Vibrio fluvialis: AL536_10030
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Entry
AL536_10030 CDS
T04379
Name
(GenBank) 2-oxoglutarate dehydrogenase E1 component
KO
K00164
2-oxoglutarate dehydrogenase E1 component [EC:
1.2.4.2
]
Organism
vfl
Vibrio fluvialis
Pathway
vfl00020
Citrate cycle (TCA cycle)
vfl00785
Lipoic acid metabolism
vfl01100
Metabolic pathways
vfl01110
Biosynthesis of secondary metabolites
vfl01120
Microbial metabolism in diverse environments
vfl01200
Carbon metabolism
vfl01210
2-Oxocarboxylic acid metabolism
Module
vfl_M00009
Citrate cycle (TCA cycle, Krebs cycle)
vfl_M00011
Citrate cycle, second carbon oxidation, 2-oxoglutarate => oxaloacetate
Brite
KEGG Orthology (KO) [BR:
vfl00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00020 Citrate cycle (TCA cycle)
AL536_10030
09108 Metabolism of cofactors and vitamins
00785 Lipoic acid metabolism
AL536_10030
Enzymes [BR:
vfl01000
]
1. Oxidoreductases
1.2 Acting on the aldehyde or oxo group of donors
1.2.4 With a disulfide as acceptor
1.2.4.2 oxoglutarate dehydrogenase (succinyl-transferring)
AL536_10030
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
OxoGdeHyase_C
Transket_pyr
E1_dh
2-oxogl_dehyd_N
PFOR_II
Motif
Other DBs
NCBI-ProteinID:
AMF93840
UniProt:
A0A109X620
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All DBs
Position
2:497204..500014
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AA seq
936 aa
AA seq
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MHNGVMKAWLESSHLAGANATYVEDLYELYLSDPDLVSEEWKRVFEGLPAQPDNVVEQPH
SRVRDYFRRLAQETKHYNVQVSDPEVDAKQVKVLQLINAYRFRGHEAAQLDPLGLWKRPT
VAELDPSFHNLTEDDMEETFNVGSFAIGKETMKLKDIYQSLNKIYCGSIGAEYMHMTDTE
QKRWIQQRLEPVVGQPSFTLDEKRTFLEELTAAEGLERYLGAKFPGAKRFSLEGGDAMVP
MTKELIRHAGKTGMREVVIGMAHRGRLNMLVNVLGKKPQDLFDEFAGKHDETWGTGDVKY
HQGFSADFATPGGDVHLALAFNPSHLEIVNPVVMGSVRARQDRLGDDDGSKVLPITIHGD
SAVAGQGVVAETFNMSLARGYCVGGTVRIVVNNQVGFTTSNPRDTRSTMYCTDIAKMVQA
PIFHVNSDDPEAVAFVTRLALDYRNEFKRDVVIDLVCYRRHGHNEADEPNATQPLMYQKI
KKHPTPRKLYADVLIDRQESDIETATQLVNEYRDALDRGEVVVKEWRPMAMHSVDWSPYL
GHDWNEDWQSQYPIERLKELGQRLCQYPESHKLQSRVEKIYNDRVAMVSGEKLLDWGMAE
TLAYATLVDDSKRIRISGQDSGRGTFFHRHSVLHNQSDASTYVPLSNIHDNQGPFEVIDS
VLSEEAVLAFEYGYATAEPGGLTIWEAQFGDFANGAQVVIDQFISSGEQKWARLCGLTML
LPHGYEGQGPEHSSARLERYLQLCAEQNMQVIVPSTPAQVYHMLRRQVVRKMRRPLIVMS
PKSLLRHPLCVSTLEDLAEGTFLPAIPEVDNLDPAKVKRVVFCSGKVYYDLLEQRRSNEQ
DDVAIVRVEQLYPFPMDEVQAAIAQYTNAVDYVWCQEEPQNQGAWYCSQHNFRAAIPAGA
ELKYAGRPASASPAVGYMSVHLKQQKALVEDALTLA
NT seq
2811 nt
NT seq
+upstream
nt +downstream
nt
atgcacaacggcgtgatgaaggcatggctcgagtcttcacacttggctggcgccaatgca
acttatgtagaagatctctacgaactgtatctaagtgatcccgatctggtaagtgaggag
tggaaacgtgtttttgaagggctgcctgcgcaacccgacaatgtggttgaacaaccgcac
tcacgtgtccgtgactacttccgacgactcgctcaagagacaaagcattacaatgtccaa
