Niallia circulans: C2I06_05835
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Entry
C2I06_05835 CDS
T06357
Name
(GenBank) 2-oxoglutarate dehydrogenase E1 component
KO
K00164
2-oxoglutarate dehydrogenase E1 component [EC:
1.2.4.2
]
Organism
bcir
Niallia circulans
Pathway
bcir00020
Citrate cycle (TCA cycle)
bcir00785
Lipoic acid metabolism
bcir01100
Metabolic pathways
bcir01110
Biosynthesis of secondary metabolites
bcir01120
Microbial metabolism in diverse environments
bcir01200
Carbon metabolism
bcir01210
2-Oxocarboxylic acid metabolism
Module
bcir_M00009
Citrate cycle (TCA cycle, Krebs cycle)
bcir_M00011
Citrate cycle, second carbon oxidation, 2-oxoglutarate => oxaloacetate
Brite
KEGG Orthology (KO) [BR:
bcir00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00020 Citrate cycle (TCA cycle)
C2I06_05835
09108 Metabolism of cofactors and vitamins
00785 Lipoic acid metabolism
C2I06_05835
Enzymes [BR:
bcir01000
]
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)
C2I06_05835
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Paralog
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Motif
Pfam:
E1_dh
Transket_pyr
OxoGdeHyase_C
2-oxogl_dehyd_N
PFOR_II
DUF5486
Motif
Other DBs
NCBI-ProteinID:
AYV66433
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Position
1238170..1240992
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AA seq
940 aa
AA seq
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MEKPSDGTVSYQPRFYGPNLGLVMELYEKYVQDPNSVDEEMKRHFDQWGPPIDNQEKTNT
NHLSLQSEVQVEKIIAAVTLVNKIRAYGHLAADIYPLKDHKREYELFDLARFDLTKEDLE
KIPARLICPDAPNHISNGYEAVQYLKEIYTKTIAFEYYHVNDIKEKNWLQSKVESGSLKP
ACHRELKRKLLKRVIEVEEFESFLHRTYVGQKRFSIEGLDTMVPMIDKIISESVVNGAQN
INIGMAHRGRLNVLAHVLEKPYEMIFAEFQHAPNKQLVPSEGSIGISFGWTGDVKYHLGL
DRQIKSNNVSNVRLTLANNPSHLEFVGAVVEGFTRASQDDRTKPGFPEEDSTKSLAILIH
GDAAFPGQGIVSETLNLTGLKGYRTGGTIHIIANNTIGFTTESSDSRSTRYASDLAKGFE
IPIIHVNADDPEACIKAAKLAIEYREKFKKDFLIDLIGYRRYGHNEMDEPMTTNPLMYKL
IHEHPTITKLYGEKLVAEDVIKEEEIQALKEEVTRKLKEAHDRVPKKNEDPVITNPPNSV
ERQLPNVNTAVPIDQLKHINNELLSYPSQFQVFDKLGKVLKRRNAALEGEGKIDWSLAET
LAFATILEDGTPIRLSGQDSERGTFAHRNIILHDYVTGNQYSPLHTLSKAKASFAVHNSP
LSEGSVLGFEYGYNVHAPETLVLWEAQFGDFANAAQVMFDQFIAAGRAKWGQKSGLVMLL
PHGYEGQGPEHSSARLERFLILAAENNWTVANLSSSAQYFHILRRQAAILNKEEVRPLVI
MTPKSLLRNADVASNGLEFSEGAFHSVLEVDNTGENDNVVTRIVLSTGKISIDLYQAHKK
LENGEAIHLARVEEIYPFPEERLTEIIQRYPNLKEVVWVQEEPKNMGAWSFMEPRIRKLI
SNSISLQYVGRRRRSSPAEGDPIVHRKDQARIINEALTME
NT seq
2823 nt
NT seq
+upstream
nt +downstream
nt
atggagaagccatctgatggtacagtctcataccaaccaagattttatgggccgaattta
gggcttgtaatggagctttatgagaaatacgttcaagatccaaattcagttgatgaagaa
atgaaaaggcattttgatcaatggggacccccgattgataatcaagagaaaactaacacg
aatcatttatctctacaatccgaagttcaagttgaaaaaattattgcagcagtaacatta
