KEGG T01466: G5S

Chlamydia pecorum: G5S_0761

Entry

G5S_0761 CDS T01466

Gene name

sucA

Definition

2-oxoglutarate dehydrogenase, E1 component (EC:1.2.4.2)

Orthology

K00164

2-oxoglutarate dehydrogenase E1 component [EC:1.2.4.2]

Organism

cpm Chlamydia pecorum

Pathway

cpm00020	Citrate cycle (TCA cycle)
cpm00310	Lysine degradation
cpm00380	Tryptophan metabolism
cpm01100	Metabolic pathways
cpm01110	Biosynthesis of secondary metabolites
cpm01120	Microbial metabolism in diverse environments

Class

Metabolism; Carbohydrate metabolism; Citrate cycle (TCA cycle) [PATH:cpm00020]
Metabolism; Amino acid metabolism; Lysine degradation [PATH:cpm00310]
Metabolism; Amino acid metabolism; Tryptophan metabolism [PATH:cpm00380]

SSDB

Motif

Pfam:

Transket_pyr E1_dh

Other DBs

NCBI-GI:

330444426

NCBI-GeneID:

10448373

UniProt:

F4DIN6

Position

748140..750914

AA seq 924 aa
MKNKNLLLSKLIASRKYFFIMDSKFSGQAHSLDVDWIESVYERFLNHESLDPSWKHFFEG
YQLGQLDSNSSSYNSDISIGLKEKKAQFLCMIYRCYGYLQSEISPLVPSEESPLIREKLS
KINLEEEVSSCGLLPQPFVKAKELIQVLKKHYCRGLSVETLACPPEIQEFVWKLMEGEKP
HREPKKLLRCYKDLCKAVFFEEFLQVKFTGQKRFSLEGGEALIAMLEHMREFGVSIGIEN
YVLGMAHRGRLNVLTNVLSKPYRYVFMEFEDDPEARGLDAVGDVKYHKGYVSTTHLRDGR
EITLVLLPNPSHLETVDPVVEGVVAAMQHQGKFGEEKKTLAVLIHGDAAFSGQGVVYETF
QLSQIPGYSTEGTLHIVINNHIGFTAHSRESRSTPYCTDIAKMLGIPVFRVNGEDVLACL
EAMEHALKVRERFGCDVIIDFCCYRKYGHNESDDPSVTAPKLYDQIKTKASVQKLFKEFL
QTHVPQISEKDLLLIENEVYDLLNREYQTLKEKNIECFPQKECLHCNRLQGGELIFHDLD
VSLSLETLENLGARLCRIPEHFSPHPKVKALLDKRMKMVLGDIGCDWAMAEELAFASLLV
EGFSLRLSGQDSIRGTFSQRHLLWSDIVTGDTHSPLYHLSSTQGAVEIYNSPLSEYAVLG
FEYGYAQQAMKTLVAWEAQFGDFANGAQIIFDQYISSGVQKWDFHSDVVMLLPHGYEGQG
PEHSSARIERYLQLAANWNFEVVLPSTPLQYFRILREHTLRDLSLPLVVFTPKMLLRHSQ
CTNFLKEFTLPGGFRSILEDDTPNYDAEILVMCTGKIYYDYKEALPEERHGDFACLRIES
LYPLDFDGLVKLLDRYSKVKHYVWLQEEPQNMGAYEYMFMALKDILPGKMLCISRARSSS
TASGSARLSHKELLTCMETLFSLR

