KEGG   Corynebacterium sp. ATCC 6931: DR71_1831
Entry
DR71_1831         CDS       T03283                                 
Symbol
sucA
Name
(GenBank) oxoglutarate dehydrogenase (succinyl-transferring), E1 component
  KO
K01616  multifunctional 2-oxoglutarate metabolism enzyme [EC:2.2.1.5 4.1.1.71 1.2.4.2 2.3.1.61]
Organism
coa  Corynebacterium sp. ATCC 6931
Pathway
coa00020  Citrate cycle (TCA cycle)
coa00630  Glyoxylate and dicarboxylate metabolism
coa00785  Lipoic acid metabolism
coa01100  Metabolic pathways
coa01110  Biosynthesis of secondary metabolites
coa01120  Microbial metabolism in diverse environments
coa01200  Carbon metabolism
coa01210  2-Oxocarboxylic acid metabolism
Module
coa_M00009  Citrate cycle (TCA cycle, Krebs cycle)
coa_M00011  Citrate cycle, second carbon oxidation, 2-oxoglutarate => oxaloacetate
Brite
KEGG Orthology (KO) [BR:coa00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00020 Citrate cycle (TCA cycle)
    DR71_1831 (sucA)
   00630 Glyoxylate and dicarboxylate metabolism
    DR71_1831 (sucA)
  09108 Metabolism of cofactors and vitamins
   00785 Lipoic acid metabolism
    DR71_1831 (sucA)
Enzymes [BR:coa01000]
 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)
     DR71_1831 (sucA)
 2. Transferases
  2.2  Transferring aldehyde or ketonic groups
   2.2.1  Transketolases and transaldolases
    2.2.1.5  2-hydroxy-3-oxoadipate synthase
     DR71_1831 (sucA)
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.61  dihydrolipoyllysine-residue succinyltransferase
     DR71_1831 (sucA)
 4. Lyases
  4.1  Carbon-carbon lyases
   4.1.1  Carboxy-lyases
    4.1.1.71  2-oxoglutarate decarboxylase
     DR71_1831 (sucA)
SSDB
Motif
Pfam: E1_dh 2-oxoacid_dh OxoGdeHyase_C Transket_pyr 2-oxogl_dehyd_N
Other DBs
NCBI-ProteinID: AIN82392
UniProt: A0A088QG12
Position
complement(2055394..2059014)
AA seq 1206 aa
MYQQFQKDPQSVGQEWREFFATHTPSQKGEDLSNMAKPAAATKEEAKATGRRESKGVEPT
KTPNKPSSPKPKKSPMDAAAKVSAVESGEEPLKGVARAIAKNMDVSLEMPTATSVRDMPA
RLMFENRTLVNNHLARARGGKISFTHIIGYAMVKAVMLHPDMNNNYKVVDGKPVLVTPEH
INLGLAIDMPAKDGSRSLVVAAIRECETLTFKQFVDAYEDIVVRARHGKLTGKDFQGVTI
SLTNPGGIGTRHSVPRLTKGQGAIIGVGSMDYPAEFAGASADRLAEMGIGKLVTITSTYD
HRIIQGAESGEFLRTMSNLLVDDKFWDHIFQTMRVPYTPIRWAQDLPNTGIDKNTRVMRL
IEAYRSRGHLLADIDPLRSDQPNTSAPNHADLDIEEHGLTLWDLDRTFNVGGFGGKETMT
LREVLSRLRNAYCLKVGSEYAHILDREEREWLEERLEGGQPKPSHAEQKYILQKLNAAEA
FENFLQTKYVGQKRFSLEGAESLIPLMDSAIDTAAGAGLDEVVIGMPHRGRLNVLANIVG
