTGATATCAGATTTGTAGTCCTATGAATTAACATAATTGTTTATCTATACGTTGTGCTTTCACTTGTGCAGGCATTGGACTTTCAAAGAGAGCAAGGTTGAACTTTTGTGGTGCTAGCTTTCACTTCTGCATGCAATAAAGAATTATGGGTAATCAAGCGTTTTGTTAGCACCGGTTTGGTATAACATTTTATTAGTACTAGATGTGTAAATTTGTGTACGAATGGTTATTGTATGTTGGTCATTTTATAAAAAATCTACTGTATTAGAATGGTTATGGATATATTATTTGATTATATGATTAATATTTTTTTTAGTTGTTCGAATATGATGATTATGTGAGTGATTATTGATTGATATAGTAGAAATAAAATAGACCATCAACGGGAAATAATAGCATGAAAAAATTGTGCAAAATGATCAATAACTTTTAGTAGCGTTTCAAAAACGCTACGAAAATACGTATGGTGGCGTTGAATAAACGCCACAGTAAAGTAGGGGTAAAGTTGGAAATTCAATTTGTAGCGTCAACAAACCTTTTGGTAGCGTTTTATACACGCTGCAAAAAAAGAATTTAACTTGGATTTGGCCTTCAGTTACCTACACGAGTTTATATAGAAGCATGCAAGGCAAAATACACAGTAAAATTAGATAGAAGTTCACTGTACAAGAACAGGTGGTGA

Functional annotation

Database	accession number	e-value	annotation
nr	KAF5194183.1	2.7e-20	Pyruvate dehydrogenase e1 component subunit alpha protein
Swissprot	Q84JL2.1	4.0e-21	Branched-chain alpha-keto acid dehydrogenase E1 component alpha chain
trEMBL	A0A7J6WB38	1.9e-20	Pyruvate dehydrogenase e1 component subunit alpha protein

Best hit in Arabidopsis

TAIR id	% identity	e-value	bit score	gene aliases	Short description
AT1G21400.1	60.00	1e-15	80.9		Thiamin diphosphate-binding fold (THDP-binding) superfamily protein

>>>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
g85811	AT1G21400.1	65	22	2	236	299	186	247	60.00	1e-15	80.9
g85811	AT1G21400.1	34	10	0	280	313	293	326	70.59	6e-08	55.1
g85811	AT5G09300.1	40	7	0	236	275	186	225	82.50	2e-15	80.1

Ortholog group

Species	Genes
-	-

Pfam domain

Pfam ID	Pfam name	type	alignment_start	alignment_end	bit_score	Evalue
-	-	-	-	-	-	-

Gene Ontology

Accession	Ontology	Name
GO:0005622	C	intracellular
GO:0005575	C	cellular_component
GO:0008152	P	metabolic process
GO:0003674	F	molecular_function
GO:0003824	F	catalytic activity
GO:0003826	F	alpha-ketoacid dehydrogenase activity
GO:0005739	C	mitochondrion
GO:0005623	C	cell
GO:0005737	C	cytoplasm
GO:0005759	C	mitochondrial matrix
GO:0043231	C	intracellular membrane-bounded organelle
GO:0006082	P	organic acid metabolic process
GO:0055114	P	oxidation-reduction process
GO:0016491	F	oxidoreductase activity
GO:0006520	P	cellular amino acid metabolic process
GO:0006807	P	nitrogen compound metabolic process
GO:0008150	P	biological_process
GO:0009056	P	catabolic process
GO:0009063	P	cellular amino acid catabolic process
GO:0009081	P	branched-chain amino acid metabolic process
GO:0009083	P	branched-chain amino acid catabolic process
GO:0009987	P	cellular process
GO:0016054	P	organic acid catabolic process
GO:0017086	C	3-methyl-2-oxobutanoate dehydrogenase (lipoamide) complex
GO:0019752	P	carboxylic acid metabolic process
GO:0031974	C	membrane-enclosed lumen
GO:0032991	C	macromolecular complex
GO:0043226	C	organelle
GO:0043227	C	membrane-bounded organelle
GO:0043229	C	intracellular organelle
GO:0043233	C	organelle lumen
GO:0043436	P	oxoacid metabolic process
GO:0044237	P	cellular metabolic process
GO:0044238	P	primary metabolic process
GO:0044248	P	cellular catabolic process
GO:0044281	P	small molecule metabolic process
GO:0044282	P	small molecule catabolic process
GO:0044422	C	organelle part
GO:0044424	C	intracellular part
GO:0044429	C	mitochondrial part
GO:0044444	C	cytoplasmic part
GO:0044446	C	intracellular organelle part
GO:0044464	C	cell part
GO:0046395	P	carboxylic acid catabolic process
GO:0070013	C	intracellular organelle lumen
GO:0071704	P	organic substance metabolic process
GO:0098798	C	mitochondrial protein complex
GO:1901564	P	organonitrogen compound metabolic process
GO:1901565	P	organonitrogen compound catabolic process
GO:1901575	P	organic substance catabolic process

KEGG pathway

KO	Name	Enzyme ID	Pathway	Pathway ID
K00166	BCKDHA, bkdA1; 2-oxoisovalerate dehydrogenase E1 component alpha subunit	EC:1.2.4.4	Propanoate metabolism	ko00640
K00166		EC:1.2.4.4	Valine, leucine and isoleucine degradation	ko00280

Expression pattern in different tissues

Expression pattern in BioProjects

Co-expression network