KEGG T02251: B711

Chlamydia psittaci CP3: B711_0485

Entry

B711_0485 CDS T02251

Gene name

sucA

Definition

oxoglutarate dehydrogenase (succinyl-transferring), E1 component (EC:1.2.4.2)

Orthology

K00164

2-oxoglutarate dehydrogenase E1 component [EC:1.2.4.2]

Organism

cpsc Chlamydia psittaci CP3

Pathway

cpsc00020	Citrate cycle (TCA cycle)
cpsc00310	Lysine degradation
cpsc01100	Metabolic pathways
cpsc01110	Biosynthesis of secondary metabolites
cpsc01120	Microbial metabolism in diverse environments

Class

Metabolism; Carbohydrate metabolism; Citrate cycle (TCA cycle) [PATH:cpsc00020]
Metabolism; Amino acid metabolism; Lysine degradation [PATH:cpsc00310]
Metabolism; Amino acid metabolism; Tryptophan metabolism

SSDB

Motif

Pfam:

Transket_pyr E1_dh

Other DBs

NCBI-GI:

406592273

NCBI-GeneID:

13664095

UniProt:

J9XE40

Position

470383..473109

AA seq 908 aa
MDSEFAGQVHSSDMDWIEAMFQKFLNHETLDPSWKYFFEGYQLGQEGAASASSGNEEAYA
ALQEKKAQFLCMIYRYYGYLQSQISPLTSVNPSPLIQEKIKNIDLNEIVPSLGLLPQPKV
PVRDLIQALKNFYCRSISVETLACSPQLQEYVWKLMESKPPQRSPEELLRSYQDICKATF
FEEFLQRKFTGQKRFSLEGCESLVSMLEHLVRYGVTQDITSYILGMAHRGRLNVLTNVLG
KPYSQVFMEFEDNPQSRGLDTVGDVKYHKGYVARSLGKNGEEVTFVMLPNPSHLEAVDPV
VEGVVAALQHQADSGKEHSCLAILVHGDAAFSGQGVVYETLQLSQIPGYSTGGTLHIVVN
NHIGFTAQPRESRSTPYCTDIAKMLGIPVFRVNAEDVFACLQAIEYSLKVREEFSCDVII
DLCCYRKYGHNESDDPSITAPLLYDEIKKKQTIREIYKKYLLDNYREEISEDRLEKLEKS
VQDTLNKEFQSLKQEENHKLPKRDCRHCDRMDLGELLTNDIDVSLTRDTVFHISSKLCGR
PENFTPHPKVKALLDKRMKMAKGEIGYDWGMAEELAFASLLIEKFSLRLSGQDAIRGTFS
QRHLLWSDIQSGDTYTPLYHLSPDQGSVDIYNSPLSEYAVLGFEYGYAQQAERTLVLWEA
QFGDFSNGAQIIFDQYISSAIQKWDLHSDLVVLLPHGYEGQGPEHSSARIERYLQLAANW
NFQVVIPSTPVQYFRILREHTKRDLSLPLVIFTPKMLLRHPECTSLIDEFTEPGGFRPIL
EDTEPNYNAKVLVLCSGKVYYDLKGALPQERKKDFACLRIESLYPLHLEDLLSLIGKYSK
VEHYVWLQEEPQNMGAYDYIFMATEEILPKKLKCVSRPRSSSTATGSARLSQQELLTLME
TLFSLGNV

