Taylorella equigenitalis ATCC 35865: KUI_0703
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Entry
KUI_0703 CDS
T02186
Symbol
sucA
Name
(GenBank) 2-oxoglutarate dehydrogenase E1 component
KO
K00164
2-oxoglutarate dehydrogenase E1 component [EC:
1.2.4.2
]
Organism
tea
Taylorella equigenitalis ATCC 35865
Pathway
tea00020
Citrate cycle (TCA cycle)
tea00785
Lipoic acid metabolism
tea01100
Metabolic pathways
tea01110
Biosynthesis of secondary metabolites
tea01120
Microbial metabolism in diverse environments
tea01200
Carbon metabolism
tea01210
2-Oxocarboxylic acid metabolism
Module
tea_M00009
Citrate cycle (TCA cycle, Krebs cycle)
tea_M00011
Citrate cycle, second carbon oxidation, 2-oxoglutarate => oxaloacetate
Brite
KEGG Orthology (KO) [BR:
tea00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00020 Citrate cycle (TCA cycle)
KUI_0703 (sucA)
09108 Metabolism of cofactors and vitamins
00785 Lipoic acid metabolism
KUI_0703 (sucA)
Enzymes [BR:
tea01000
]
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)
KUI_0703 (sucA)
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Gene cluster
GFIT
Motif
Pfam:
OxoGdeHyase_C
Transket_pyr
E1_dh
2-oxogl_dehyd_N
Motif
Other DBs
NCBI-ProteinID:
AFN35783
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All DBs
Position
756090..758933
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AA seq
947 aa
AA seq
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MKTMSEKRENSYLFGGNMSYVEEQYEMYLEDPSSVDESWKQYFDKLSKEPAVDGSTSSKD
QNHTAVIENLALMARNNTLYSPAPSTGASNSKQHLVERLISAYRRLGALHAQVDPLKLQE
HMDVPELDPKYHGLTEADMNQTFSTGDTSFGKDTMTLKELIDSLKATYSGTVGVEYMYIA
NHEAKKWLQDKLESIQSKPSYNKAEKLNILQQLTEAEGLEKYLHTKYTGQKRFSLEGGES
FVVGMDAVVQHAAKLGVKEVIVGMAHRGRLNMLINIMGKSPAILFDEFEGKYATDLKAGD
VKYHNGFNSTIDTEHGPIFIDLAYNPSHLEVVNPVVAGTAYARQVRYNSKAEILPVLVHG
DAAVIGQGVVQETLNLSLAKHYSNAGTVHIIINNQIGFTTSLKEEARSSQFCTDIAKMVD
CPIFHVNADDPEGVAFVCQLAVDYRAKFGNDVFVDIVCYRKLGHNEQDTPALTQPEMYRA
VAAHPGSRKVYADALAAEGTFTAQESDELVAKYRALMDKGENNEKVNKDYEIENAPDWSA
YQGNPYIDSADTKVSAEIVKELAQKITTLPKDFQPHKLVEKLMADRSAMGKGEMNLDWGM
GEHLAYATLVNEGYPVRLTGEDAGRGTFTHRHAILHDQNPEKHNEVYVPLNNLSDKQARF
EANNSVLSEEGALGFEYGYASSEPNGLTLWEGQFGDFVNGAQVIIDQFIASGEAKWGVQC
GLVMLLPHGQEGQGPEHSSARIERFLQLCADENMECIQPTNGGQMFHALRRQVLRNIRKP
LIVFTPKSLLRNKDASFPLSDLSEGSFKTVIGEVDPEIKAENVKRVLVCSGKVYYDLVNG
RKEHNRKDVAILRVEQLYPFPNDAFAAEMDKYSSAPEVVWVQDEPQNQGPWNYILHHVID
NMTENQTLSYAGREASSSPATGYAGVHKAQQKALVEQAFAEKLENVF
NT seq
2844 nt
NT seq
+upstream
nt +downstream
nt
atgaaaacgatgagtgaaaaacgagaaaactcgtatttattcggcgggaatatgtcttat
gtagaagagcaatatgagatgtacctcgaggatccttcttcagttgatgaaagttggaag
caatattttgacaaactatcaaaagaacctgcggtagacggcagcacaagttctaaagat
caaaaccacactgcagttattgaaaatctggctcttatggctagaaataatactttatat
