Candidatus Schneideria nysicola: KEC38_00465
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Entry
KEC38_00465 CDS
T07486
Name
(GenBank) 2-oxoglutarate dehydrogenase E1 component
KO
K00164
2-oxoglutarate dehydrogenase E1 component [EC:
1.2.4.2
]
Organism
sny
Candidatus Schneideria nysicola
Pathway
sny00020
Citrate cycle (TCA cycle)
sny00785
Lipoic acid metabolism
sny01100
Metabolic pathways
sny01110
Biosynthesis of secondary metabolites
sny01120
Microbial metabolism in diverse environments
sny01200
Carbon metabolism
sny01210
2-Oxocarboxylic acid metabolism
Brite
KEGG Orthology (KO) [BR:
sny00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00020 Citrate cycle (TCA cycle)
KEC38_00465
09108 Metabolism of cofactors and vitamins
00785 Lipoic acid metabolism
KEC38_00465
Enzymes [BR:
sny01000
]
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)
KEC38_00465
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Gene cluster
GFIT
Motif
Pfam:
OxoGdeHyase_C
Transket_pyr
E1_dh
2-oxogl_dehyd_N
PFOR_II
Motif
Other DBs
NCBI-ProteinID:
UAJ66148
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Position
complement(88304..91066)
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AA seq
920 aa
AA seq
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MQNSTKNWLNSLYLCGMNDVYLENLYEDYLRNPNSIDKSWQTIFQNFSSCDSELVQIRRK
EIPDYQYYDDTQAKILKMIEAFRTKGHFNAKLDPLNLWKKKIIPELDLSFYSLSDYDLKR
KFYFELLCSKSDGMSLEEIYHFLKKTYCSSIGIEYMHLFHVEEKGWIQNYMESIMNNTIF
SVEESKLFLQELTAAEGIERYLSNKFPGAKRFSLEGTDVLIPMLKDIIRHSSKYGTQEIV
MGMAHRGRLNTLVNVFGKKTQDLFDEFWGKKIPPNYSISGDVKYHQGFSSDFETKNGVVH
LSLAFNPSHLEIISPVVMGSTKARIDRLNEEDENSKDSSSKDCLSIILHGDAAISGQGVV
QETFNMSGLKNYDIGGTIHIVINNQIGFTTSYNYTRSTHYCTDITKMVQIPIIHVNADDL
ESVIFTARMAVDFRNTFKRDVIIDLISYRRRGHNESDDPSVTQPLMYKKINTHSTIREIY
ANILESRGIQISSEAIEMVHKFRNLLDSGESVVEEYRRPIDRHVWTKNYSNKHILNIEKL
QELAILTATIPPTLTVHPRVETIYKDRMAMARSNKPFDWGGAEILAYATLLYQGFHIRLS
GEDTSRGTFFHRHAVIHDQNDGSTYIPLAHIRQEKQGSFKVFDSVLSEESTLAFEYGYAI
TRPNSLVIWEAQFGDFANGAQVVIDQFIASGEQKWGRICGLVLLLPHGYDGQGPEHSSAR
LERYLQLCAEQNMQICIPSTPAQFYHILRRQILSSIRKPLIIFSPKSLLRHPLSISSLEE
LANGRFYSVIDDIDTADTNNINHIIICSGKIYYDLLDKKRRDRKNNIAIIRIEQLYPYPE
QSIKEIVDKYSAVKNYTWCQEEPENQGAWHYFKDSFFKKLKLDKNLKYVGRSASASPAVG
YISIHRKQQEQIINDALSNF
NT seq
2763 nt
NT seq
+upstream
nt +downstream
nt
atgcaaaatagtacgaaaaactggttaaattcattgtatctatgtggaatgaatgatgtt
tatctagaaaatttgtacgaagattacttacgtaatcctaattctattgataaaagttgg
caaacaatttttcagaatttttcttcttgtgattctgaattagtccaaatccgtagaaaa
gaaataccagattatcaatattatgatgatacacaagcaaaaattttaaaaatgattgag
gcctttcgtacgaaaggccattttaatgcaaaattagatccattaaatttatggaaaaaa