KPLRQIFTEFEGNIDPAQVGGSGDVKYHLGTTGRHIQMFGEGEIDVTLTANPSHLEAVNP
VVEGLARARQDKINKGEEGYSVMPLLLHGDASFAGLGIVQETLNLMSLRGYKVGGTVHIV
VNNQIGFTTSPDSGRSSYYATDIAKAYGCPVFHVNGDDPEAVVWVGQLAVEYRNRYGKDV
FIDLVCYRKRGHNEADDPSMTQPMMYKIIDEKESVRAQYTEDLIGRGDISEEEYEAVRRD
FHDQMEAVFNEVRAAQDAKPGEQTGIAGSQPLPHGLKTGIEKAEIVEIGQSYVNLPEGFK
IHPRVAPVAKKRAEMTQEGGIDWGMAELLAIGSFTGAGIDVRFAGEDVRRGTFTSRHAVL
IDSEDGSEYNPIDAYGKSKNGGRFMIYNSALTEYAGMGFEYGYTLGNPDAAVFWEAQFGD
FANGAQTTIDQYVSSGEAKWGQTSKLILLLPHGYEGMGPDHSSARIERFLQLAAEGSYTV
AQPSEPANYFHLLRRHVLSDLHRPLVVFSPKSMLRNKMAASAVEDFTNPNKFRSVIDDPN
FESKGKSGIKTLLLCSGKIYWELEKKRKKDKRDDIAIARLEMLHPLPHNRLRDLFESYPD
LEEVRWVQDEPANQGPWPFLALNLPEALPDMPKLTRVSRRAQSSTATGVAKVHQIEEKAL
LEEALK
NT seq 3621 nt   +upstreamnt  +downstreamnt
atgtaccagcaattccagaaggatccacagtctgtgggtcaggaatggcgcgaattcttc
gcaacccacaccccgtcccaaaagggcgaggacctttccaacatggcaaagcccgcagca
gccacgaaggaggaagcaaaggcaaccggacgtcgtgagtccaagggggtcgaaccaacc
aagaccccgaacaagccgtcgtctccgaagccgaagaagtccccgatggatgcagcagcc
aaggtttcggctgttgaatccggcgaggagcctctgaagggcgtcgcacgggctatcgct
aagaacatggatgtctccctggagatgccgactgctacgtcggttcgcgatatgccggca
cgtctgatgtttgaaaaccgcactctggttaacaatcatctggcacgcgcccgcggcggc
aagatttccttcacccacatcattggttacgccatggtgaaggctgtcatgctccacccg
gacatgaacaacaactacaaggtggttgacggcaagccagttctggttaccccggaacac
attaacctcggcctggccattgatatgccagctaaggatggctctcgttctctcgtagtt
gccgctatccgtgagtgtgagaccctgaccttcaagcagttcgtcgacgcctacgaggac
atcgtcgttcgtgctcgccacggcaagctgaccggcaaggacttccagggtgtcaccatt
tccctgaccaacccgggcggcatcggtacccgccactccgtcccgcgcctgaccaagggc
cagggcgcgattatcggtgtcggttccatggattacccggctgagttcgccggtgcttcc
gctgaccgtctggcagagatgggcatcggcaagctggtgaccatcacctctacttacgac
caccgcatcatccagggtgcagagtccggtgagttcctgcgtacgatgagcaacctgctc
gtcgacgacaagttctgggaccacatcttccagaccatgcgcgtcccgtacaccccaatc
cgttgggcacaggacctgccgaacacgggtatcgacaagaacacccgcgttatgcgtctg
attgaggcctaccgctcccgcggtcacctgttggctgacatcgacccgctgcgttctgac
cagccgaatacttccgctccgaaccatgctgacctcgatatcgaggagcacggtctgacc
ctgtgggatctggaccgcaccttcaacgtcggtggtttcggcggcaaggagacgatgacg
ctgcgcgaggtgctttctcggctgcgcaacgcatactgcctcaaggtcggttccgagtac
gctcacattctcgaccgcgaagagcgcgagtggttggaagagcgccttgagggcggccag
ccgaagccgtcccacgctgagcagaagtacatcctgcagaaactgaacgcagctgaggca
ttcgagaacttcctgcagaccaagtacgtcgggcagaagcgcttctcccttgagggtgca
gagtcgctgattccgctgatggactccgccatcgataccgctgctggtgctggcctggat
gaggtcgtcatcggtatgccacaccgcggtcgactgaatgtgctcgcaaacatcgtcggc
