KEGG T00958: SMDSEM

Candidatus Sulcia muelleri SMDSEM: SMDSEM_191

Entry

SMDSEM_191 CDS T00958

Gene name

sucA

Definition

2-oxoglutarate dehydrogenase, E1 component

Orthology

K00164

2-oxoglutarate dehydrogenase E1 component [EC:1.2.4.2]

Organism

sms Candidatus Sulcia muelleri SMDSEM

Pathway

sms00020	Citrate cycle (TCA cycle)
sms00310	Lysine degradation
sms01100	Metabolic pathways
sms01110	Biosynthesis of secondary metabolites
sms01120	Microbial metabolism in diverse environments

Class

Metabolism; Carbohydrate metabolism; Citrate cycle (TCA cycle) [PATH:sms00020]
Metabolism; Amino acid metabolism; Lysine degradation [PATH:sms00310]
Metabolism; Amino acid metabolism; Tryptophan metabolism

SSDB

Motif

Pfam:

Transket_pyr E1_dh

Other DBs

NCBI-GI:

256370740

NCBI-GeneID:

8321958

UniProt:

C7LKD0

Position

200129..202831

AA seq 900 aa
MYKYFFLNKINYKQIEIFYLKYLENPTSVNNSWRFFFQGLNFFKKKRKKKSKKISKEINV
FKLINSYKERGHLFAKNNPFFEKKIFFYPTLNIKNFNLEKKDLSKNFFSLKEVGMQSSSL
KEVILGLKKKYCKSIGFEYMYINNPEQIKWINNWIFFNKKFLLSNNEKKKIFLKLNQATK
FEEFIHTKFVGQKRFSIEGNESILPALDYILEYSSINYPIKEFVIGMSHRGRLNILCNLL
KKKCTKIFSEFFGKKYTENNFLGDVKYHLGYKKYKKNKLGKKINIINVPNSSHLESVNPI
VEGIVRAKIDNDYYGNFNKVLPILLHGDAAISAQGIVYEVIQMSLLEGYKTGGTIHIIIN
NQIGFTTNCSESRSSLYSTDLAKVILSPVIHVNSDDIEAVIYSIKFALDFRMYYNQDVFV
DLLGYRKYGHNEGDDPLFTQQYFYKLISNHKNIYEIYKEKLKKQNLIDKNFIKKIEKKYQ
NYLYKGYTDSKNHLKNKLDFFFSYKEKLIDASYKDIIKKINTTFSLKILLEIGTKIFSLT
KRKKIYKKTEKIFNSKLEFLLKKKIVDWGMAELLAYGTLLYEGYNVRLSGEDVERGTFAH
RHIVINSELEEKIYLLNNLRKGQGKIYVYNSLLSEYGVLGFEYGYSMFSKDTLTLWEAQF
GDFSNGAQIIIDQYLSSAETKWKIQNGLVLLLPHGDEGQGSEHSSSRIERYLQLCANNNI
FLCNCTTPANFYHLLRRQIKFYFRKPLIIFTPKSLLRNKNCISLLTELSNGEFKKIIDDK
FVNKQNVKKIVFCSGKIYYDLIKFRNLFKKEKTAIIRIEQIYPIEKNSIEKIMMQYPKKK
KIMWVQEEPENMGVWPFIFRKYSQIPWILVSPPERSAPSTGSYNDYVNDQKKLLLKIFNI

