KEGG T02413: CKCE

Candidatus Kinetoplastibacterium crithidii (ex Angomonas deanei ATCC 30255): CKCE_0177

Entry

CKCE_0177 CDS T02413

Gene name

sucA

Definition

oxoglutarate dehydrogenase (succinyl-transferring), E1 component

Orthology

K00164

2-oxoglutarate dehydrogenase E1 component [EC:1.2.4.2]

Organism

kci Candidatus Kinetoplastibacterium crithidii (ex Angomonas deanei ATCC 30255)

Pathway

kci00020	Citrate cycle (TCA cycle)
kci00310	Lysine degradation
kci01100	Metabolic pathways
kci01110	Biosynthesis of secondary metabolites
kci01120	Microbial metabolism in diverse environments

Class

Metabolism; Carbohydrate metabolism; Citrate cycle (TCA cycle) [PATH:kci00020]
Metabolism; Amino acid metabolism; Lysine degradation [PATH:kci00310]
Metabolism; Amino acid metabolism; Tryptophan metabolism

SSDB

Motif

Pfam:

Transket_pyr E1_dh

Other DBs

NCBI-GI:

429462679

NCBI-GeneID:

14218600

UniProt:

L0B5W0

Position

201712..204588

AA seq 958 aa
MSSNKESLSTSYLFGGNAPYVEELYEIYLDNPGAVAEHWRQYFDHLQNSPATDGSEKTVD
QAHAPIVESFAYRAKTNSFVNNSPKSSDLSVASKQVFVQSIIAAYRSLGVHWADLDPLKR
KERSDIPELDPAFYGFIESDLDQTYSSSSTYFSKSSTMTLREILKSLRDTYCRSIGVEFM
HISNPVIKRWIQERMESTQGVDINLGVDGKRHILQQLTEAEGLERFLHTKYVGQKRFSLE
GGESFIASMDEVVNHAADLGIQEVIVGMAHRGRLNMLVNIMGKMPGDLFAEFEGKHSQFL
SDGDVKYHNGFSSDLATRSGPVHLSLAFNPSHLEIVNPVVEGSARARQERREDHKGKQQV
LPVLVHGDSAFAGQGVVMETLNLALTRGYGTGGTIHIVINNQIGFTTSDPRDARSTIYCT
DVVKMIEAPVFHVNGDDPEAVVFASRLAVDYRMQFGRDVVIDIVCFRKLGHNEQDTPALT
QPLMYSRIKQHPGTRKFYADKLIDQKVLTSEEADNFVKEYRQVMEDGHRTIEPILTDYKS
KYAIDWAPFLNSKWTDHADTAVPISELNRIGELITKVPDGFNAHPLVAKLLNDRRKMSHG
EINLDYGMAEHLAFATLLNSGYAIRITGQDSGRGTFTHRHAVLHDQNREKWDDGVYVPLK
NISDSQAPFVVIDSVLSEEAVLGFEYGYSCSEPNTLTIWEAQFGDFVNGAQVVIDQFISS
GEAKWGRQSGLTMMLPHGYEGQGPEHSSGRIERFLQLCSDNNMQVVQPTAASQIFHLLRR
QMIRPFRKPLVIFTPKSLLRNKDASSPLLDLSEGSFKMVIPEVDANINPKSVKRLLACSG
KVYYDLVNSRKERSLDNVAIIRVEQLYPFAHKSFEAELQKYPNLSEIIWVQDEPQNQGPW
YYIQHHLYENMKEGQKLGYAGRTASASPAVGYLAKHQEQQKNLVDQAFAQKFKVILAK

