KEGG T00953: FIC

Flavobacteriaceae bacterium: FIC_00780

Entry

FIC_00780 CDS T00953

Gene name

sucA

Definition

2-oxoglutarate dehydrogenase E1 (EC:1.2.4.2)

Orthology

K00164

2-oxoglutarate dehydrogenase E1 component [EC:1.2.4.2]

Organism

fba Flavobacteriaceae bacterium

Pathway

fba00020	Citrate cycle (TCA cycle)
fba00310	Lysine degradation
fba00380	Tryptophan metabolism
fba01100	Metabolic pathways
fba01110	Biosynthesis of secondary metabolites
fba01120	Microbial metabolism in diverse environments

Class

Metabolism; Carbohydrate metabolism; Citrate cycle (TCA cycle) [PATH:fba00020]
Metabolism; Amino acid metabolism; Lysine degradation [PATH:fba00310]
Metabolism; Amino acid metabolism; Tryptophan metabolism [PATH:fba00380]

SSDB

Motif

Pfam:

Transket_pyr E1_dh

Other DBs

NCBI-GI:

255534924

NCBI-GeneID:

8256204

UniProt:

C6X495

Position

811101..813899

AA seq 932 aa
MDKFSFLNAAHSQLIEDLYQQYLKYPDSLEPSWKAFFQGFDFALETYEDEIAGSSQAPSV
VRAATQSAAKGEIPEDIQKEFKVLNLIEGYRQRGHLFTNTNPVRARRNYEPTLAIENFGL
SQSDLQTKFNSATETGLSAAASLQDIIKHLEKIYCESVGVEYMHINNVEEKKFIRKWLQV
NENQPQLTASEKTDILQKLNQAVAFESYLHTKFVGQKRFSLEGGESLIPALDQLITRSSQ
LGVDEVVLGMAHRGRLNVLTNIFGKSYKQIFSEFEGKEFEEDVFSGDVKYHLGSSKKIKT
ASGEEVAINLTPNPSHLETVAALVEGICRAKVDNKYKDYKKVLPIVIHGDGAIAGQGIVY
EIAQMMTLEGYKTGGTIHIVINNQVSFTTNYLDARSSTYCTDIAKVTESPVMHVNADDVE
AVVYAMKFAADFRANFGKDVYIDLLGYRKYGHNEGDEPRFTQPNLYKLISKHPNPREIYK
EQLIKEGIVSDEILKKMETEFKTLLDADFDASKEIERNTMNIFMEDDWKDYTMGARGVMQ
NEVETGFDLDKLKELALKMSTLPADKKFINKTTRLFDNRKKMIEGNSLDWALGEWLAYAT
LLTEGNNVRISGEDVERGTFSHRHAVVKTEDTEEEYIPLRHISESRFDIFNSHLSEYGVL
GFDYGYAMASPNTLTIWEAQFGDFVNGAQIIVDQYLAAAEEKWKIQNGLVMLLPHGYEGQ
GAEHSSARLERFLGLCANENMAVANVTTPANYFHLLRRQQKWAFRKPLVVMTPKSLLRHP
KVVSPLEDFANGSFQPVIDDQTAVADNVDKLVLCSGKIYYELLAKQEERKCDNIALVRIE
QLYPLHKESIDAVLSKYGSRKKIIWAQEEPENMGAWAYILRNLRDTGIQVIAPVSSGSPA
PGSHKMFERNQNNVLNQVFDCNDEPATRPVTA

