KEGG   Macrococcus armenti: LAU42_05695
Entry
LAU42_05695       CDS       T07974                                 
Name
(GenBank) 2-oxoglutarate dehydrogenase E1 component
  KO
K00164  2-oxoglutarate dehydrogenase E1 component [EC:1.2.4.2]
Organism
mary  Macrococcus armenti
Pathway
mary00020  Citrate cycle (TCA cycle)
mary00785  Lipoic acid metabolism
mary01100  Metabolic pathways
mary01110  Biosynthesis of secondary metabolites
mary01120  Microbial metabolism in diverse environments
mary01200  Carbon metabolism
mary01210  2-Oxocarboxylic acid metabolism
Module
mary_M00009  Citrate cycle (TCA cycle, Krebs cycle)
mary_M00011  Citrate cycle, second carbon oxidation, 2-oxoglutarate => oxaloacetate
Brite
KEGG Orthology (KO) [BR:mary00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00020 Citrate cycle (TCA cycle)
    LAU42_05695
  09108 Metabolism of cofactors and vitamins
   00785 Lipoic acid metabolism
    LAU42_05695
Enzymes [BR:mary01000]
 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)
     LAU42_05695
SSDB
Motif
Pfam: E1_dh Transket_pyr OxoGdeHyase_C 2-oxogl_dehyd_N YvbH_ext PFOR_II DUF1542
Other DBs
NCBI-ProteinID: UBH21307
Position
complement(1108137..1110914)
AA seq 925 aa
MTKGKNLEEAPPRFGTNLGILLEMFDEYQNDPSSVSDELQVLFSNIQSGNSNLKGVSNAD
ATVVKNLMRLVDNIRQYGHLKADIYPLYKPKRDQQIKLTLEDFNLTEEVLKQLPASLVSD
HYGERLSNAFEAITEMQQTYQGPIAYEVSHINNTEEREWLKTTIESNVKRDFSTEERIEL
LKSVARVEGFEKYIHKNFVGAKRFSIEGVDALVPMLEQIIKISNENNISDIEIGMAHRGR
LNVLTHILEKPYEMMLSEFMHTDPMKFLPEDGSLVVTKGWTGDVKYHLGGTKITERFGNK
QMISLANNPSHLEIVAPVVLGKTRAVQEVTEGVNKPVQDFNKALAILIHGDAAFPGQGIN
FESMNLSNLDGYSVGGSIHIITNNRVGFTTEPYDSRSTTYATDVAKGYDLPIIHVNADDL
EACIEAVELAMQYRQKFNKDFVIDLVGYRRYGHNEMDEPTVTNPMLYKEVKGHPSIELLY
GKSLVEASVITEQEMNAIFEEVNEKLSQAHDRIDKSTVNTDSDMKMPQTVETGYDKIDTG
VSLERLKTLNDNMLTTPEGFTVFNKLQKILERRNDPFTKDGLVDWGHAELLAYGTIIQDG
NPVRHTGQDAERGTFAHRHALLHDVENGVQYVPLQNIEGAKSSFDIHNSPLSEAAVVGFE
YGYNLQNHQALAVWEAQYGDFANMAQMIFDNFISSAEAKWGEKSGLTVLLPHAFEGQGPE
HSSARLERFLQLAAENNWTVANLTSSANYFHLLRRQAHYLGTDKMRPLIVMSPKSLLRNN
FVSDTIDKFTEGGFKAIISNQYKKTKVKKLLIASGKVAVDLMTELSKNPNDEIHVIRLEQ
IYPFPKEDIKAIIDDIKGLSEIGFVQEEPQNQGSWHYIYPLLNEIKPEKVKLAYYGRPHR
AAPAEGDNEIHKIVQSKLISEALNI
NT seq 2778 nt   +upstreamnt  +downstreamnt
atgacaaaaggtaaaaacctagaggaagcacctcctagatttggtacaaatttaggaatt
cttcttgaaatgtttgatgaatatcaaaatgatccatcatcagtctctgatgaactacaa
gtactgttttcaaacattcaaagtgggaacagcaacttaaaaggggtaagtaatgctgat
gcaacagtcgttaaaaacttaatgaggctagttgataatatcaggcaatatgggcattta
aaggcagatatatatcctttatataaacctaagcgtgatcagcaaattaaattaacactt
gaagatttcaacttaactgaagaagttttgaaacagttaccggcatctctagtttctgac
cattacggtgaaagattgtcaaacgcatttgaagcaattactgaaatgcagcagacatat