aagattattcctgagcttgatcttagtttttattctttaagtgattatgatttaaaaaga
aaattttattttgaattattatgttctaaaagtgatggcatgagcttggaagaaatctat
cattttctgaaaaaaacttactgtagttcaattggtattgaatatatgcatctttttcat
gtggaagaaaaaggatggattcaaaactatatggaatctattatgaacaatactattttt
tccgtcgaagagagcaaactttttttacaggaattaactgcagcagaaggaatagagcga
tatttatctaataaatttccgggtgctaaacgtttttctttagaaggaacggatgtatta
attcctatgttaaaagatataatacggcatagtagtaaatatggaactcaagaaattgta
atgggtatggcacatagagggagattaaatacattagtaaatgtcttcggaaagaaaact
caagatttatttgatgaattttggggaaaaaaaattcctcctaattattctatatcagga
gatgtcaaatatcatcaaggcttttcctccgattttgaaacgaagaatggagtagtgcat
ttatcattagcttttaatccttctcatcttgaaataattagtcctgttgttatgggttct
acaaaagcacgtattgatcgtttaaatgaggaagatgaaaatagtaaagatagtagtagt
aaagattgcttatctattattttacatggagatgcagctattagtggacaaggagtggta
caagaaaccttcaatatgtccggtctgaaaaattatgatattggtggtacaatacatatt
gtgattaataatcaaattggatttactacctcttataattacacacgttctacacattac
tgtactgatattactaaaatggtacaaatacctattattcatgtcaatgccgatgattta
gaatctgttatttttactgctcgtatggcagtagattttcgtaatacttttaaacgtgat
gtcatcattgatcttatctcttatcgtcgacgcggtcataatgaatccgatgatcctagt
gtgactcaacccttaatgtataaaaaaattaatacccattcaactatacgcgaaatatat
gccaatatattagaaagtagaggaatacagatctcctctgaggcgattgaaatggtacat
aaatttaggaatcttttagattcaggagaatctgttgtagaagaatatcgaagacctata
gatcgccacgtttggacaaagaattattccaataaacatattttaaatatagaaaaactc
caagaattagctatattgacggccactatacctcctactctcacagtacatccgcgagta
gaaacgatatataaagatcgcatggctatggcaagatcgaataaaccttttgattgggga
ggtgcagaaatactagcttatgcaacattattatatcagggttttcatattcgtttatct
ggagaagatacatctcgtggaacgttttttcatcgtcatgctgtaatacatgatcaaaat
gatggttctacttatatcccccttgctcatatacgacaagaaaagcaaggttcttttaag
gtattcgattccgttctttctgaagaatcaactttagcttttgaatatggatatgctata
actagaccaaattcattagtaatttgggaagctcagtttggagattttgctaatggggct
caagtagtaatagatcaatttattgcttctggagaacaaaaatggggcagaatttgtggt
ttagttcttttattacctcatggttatgacggacaaggtccagaacattcttcagctcgt
ttagaacgttatcttcagttatgtgcagaacagaatatgcaaatatgtattccttctact
cctgctcaattttatcatatactaagacgtcaaatattgagttctattagaaagccgctt
attatattttcaccaaaatctttacttcgtcatcctttatctatttcttctttggaggaa
ctagcaaatgggagattttattctgtaattgatgatattgatactgctgatactaataat
attaatcatattataatttgttcaggtaaaatttactatgatcttttagataaaaaacgg
agagatagaaaaaataatatagctattattcgaatagaacaactttatccctatccagaa
caatcaataaaagaaatagtcgataaatattctgctgttaaaaattatacttggtgtcaa
gaagaaccggaaaatcaaggtgcatggcactattttaaagatagtttttttaaaaaatta
aaattagacaagaatctaaaatatgtaggtcgttctgcttccgcatcgcctgcagttgga
tatatatctatacataggaaacaacaagaacaaataattaatgatgcattaagtaatttt
taa
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