gtgaataagataagagcctatggacatttggcggctgatatttatccattaaaggatcat
aagagagagtatgagttatttgatttagctcgttttgatttaacgaaagaagatttagaa
aagattccagcccgtttaatttgtccagatgctcctaaccatatatcaaatggctatgaa
gcggttcaatatttaaaagaaatttatacaaagaccattgcatttgaatactatcatgtt
aatgatattaaagaaaaaaactggctgcagtctaaagtagaatcagggagcttaaaacca
gcatgtcatagagagttaaaaagaaagcttctaaaaagggtaatagaagtagaagaattt
gaaagttttttacatagaacatatgtcggtcaaaagagattttcgattgaaggtcttgat
acaatggtcccgatgatagataagattatatctgaatcagtagtaaatggtgctcaaaat
attaatataggaatggcgcatagagggcgattaaatgtgttagcacatgtattagaaaag
ccttatgaaatgatatttgcagaatttcagcatgctcctaataaacagttggtaccatct
gaagggtccataggtattagctttggctggactggggatgtaaaataccatttaggctta
gatcgacaaattaaatcaaataatgtttcaaatgttcggctgactcttgcaaataatcca
agtcatcttgagtttgtaggtgcagtagtagaaggatttactagagcgtcacaggatgac
agaacaaaacctgggtttccagaggaagattctactaaatcactagctattctaatccac
ggagatgctgcttttcctgggcaaggaattgtttcggagactttaaatttaacaggatta
aagggttatcgaacaggtggaacgatccatattattgctaacaatacaattggatttaca
acagaatctagtgattcgagatctactagatatgctagtgatcttgcaaaaggatttgag
attccaataatccatgttaatgcagatgatccagaagcatgtataaaagctgcaaaacta
gctatcgaatacagagagaagtttaagaaggactttttaatcgatttaattggctataga
agatatggtcataatgaaatggatgaaccaatgacgacaaatccattaatgtacaagtta
attcacgaacatccaaccattactaagctgtacggggaaaagctagttgcggaggatgtg
ataaaagaagaagaaatccaagctttgaaagaagaagttacaagaaaacttaaagaagca
catgatagagtaccgaagaaaaatgaagatccggttattactaatccgcctaattctgtg
gagcgacaattgccgaatgttaatacggctgttccgattgatcaattaaaacatataaat
aatgagttgctttcctatccatctcaatttcaagtttttgataaattaggaaaagtttta
aagcggagaaatgctgcattggaaggggaaggtaaaatcgattggtctttagcggaaaca
ttggcttttgcaacgattttagaagacggaacaccaatccgactttctgggcaggattcg
gaacgtggtacgtttgctcatcgtaatattattttacatgactatgtaactggcaaccag
tattcacctttacataccttatctaaagcgaaagcatcatttgctgttcataacagtccg
ttgtctgaaggttctgtattaggatttgagtacggttacaatgttcatgctcccgaaaca
cttgtgttatgggaagcgcaatttggtgattttgctaatgcagcacaagtaatgtttgac
caatttattgcagctggcagagcgaaatggggacaaaaatctggtttagttatgcttttg
ccacatggttatgaaggacagggaccagagcattcaagtgcaagattggagcgattctta
attttagcagctgaaaataactggactgttgcaaacttatcatcatctgctcagtacttt
catattttaagaagacaggcagcaattttaaacaaagaagaagtacgacctttagttatt
atgacaccaaaaagcttactgcgtaatgctgatgttgcttctaatggattagaattcagt
gaaggtgcttttcattctgttttggaagtagataatactggtgaaaatgacaatgttgtt
acacgcatagttctatctacaggtaaaatttcgattgacttatatcaagcacacaaaaag
cttgaaaatggagaagcaatccatcttgcaagagttgaagaaatttatcctttcccagaa
gagaggctaacagaaattattcaacgctatccaaatttaaaagaggtagtatgggtgcaa
gaagaaccaaagaatatgggagcatggagctttatggaaccaagaattagaaagctaatt
tccaattctatttccttacaatatgttggtagaagaagaagatctagtcctgctgaaggg
gatccaattgttcatcgtaaagatcaagcaagaatcataaatgaagcattgactatggaa
tga
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