NT seq 2727 nt +upstreamnt +downstreamnt
atggattcagagtttgctggacaagtccattcttcggatatggattggatcgaggctatg
tttcaaaaatttctaaatcatgaaacattggatccttcatggaaatatttttttgaagga
taccaattaggtcaggaaggtgctgcctcagcatcttcaggaaatgaagaagcatacgct
gctctgcaagaaaagaaagctcaattcctttgtatgatataccgttattatggttattta
caaagtcagatttctcccttaacttccgttaatccttctcctttgattcaagaaaagatc
aagaatatagatcttaatgaaattgtcccttctttaggtctcctccctcagcctaaagtt
cctgtgcgcgatttaatccaagcattaaaaaacttttactgtcgtagtatctctgtagaa
acccttgcgtgttctcctcaattgcaagagtatgtatggaagctcatggagagtaagcct
cctcaacgatctccagaagagcttttgcgttcctatcaagatatatgtaaggcaaccttt
tttgaagagttcttacaaagaaaatttacagggcagaaaaggttctccttagaagggtgt
gaaagtttggtctccatgcttgaacatcttgttcgctacggtgttactcaagatatcaca
agttacattcttggtatggctcaccgtgggcggttgaatgttttaactaatgttttaggc
aagccttattcccaagtgtttatggagtttgaggataatcctcaatctcgaggtttagat
acagttggtgatgtgaagtatcacaagggatatgtagctagatctcttggtaaaaatggt
gaggaagtgacattcgtcatgttgccaaatcctagccatttagaagctgtggatcctgtt
gttgagggggttgtggcagctttgcaacatcaagcggattctggtaaggaacattcttgt
ttagcgattcttgttcatggcgacgccgcattttcaggacaaggagtcgtgtatgagact
ttacaattaagtcagattcctgggtattccacagggggaacgttacacattgttgtaaac
aaccatataggatttactgctcagcctagagaatcacgctccacaccttactgtacagat
attgctaagatgttgggcatcccggtatttcgtgtgaatgctgaggatgttttcgcttgt
ttgcaggctatagagtattctctgaaggtacgtgaagaatttagttgcgacgtaattatc
gatttatgctgttatcgtaaatacggtcataatgaaagtgatgatccttcaataacagcg
cctctgctctacgatgaaattaagaaaaaacagaccattcgcgagatttataagaagtat
ttgttagataactatcgtgaagaaatctccgaagatcgtttggagaaacttgaaaaaagc
gttcaggatactctcaacaaagaattccaatcattaaagcaagaagaaaaccacaaactc
cccaaaagagattgtcgtcattgcgatcgtatggatctcggtgagttattaacgaatgat
atcgatgtttccttaacgcgtgatacggtattccatataagttctaaattgtgtggtcgt
cctgaaaactttacaccccatcctaaggtaaaagctctgcttgataagagaatgaaaatg
gccaaaggagaaattggctatgattgggggatggcggaagagctagcctttgcttcttta
ttgatcgagaaattttccctacgtctttcaggacaagatgctattcgtgggaccttcagc
cagcgacatttattatggagtgatatccaatctggagatacttacacacctttgtatcat
ttatctcctgatcaaggctctgtagatatttataattcgccattatctgaatatgctgtg
ctaggcttcgaatatggttatgctcagcaagcagagcgtactcttgttttatgggaagcg
caatttggagatttttccaatggagcgcagattatttttgatcagtatatttcatctgcg
attcaaaaatgggatctacactctgatctcgttgttcttcttcctcatggctacgaagga
caggggccagaacactcttcagcacgtatagaaaggtatttacagctggctgcgaattgg
aattttcaagttgtgattccttctactccggtacaatatttccgtatcctgcgtgaacat
acaaaacgagatttatctttacccctggtgatcttcactccaaaaatgcttttgcggcat
cctgaatgtacaagccttattgatgagtttacggaaccaggagggtttcgtcctatcctt
gaagataccgagcctaattataatgctaaggtattagtattgtgttctggcaaggtatat
tatgatttgaaaggtgccttacctcaagaacgtaagaaagactttgcttgtttgcgtatt
gagagtttgtatcctttacatctcgaagatcttctttccttgattggcaagtattctaaa
gtcgagcattacgtttggcttcaagaagaacctcagaatatgggtgcttatgattatatt
ttcatggctactgaagagattctccctaaaaaattaaagtgcgttagcagaccaagaagt
agttcaacagctacaggttctgcacgtcttagccaacaagaacttttaacattaatggaa
acattgttttctttaggtaatgtatga

All links

Pathway (5)   
   KEGG PATHWAY (5)   
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 (32)   

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