NT seq 2877 nt +upstreamnt +downstreamnt
atgtcttcgaataaagaatcattgtccacatcatatttatttggcggtaatgcgccatat
gtagaagagttatacgagatttatcttgataacccaggagctgtagccgaacattggcga
cagtattttgatcacttacagaattcaccagccacagatggcagtgaaaaaactgtagat
caggcgcatgctcctatagtagagtcttttgcttatagagctaaaacaaattcttttgtt
aataacagtcctaaatcttcagatttgtcagttgcttcaaaacaagtttttgtgcaatct
ataattgctgcttataggtctttgggagttcattgggctgatttagatcctttgaaaagg
aaagagcgttctgatattcctgagttagatccagctttttatggttttatagaatctgac
cttgatcagacttattcttcaagcagcacttacttttcaaagtctagtactatgactttg
agagaaatattaaaatctttgagagatacatattgtcgctccataggtgttgagttcatg
catatatctaatcctgtaataaaaagatggatacaggaacgtatggaatcaactcaagga
gtagatattaatttaggtgttgatggaaagcgccatatattgcaacagttgactgaggct
gaaggtttagaaagatttttgcatacaaaatatgtcggccagaaacgattctctcttgaa
ggaggggaaagtttcatagcttctatggatgaggttgttaatcatgctgctgaccttgga
attcaggaagttatagtaggtatggctcatagagggcgtttaaacatgttggtaaacatc
atggggaaaatgcctggtgatttgtttgcagaatttgaaggtaaacactcacaattcctt
agcgatggtgatgttaaatatcacaacggtttttctagtgacctagcaacaagaagtggc
cctgtccatttgtctctagcttttaatccatcacatttagaaattgttaatccggtcgtt
gaaggtagtgctagagctagacaagagagacgtgaagatcataaaggaaaacaacaagtt
cttcctgttcttgtccatggtgattctgcttttgctggtcaaggcgttgttatggaaaca
ttgaatctagctttaactagaggatatggtactggtggtacaatacatattgttataaat
aatcaaataggttttactacatctgaccctagagatgctaggtctacaatatactgtaca
gatgttgttaaaatgattgaagcaccagtatttcatgttaacggtgatgatcctgaggct
gttgtatttgcaagcagattagctgtagattatagaatgcagtttggtcgtgatgttgtt
attgatattgtttgtttccgtaagcttggtcataatgaacaagatactcctgctttaaca
cagcctttgatgtatagccgtattaaacaacatcctggaacacgtaaattttatgctgat
aagctgattgatcaaaaagttttgacttctgaagaagcagataattttgtaaaagagtat
cgtcaggtcatggaagatggacatcgtaccattgaaccaatattaactgattataagagc
aagtatgctatagattgggctccatttttaaattctaaatggacagatcatgcagatact
gctgtgcctatttccgaattaaatcgtataggcgagcttataactaaggtgcctgatggt
tttaacgctcatccattagttgctaaattgctaaacgatcgtcgtaaaatgtctcatgga
gagattaatttggactatggtatggctgaacatttagcttttgctactttgctaaattct
ggttacgccataagaattacaggtcaagattctggtcgtggcacattcactcatagacat
gctgttctgcatgatcaaaatagagaaaaatgggatgatggagtatacgtacctcttaaa
aatatttctgattctcaagctccttttgttgtaatagattctgttctttcagaggaagct
gtacttgggtttgaatatggttattcttgttcagaacctaatactcttacaatatgggaa
gctcagtttggtgattttgtaaatggagctcaagtagttatagaccaatttatatcatct
ggtgaagcaaaatggggccgtcaatctggtttaactatgatgttgcctcatggttacgaa
ggacaagggccagaacattcttctggaagaattgaaagatttttgcaattatgttctgat
aataatatgcaggttgttcagcctactgctgcatcacaaatatttcatttattgcgcaga
caaatgattcgtcctttccgtaaacctttggtaattttcactcctaaatctttgttgcgt
aataaagatgcaagttcaccattgttagatttatctgaaggatctttcaagatggtgatt
ccagaagttgatgctaatatcaatccaaagtcagtgaaaaggttattagcttgttctggt
aaggtatattatgacttagtgaactctcgtaaagaaaggtcattggataatgttgctata
atcagagttgagcaattatatccttttgctcataaatcttttgaggctgagctacaaaag
tatccaaatttatctgaaattatatgggtgcaagatgagccacaaaatcaaggtccttgg
tattatattcaacatcatttatatgaaaacatgaaagagggtcaaaaacttggttatgct
ggacgtactgcgtctgcatctcctgcagtgggttatttagctaagcatcaagagcaacaa
aagaatttagttgaccaggcttttgctcaaaaatttaaggtcatacttgctaaatga

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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