NT seq 2799 nt +upstreamnt +downstreamnt
atggacaaattttcatttttgaatgctgcgcattcgcagctgatagaagacttataccaa
caatatttaaaatatcccgactccctagaaccttcctggaaagcgtttttccagggattt
gattttgcgcttgagacctatgaagacgaaattgcaggttcttcacaggctccgtccgtt
gtgcgggctgccactcaatctgcagctaaaggcgaaattccggaggacatccagaaggaa
tttaaagtcctgaatttaattgaaggttaccgccagcgcgggcatctttttacaaatacc
aacccggtacgtgctcgtagaaattatgagccgacgctcgcaatcgaaaatttcgggctt
tctcagtcggatttgcagacgaaatttaattctgcaacggaaaccggattaagtgctgct
gcatcacttcaggacatcatcaagcatctcgaaaaaatttattgcgaatctgtgggtgtg
gaatacatgcacatcaataacgtagaagagaaaaagtttatccgcaagtggcttcaggta
aatgaaaaccagccgcaactcaccgcgtctgaaaagaccgatattttacagaagcttaat
caggctgtagctttcgagagttatctgcataccaaatttgttgggcagaaaagattttca
cttgaaggtggcgaatctttaatcccagcgctcgatcagttaattacacgctcatcgcaa
ttgggcgtagatgaggttgtattggggatggcacaccgaggccgtctgaacgtattgacc
aatattttcggtaaatcctacaaacagatattttctgaatttgagggaaaagagtttgaa
gaagatgtattctcaggagatgtgaaatatcaccttggttcatcgaagaaaattaaaacg
gcttcaggcgaagaagtggcgataaaccttacgccgaatccttcgcatcttgaaactgtt
gccgcattggtggaaggcatttgccgtgcaaaagtagacaacaaatataaagactataaa
aaagtacttccaattgtaattcacggcgacggtgcaattgccggacagggaattgtgtac
gaaatcgcgcagatgatgacgctcgaagggtataaaactggcggaacaatccatatcgta
attaacaaccaggtttcattcacaactaattatcttgatgcgagatcatcaacttactgt
accgatattgcaaaagttaccgaatctccggtgatgcacgtaaacgcggacgatgttgaa
gccgttgtgtatgcgatgaagttcgcagcagatttccgtgcgaattttggtaaagacgtg
tacattgatcttttgggatatagaaagtatggccataacgaaggtgatgagccccgtttt
acacaaccaaacctgtataaactgatttcgaagcatccgaatccaagagaaatttataaa
gaacaactgatcaaagaaggaattgtttcagatgaaatcttaaaaaagatggaaactgaa
tttaaaacacttcttgacgcagatttcgacgcttccaaagagatcgaacgcaacaccatg
aacatcttcatggaggacgactggaaagattacacgatgggagcccgtggcgtaatgcag
aatgaagttgaaacaggcttcgatcttgataaactgaaggagttggctttaaaaatgtcg
actttacctgctgataaaaaattcatcaacaaaactacacgactgttcgacaaccgtaag
aaaatgatcgaaggcaactctctcgattgggctttgggcgaatggttggcgtatgctact
ttgcttaccgaaggcaacaacgtacgtatttcgggtgaagatgtagagcgcggaactttc
tctcaccgtcatgcagttgtgaaaactgaagataccgaagaagaatatatcccactaaga
catatctcagaaagccgttttgatattttcaattctcacctttccgagtacggcgtactt
ggatttgattatggctatgcaatggcctcacctaacacacttaccatttgggaagcacag
ttcggcgattttgtaaacggcgcacaaattattgtagaccaatatttagcggccgccgag
gaaaaatggaagatacagaatggtctggtcatgttgttacctcacggatacgaaggacag
ggtgcggagcattcttcagcaagacttgaaagattccttggcctgtgtgcgaacgaaaat
atggccgtagcaaacgttactacgcctgcaaactacttccaccttctcagaagacagcaa
aaatgggcgttcagaaaaccgctcgtggtgatgacaccaaaatcgctgttgcgtcatccg
aaagtggtttctccgcttgaagattttgcaaacggaagctttcagccagtgatagatgat
cagactgctgttgcggataatgtagataaacttgttctttgctccggtaaaatttattat
gaattgctggcaaaacaggaagaacgcaaatgcgataacatcgcgttggtacgtatcgaa
cagctgtatccgctgcataaagaatctattgatgccgttctgtccaaatatggcagcaga
aaaaagatcatctgggcacaggaagaacccgaaaatatgggtgcatgggcatatatcctg
cgcaacttacgcgataccggaattcaggtaatcgctcccgtatcaagtggatcaccggcg
ccgggaagccataaaatgttcgaacgaaaccaaaacaacgtactgaaccaggttttcgac
tgtaacgacgaacccgctacaagacctgttaccgcataa

All links

Pathway (6)   
   KEGG PATHWAY (6)   
Chemical substance (13)   
   KEGG COMPOUND (13)   
Chemical reaction (5)   
   KEGG ENZYME (1)   
   KEGG REACTION (4)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (33)   

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