tctccagctccatcgacaggagcttcaaattctaagcaacacttagttgaaagattgatt
tcagcttatcgcaggcttggtgctcttcatgctcaagttgatccacttaaacttcaagag
cacatggatgtccctgaattagatcctaaatatcatggtttaacagaagcggacatgaat
cagacattctcgactggtgatacttcattcggcaaagacactatgacacttaaggaattg
attgattcacttaaggctacttactcaggaactgttggtgttgagtacatgtacattgcc
aaccatgaagctaaaaaatggcttcaagataaattggaatcaattcaatctaaaccaagc
tataacaaagcagaaaaattaaatatcctacaacaactcacagaggcggaaggattagaa
aaatatcttcatacaaaatatacaggtcaaaagcgtttctcacttgagggaggcgaaagc
tttgtagttggtatggatgctgttgttcagcatgcagctaagttaggcgtcaaggaagtt
atagtaggcatggcacaccgcggtcgtctaaatatgttgatcaatattatgggtaaatcc
cctgcgattttatttgatgaattcgaaggaaaatatgctactgacttaaaagcaggtgac
gttaaataccacaatggttttaattctactattgatactgaacacggtcctatatttatc
gatttagcatacaacccttcacacctcgaagtggtaaaccctgtagttgcaggtacagca
tatgctcgtcaagttcgctacaacagcaaagctgaaatattgccagtgctagttcatggt
gatgctgctgttatcggtcagggtgtagttcaagaaacacttaacctatcactagcaaaa
cactatagtaatgctggtactgttcatatcattattaataaccagattggtttcacaact
tcacttaaagaggaagcacgttcttcacaattttgtactgatattgcgaagatggttgat
tgtcctatatttcacgtaaatgcagatgatccagagggcgtagcatttgtatgccaatta
gcggtagattacagagcaaaatttggcaatgatgtttttgtggacatcgtgtgctatcgt
aagcttggacacaatgaacaagatactcctgcactaacacaacctgaaatgtatcgtgcg
gtagctgctcatcctggttctcgcaaagtttacgctgatgctcttgcggctgaaggtaca
tttaccgctcaagaaagtgacgaattagttgctaagtatcgtgccctaatggataagggt
gaaaataatgaaaaagttaacaaagattatgaaattgaaaatgctcctgattggagtgca
tatcaaggtaatccgtatatagattctgctgacactaaagtttctgcggaaattgttaaa
gagctagcacaaaaaatcactacattgccaaaagatttccaacctcataaattagttgaa
aaactcatggcagaccgctctgctatgggtaaaggtgaaatgaacctagactggggtatg
ggtgaacatctagcttatgcaacacttgtaaatgagggctatccagttcgtctaacaggt
gaggatgcaggtcgtggtacatttacgcacagacatgcaattctacatgaccaaaatcct
gaaaaacataacgaagtttatgtgcctcttaataatctatctgataagcaagcaagattt
gaggctaataactcagtgttatcagaagaaggtgctttgggttttgaatacggttatgca
agttctgaacctaacggtttaactctatgggaaggtcaattcggagactttgtaaatgga
gcccaagtcattatcgaccaatttatagcatctggtgaagctaagtggggcgtgcagtgt
ggtttagttatgcttttaccacatggccaagaaggtcaaggacctgaacactcatcagca
cgtatagagcgctttttacaattatgtgctgatgaaaatatggagtgcattcaacctaca
aatggtggtcaaatgttccatgctttacgtcgccaagttttacgtaatatacgtaaacct
ctaattgtatttacacctaaatctttattacgtaacaaggatgcatcattcccactatct
gatttatctgaaggctcatttaaaacagtaattggtgaagttgatcctgaaattaaagct
gaaaatgttaaacgtgttttagtttgctcgggtaaggtttactatgacttagtaaatgga
cgcaaagagcataatagaaaagatgtagcaattctacgtgttgagcagttatacccattc
cctaacgatgcattcgctgctgaaatggataagtattcaagtgcaccagaagttgtttgg
gttcaagatgagcctcaaaaccaaggtccttggaattatattcttcaccatgttatcgat
aatatgactgagaaccaaactctttcttatgctggtcgtgaggcttcttcatctccagct
actggttatgcaggtgtacacaaagctcagcaaaaagctcttgttgaacaagcatttgct
gaaaaacttgaaaacgtattttaa
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