gttagtgatcctgaagtcgatgcaaaacaagtaaaagtactgcagcttatcaacgcgtac
cgcttccgcggtcacgaagctgcgcaattggaccctctaggtttgtggaaacgcccgacc
gtggcggaattggacccttcattccacaatctcaccgaagatgacatggaagagactttc
aacgtaggttcgtttgctattggcaaagaaaccatgaagttgaaagacatctatcaatcc
ctcaataaaatctattgcggatcgatcggtgcagagtacatgcacatgactgacactgag
caaaaacgttggattcaacaacgtctggagccagtagtaggccagccatcctttacccta
gatgaaaaacgcactttcctcgaagaactgactgctgcagaaggtcttgagcgctacctt
ggcgcgaaattcccaggcgcaaaacgcttctctctggaaggtggcgacgccatggttcca
atgaccaaagagctgattcgtcatgctggtaaaacgggcatgcgtgaagtcgtaatcggt
atggctcaccgcggtcgtctgaacatgttggttaacgttctcggtaagaaaccacaagac
ctgtttgacgaatttgccggcaagcacgacgaaacgtggggtacgggtgacgttaaatat
caccaaggcttctcagctgatttcgcaactcccggtggtgatgtgcatttagcactggca
ttcaacccatctcacctggaaatcgttaacccggtagttatgggctcggtacgtgctcgt
caggatcgcctgggcgatgatgacggtagcaaagtactgcctatcactattcacggtgac
tcggctgtggcaggtcagggtgtggttgctgagacattcaacatgtctctggctcgtgga
tactgcgttggtggtacggtgcgtatcgtagtcaacaaccaagttggctttacgacatct
aacccacgtgatacacgttcaaccatgtactgtactgacattgcgaaaatggttcaggct
ccgattttccacgttaattccgatgatccggaagctgtagctttcgttactcgtctggcg
ttggattaccgcaacgaatttaaacgcgatgttgtgattgacctggtttgttaccgccgt
catggtcacaacgaagcggatgagccaaacgcaactcagcctctgatgtatcagaaaatt
aaaaagcatccaacccctcgtaagttgtatgcagatgttctgattgatcgtcaagaaagc
gatatcgaaaccgccactcagttggtgaacgaatatcgtgacgcactggatcgcggcgaa
gtcgtggtgaaagagtggcgtcctatggcgatgcattctgttgactggtcaccttacctt
ggccatgactggaatgaagactggcagagccaatacccaattgagcgcctgaaagaattg
ggccaacgtctgtgccagtaccctgaaagtcacaagctacaaagccgcgtagagaaaatc
tacaacgatcgcgttgcgatggtatctggcgagaagctccttgactggggtatggcggaa
acgttggcgtatgcgacgctggttgatgacagcaagcgcattcgtatttcaggtcaggat
tctggccgtggtacgttcttccaccgtcattcagtactgcataatcagagtgatgcgagc
acttatgtccctctgagcaacattcatgacaatcagggtccatttgaagtgatcgactct
gtactgtctgaagaagcagtactggcatttgaatacggctacgcgactgcggagccaggt
ggtctgacaatttgggaagctcagtttggcgattttgccaacggcgctcaggttgttatt
gaccagttcatctcttctggtgagcaaaaatgggcacgtctgtgtggcctgacgatgctg
ttacctcatggttacgaaggtcaaggtccagagcactcatcggcacgtcttgagcgttac
ctgcaactttgcgcagagcaaaacatgcaagttatcgttccatcgacgccagcgcaggtt
taccacatgctgcgtcgtcaggttgtgcgtaagatgcgtcgcccactgatcgtgatgtcg
ccaaaatcactgcttcgtcatcctctgtgtgtttcaacgcttgaagatctggctgaaggt
accttcctgccagcgattccagaagtggataacctagacccggcgaaagtgaaacgtgtt
gtattctgttcaggtaaggtttactacgacctgctggaacaacgccgcagcaacgagcaa
gacgatgtcgcgattgtccgtgttgaacagttgtacccattcccaatggatgaagtacag
gctgcgattgcacaatacacgaatgctgttgattacgtttggtgtcaggaagagcctcaa
aaccaaggcgcctggtactgtagccaacataatttccgtgccgctatcccagcgggtgca
gaactgaaatatgcgggccgcccggcttctgcttcaccagcagtcggttatatgtcggta
cacttgaaacaacagaaagcgttggttgaagacgctctgaccctagcttaa
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