NT seq 2703 nt +upstreamnt +downstreamnt
atgtataaatatttttttttaaataaaataaattataaacaaatagaaattttttatttg
aaatatttagaaaatcctacttctgtaaacaacagttggcggtttttttttcaaggattg
aatttttttaaaaaaaaaagaaaaaaaaaatccaagaaaatatctaaagaaataaatgtt
ttcaaattaattaattcttataaagaaagaggtcatctttttgctaaaaataatcctttt
tttgaaaaaaaaatttttttttatcctaccttaaatattaaaaattttaatcttgaaaaa
aaagatctttcaaaaaatttcttttctttgaaagaagtaggcatgcaatcttcttctctt
aaagaagtaattttggggttaaaaaaaaaatattgtaaatcaattggatttgaatatatg
tatattaataatccagaacaaataaaatggattaataattggatattttttaataaaaaa
tttttattatctaataacgaaaaaaaaaaaatatttttaaaattaaatcaagctacaaaa
tttgaagaatttattcatacaaaatttgtaggacaaaaaagattttcaatagaaggaaat
gaatcaattttacctgctttagattatatccttgaatattcttctattaattatcctata
aaagaatttgtaataggaatgtcccatagaggaagattaaacatattatgtaatcttctt
aagaagaaatgtactaaaatttttagtgaattttttggaaaaaaatatactgaaaataac
ttcttaggagatgttaaatatcatttaggatataaaaaatataaaaaaaataaattagga
aaaaaaattaatattattaatgttcctaattcttctcatttagaatctgttaatcctatt
gtagaaggaattgttcgtgcaaaaattgataatgattattatgggaattttaataaagtt
cttccaatccttttacatggagatgcagctatttctgctcaaggaatagtatatgaagtt
attcaaatgtctttacttgaaggatataaaactgggggaacaatacatattattataaat
aatcaaattgggtttactactaactgttcagaatctcgttcaagtctgtattctacagat
ttagctaaagtaattctttctccagttatacatgtgaattcagatgatatagaagccgta
atttactcgattaaatttgctttagattttagaatgtattataatcaagatgtatttgta
gatttattaggttatagaaaatatggccataatgaaggagatgatcctctttttactcaa
caatatttttataaattaatttccaatcataaaaatatatatgagatctataaagaaaaa
cttaaaaagcaaaatttgattgataaaaattttataaaaaaaattgaaaaaaaatatcaa
aattatctttataaaggatatactgattcaaaaaatcatttaaaaaataaattagatttt
tttttttcatataaagaaaaattaattgatgcatcttataaagatatcataaaaaaaata
aatactactttttctttaaaaattctattagaaataggaacaaaaattttttcgttgacg
aaaagaaaaaaaatttacaaaaaaactgaaaaaatttttaattcgaaattagaatttctt
ttaaaaaaaaagattgtagattggggaatggctgaattacttgcttatggcactttatta
tatgaaggttataatgtaagattatctggagaagatgtagaaagaggaacatttgctcat
agacatattgtaattaattcagaattggaagaaaaaatttatttactaaataatcttcga
aagggacaaggaaaaatatatgtttataattctttattatctgaatatggagttttagga
tttgaatatggatattccatgttttctaaagatactttaacattatgggaagcccaattt
ggagattttagtaatggagctcaaattataatagatcaatatttatcttctgcagaaaca
aaatggaaaatccaaaatggattagttttacttttacctcatggagatgaaggccaagga
tcagaacattcctcttcaagaattgaaagatatttacagttatgtgcaaataataatatt
tttttatgcaattgtactactccagcaaatttttatcatcttctaagaagacaaataaaa
ttttattttagaaaaccattaataatttttactccaaaaagtttattaagaaataaaaat
tgtatttctttattaactgaactttctaatggagaatttaaaaaaataatagatgataaa
tttgttaacaaacaaaatgttaaaaaaatagttttttgttctggcaaaatatattatgat
ttaattaaatttcgaaatctttttaaaaaagaaaagactgcaataataagaattgaacaa
atttatccaatagaaaagaattctattgaaaaaataatgatgcaatatcctaaaaaaaaa
aaaattatgtgggtacaagaagaaccagaaaatatgggagtatggccttttatatttaga
aaatatagtcaaattccatggattctagtttctccacctgaaagatcagccccttctact
ggatcatataatgattatgttaatgatcaaaaaaagttattattaaaaatatttaatata
taa

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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