caaggacctatcgcttatgaagtttctcacattaataatactgaagagcgtgaatggtta
aaaactacaatagaaagtaatgttaaacgtgacttttcaactgaagagcgaattgaactt
ttaaaaagtgttgcgcgtgttgaaggatttgaaaagtacattcataaaaattttgttggc
gcaaaacgtttttctattgagggcgttgatgcattagtaccaatgcttgaacaaattatt
aaaatttctaatgaaaataacatttctgatattgaaattggaatggcgcaccgtggccgc
ctgaacgtattaacacatattcttgaaaaaccatatgaaatgatgctttcagaattcatg
catacagatcctatgaagtttttaccagaagatggttctctcgtagtaacaaaaggctgg
actggagatgttaagtatcatttaggtggtactaaaatcactgaacgttttggtaacaaa
cagatgatttcgttagcaaataacccttcacatcttgaaatcgttgcacctgtcgtttta
ggtaaaacgagagcagttcaagaagtgactgaaggcgttaacaaaccagttcaggacttt
aataaagcattagcaattttaattcatggtgatgcagcctttcctggacaagggattaac
tttgaaagtatgaacttgagtaacttagatggatattcggttggtggttctatccacatc
attacgaataaccgagtaggatttactacagagccttatgattcacgttcaacgacttat
gctacagacgttgccaaaggttatgatttgccaatcattcatgtaaatgcagatgatctt
gaggcttgtattgaagcagtagaattagcgatgcagtatcgtcagaaattcaataaggat
tttgttatcgatctcgttggataccgtcgttatggacataatgaaatggatgagccgact
gtaacaaatccaatgttatataaagaagttaaaggtcatccgagtattgaactactttac
ggtaaatcactcgttgaagcatctgtaattacagaacaagaaatgaatgcaatatttgaa
gaagtgaatgaaaaactaagccaggcacatgatagaattgataaatctacagttaatact
gatagtgacatgaaaatgccacaaacagtagaaacgggatatgacaaaatcgatacgggt
gtttcacttgaaagattaaaaacgcttaatgacaatatgctgacgacaccagaaggattt
actgtgtttaacaagcttcagaagattcttgaaagacgtaacgacccatttacaaaagat
ggattagtcgactggggacatgcagagttattagcatatggaacaatcattcaggatggt
aatccagtacgtcatactggacaggatgcagaacgtggaacattcgcacatcgccatgca
ttattacacgatgttgaaaatggtgtacaatatgtcccacttcaaaatattgaaggtgcg
aaaagttcatttgatattcataactcaccattatcagaagcagctgtagttggctttgaa
tatggttataacttacagaatcatcaagctttagcagtttgggaagcacaatatggtgac
tttgcgaatatggcacaaatgatttttgataacttcattagtagtgctgaagcgaaatgg
ggagaaaagagtggtttaacggtattattaccgcatgcatttgaaggtcagggtcctgag
cactcttcggcaaggttagagcgttttctacaacttgcagctgaaaacaattggactgtc
gcaaacttaactagctcagcaaactacttccatttattaagacgacaagcacattattta
ggtactgataagatgcgtcctttaatcgtaatgagtccaaagagcttattacgtaacaat
ttcgtatcagatacaattgataaattcactgaaggtggatttaaagcaattatttcaaat
cagtataagaaaacaaaagttaaaaagttattaattgcaagtggtaaagttgcagttgat
ctcatgacagaattatcgaaaaatccaaatgatgaaattcatgtcatcagattggaacaa
atatatccattcccgaaagaagacattaaggcaattattgatgatattaaaggtttatct
gaaatcggttttgttcaggaagaaccacaaaatcaagggtcatggcattatatttatccg
ttattaaatgaaattaagcctgaaaaagtaaaattagcttactatggacgtccacatcgt
gcagctccggcagaaggcgataacgaaatccataaaattgtacaatcaaagcttattagc
gaagcgttaaacatttaa

  All links  
Gene (1)   
   NCBI-PROTEINID (1)   
Protein domain (7)   
   Pfam (7)   
All databases (8)   

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