aagccactgcgccagatcttcaccgagttcgagggcaacatcgacccggcacaggtcggc
ggttctggtgacgtcaagtaccacctgggcactactggtcgtcacatccagatgttcggc
gagggcgagatcgacgtcaccctgactgcgaacccgtcccacctcgaagccgtcaacccg
gtcgttgagggtcttgctcgtgcacgccaggacaagatcaacaagggcgaagagggctac
tccgtcatgccgctgctgctgcacggtgacgcttccttcgccggcctgggcattgtccag
gagaccctgaacctcatgtccctgcgtggttacaaggtcggcggtaccgtccacatcgtg
gtgaacaaccagattggcttcaccacttcaccggactccggtcgctcctcctactacgca
accgacattgccaaggcatacggctgcccggtcttccacgtcaacggtgacgacccggag
gctgtcgtctgggtcggccagctggctgttgagtaccgtaaccgctatggcaaggacgtc
ttcatcgacctggtctgctaccgcaagcgcggccacaacgaggccgatgacccgtccatg
actcagccgatgatgtacaagatcatcgacgagaaggaaagcgttcgcgctcagtacacc
gaggacctcatcggtcgcggtgatatttccgaggaagagtacgaagcagtacgccgagac
ttccacgaccagatggaagctgtcttcaacgaggtccgcgcagctcaggacgcaaagccg
ggcgagcagaccggtatcgccggttctcagccgctgccgcatggcctcaagaccggtatc
gagaaggctgaaatcgtcgagattggtcagtcttacgtcaacctccctgagggcttcaag
attcacccgcgtgttgcgccggtcgctaagaagcgcgcggagatgactcaggaaggtggc
atcgactggggtatggccgagctgctggcaatcggctccttcaccggtgctggcatcgac
gtccgcttcgcaggtgaggatgtccgccgcggtacctttacctctcgccatgcagttctg
attgactccgaggacggttcggaatacaacccgatcgacgcctacggtaagtccaagaac
ggtggccgcttcatgatctacaactcggctctgaccgagtacgcaggcatgggcttcgaa
tacggctacaccctgggtaacccggatgcagcagtgttctgggaggcacagttcggtgac
ttcgccaacggcgctcagaccactattgaccagtacgtttcctcgggcgaggctaagtgg
ggtcagacctccaagctgattctgctgcttccgcacggctacgagggcatgggcccggac
cactcttcggcacgtatcgagcgcttcctgcagctcgcagccgagggttcctacaccgtt
gctcagccgtccgagccggctaactacttccacctgctgcgtcgccacgtcctgtccgac
ctgcaccgtccgctggttgtgttctctccgaagtcgatgctgcgcaacaagatggcagcg
tccgctgtcgaggacttcaccaacccgaacaagttccgctcggtcatcgatgacccgaac
ttcgagtctaagggcaagtccggcatcaagaccttgctgctctgctccggcaagatctac
tgggagctggagaagaagcgcaagaaggacaagcgcgacgacatcgcaatcgctcgcctg
gagatgctgcacccgttgccgcacaaccgtctccgcgacctcttcgagtcttacccggat
cttgaggaagtccgctgggtccaggatgagccggctaaccagggcccatggccattcctg
gcactgaacctcccagaggctctgccggatatgccgaagctgactcgcgtttcccgccgt
gcgcagtcctccaccgcaactggtgtggccaaggtccaccagattgaggagaaggctctt
ctggaagaggctcttaagtag

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (10)   
   KEGG PATHWAY (8)   
   KEGG MODULE (2)   
Chemical substance (14)   
   KEGG COMPOUND (14)   
Chemical reaction (10)   
   KEGG ENZYME (4)   
   KEGG REACTION (6)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (5)   
   Pfam (5)   
All databases (46)   

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