NT seq 2775 nt +upstreamnt +downstreamnt
ttgaaaaataaaaatttgttattaagcaaacttattgcgtctagaaaatatttttttatt
atggattccaagttctcagggcaggcccattctttggatgtggattggattgagtctgtt
tatgaaagatttttaaatcacgaatctctagacccttcttggaagcatttttttgaagga
taccagctagggcagttagactccaactcttcttcttataactccgacataagcataggt
ttgaaagagaaaaaagcacagtttctctgcatgatctatcgttgctatggctatcttcaa
agtgaaatctccccgctagtaccctctgaagagtctccgttaattcgggaaaaactctcc
aaaattaaccttgaagaggaagtttcttcctgtggactgttgccgcaacccttcgtaaaa
gctaaagagctgatccaggtattaaagaaacactattgtcgcgggttgtctgtagaaacc
cttgcatgtcctccagaaattcaggagtttgtctggaagcttatggaaggagaaaagcct
catagagagcctaaaaagctgctgcgttgctataaagacttatgtaaggcagtgtttttt
gaggagtttttgcaggtaaagttcacaggacaaaagagattctccttagaaggaggcgag
gctcttattgcaatgttagagcatatgagggaattcggggtttctattggaattgagaac
tatgttttagggatggcacatcgtgggagactaaacgttttaacaaacgtgctttctaag
ccttatcgctatgtgtttatggagtttgaagatgatcccgaagctcgcggtttagacgct
gttggggatgtaaagtatcataagggatatgtctctacaacgcatcttcgcgatggtaga
gagatcacgttggtgttgctccccaaccccagccacttggaaactgtagatcctgtagtg
gagggggttgttgcagctatgcagcatcaggggaaatttggagaagagaagaaaaccttg
gcagtgctgattcatggagatgcggcattttcaggacagggagtagtctatgaaactttt
cagttaagccagattccaggatactccacagagggaactttacatattgttatcaataat
catattggttttacagcgcattctcgtgagtctcgatctactccatattgcacagacatt
gccaagatgctcggaatccctgtgttcagagtgaacggagaagatgtccttgcgtgcttg
gaagctatggagcatgctctaaaggtaagagagcgtttcggctgcgatgtgattatagat
ttttgttgttatcgcaagtatggtcataatgaaagtgacgacccttcggtcacagctcca
aaactctatgatcagatcaaaacaaaagcttcggtacaaaaactatttaaggagttttta
cagactcatgtaccacagatatcggagaaagatcttctccttatagaaaatgaagtctat
gaccttctcaatcgtgaatatcaaaccttgaaggaaaagaatatagagtgtttccctcag
aaggagtgcctccattgcaatcgcttgcagggaggggagctgatatttcatgatttagat
gtttccctaagcttagagactttagaaaatctcggagcacgtttgtgtcgtattcctgag
cacttctctccccatcctaaggtgaaggcacttttggataagagaatgaaaatggtttta
ggagatattggctgtgattgggcaatggcagaagagcttgcttttgcctctttattagtc
gaaggcttttctcttcggttgtcaggacaagattcaattcgcggaacgtttagccagaga
catctcctctggagcgatattgttactggagatacccattctcccttgtatcatttatct
tcaacacaaggtgctgtggagatctataattctcccttatcagaatatgccgttttagga
tttgagtatggctatgctcaacaggcaatgaaaactttagtcgcttgggaagctcagttc
ggggattttgccaacggagcacaaattatttttgatcaatatatctcctcaggagtgcaa
aagtgggacttccattctgatgtggtcatgcttcttcctcatggctatgaagggcaggga
cctgaacactcttcagcacgtatagaaagatatttgcagcttgcagcaaattggaacttc
gaagttgtcttaccttctacacctttgcagtactttcgaattttgcgggagcacactctt
agagatctttccctacctttagttgtatttacgccaaaaatgcttttaagacattcacag
tgtacaaatttcttaaaagaatttaccctcccaggagggtttagatcaattcttgaggat
gacactcccaattatgacgcagagatccttgtcatgtgcacgggaaagatttactatgat
tataaagaggctctccctgaagagcgtcatggggattttgcttgtttaagaatagagagt
ttgtatcctttagattttgatgggcttgtgaagcttttagatcgctattctaaggttaag
cattacgtttggcttcaggaggaacctcaaaatatgggagcttatgagtatatgttcatg
gctttgaaagatattcttccggggaaaatgttgtgcatatctagagcacgaagtagctct
acagcgtcagggtctgcacgtcttagtcataaagaattgttaacatgtatggaaacattg
ttctcattaaggtag

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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