Alteromonas macleodii Balearic Sea AD45: AMBAS45_09660
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Entry
AMBAS45_09660 CDS
T02253
Symbol
sucA
Name
(GenBank) 2-oxoglutarate dehydrogenase E1 component
KO
K00164
2-oxoglutarate dehydrogenase E1 component [EC:
1.2.4.2
]
Organism
amb
Alteromonas macleodii Balearic Sea AD45
Pathway
amb00020
Citrate cycle (TCA cycle)
amb00785
Lipoic acid metabolism
amb01100
Metabolic pathways
amb01110
Biosynthesis of secondary metabolites
amb01120
Microbial metabolism in diverse environments
amb01200
Carbon metabolism
amb01210
2-Oxocarboxylic acid metabolism
Module
amb_M00009
Citrate cycle (TCA cycle, Krebs cycle)
amb_M00011
Citrate cycle, second carbon oxidation, 2-oxoglutarate => oxaloacetate
Brite
KEGG Orthology (KO) [BR:
amb00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00020 Citrate cycle (TCA cycle)
AMBAS45_09660 (sucA)
09108 Metabolism of cofactors and vitamins
00785 Lipoic acid metabolism
AMBAS45_09660 (sucA)
Enzymes [BR:
amb01000
]
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)
AMBAS45_09660 (sucA)
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
OxoGdeHyase_C
Transket_pyr
E1_dh
2-oxogl_dehyd_N
PFOR_II
Cdh1_DBD_1
Motif
Other DBs
NCBI-ProteinID:
AFT95403
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All DBs
Position
2268307..2271126
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AA seq
939 aa
AA seq
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MQESVMKAWWDSSHMAGANAAYVEELYETYLEDPQSVSENWRQIFDNLPKVDGVELETNH
TTIKNQFRQLAALGPTARMSSPSVPSASVSDDRQVKVLQLINAFRFRGHQHANLDPLGLW
KQERVRDLELSHHSLSEQDFDSVFNVGSYAIGKDSMPLGELFKSLNRTYCGSIGAEYMHI
TDTEQKRWLQQKIESVQAKPEISRDEKLGILKGLTAADGMEKYLGSKFPGAKRFSLEGGD
ALIPMLKGLITKAGTAGTKEVVIGMAHRGRLNVLVNVLGKNPSVLFDEFSGKHDDSLGAG
DVKYHAGFSSDFATPGGNVHLALAFNPSHLEIVNPVVMGSVRARLARRNDDTNTVLPITI
HGDSAIAGQGVVQETFNMSQTRGFAVGGTVRIVVNNQVGFTTSKTEDTRSTQYCTDIAKM
VQAPIFHVNSDDPEAVAFVTQLALEYRNKFKKDVVIDLVCYRRHGHNEADEPNATQPLMY
QKIKKHPVPRVLYADQLIAEGVIEQRDADRYLEEYREALDHGACVVEEWRPMTEHSVDWS
PYLGHDWDTPYDGALSVEKLKELGESITTIPEEHKLQSRVNKLYQDRKAMVAGEKMLDWG
MAENLAYATIVDAGEDIRITGQDSGRGTFFHRHAVLHNQKDASTYMPLQHIREGQGEIEI
YDSVLSEEAVMAFEYGYATAEPTCLTIWEAQFGDFANGAQVVFDQFLSSGEAKWGRLCGL
TVLLPHGYEGQGPEHSSARLERFLQMCADHNWQVCVPSTPAQVYNMLRRQVVRPMRKPLI
VMSPKSLLRHPMAVSSLEELAEGKFHNVIGEIDDIDPKNVKRVVMCSGKVYYDLLDQRRK
NEQTDVAIIRLEQLYPFPQEECAKVVAQYSHVKDWVWCQEEPQNQGAWYCSQHHFWQAIP
DGAKLTYAGRDASSSPAVGYVSVHNQQQKALVENALTIK
NT seq
2820 nt
NT seq
+upstream
nt +downstream
nt
atgcaagaaagcgtgatgaaagcgtggtgggattcctcgcacatggcaggtgccaacgct
gcctatgttgaagagttgtatgaaacttatttagaagacccgcaaagtgtctctgaaaat
tggcgacaaatcttcgataacctccccaaagtcgatggcgtagagttagaaaccaatcat
acaacaattaaaaatcaatttaggcaacttgctgcgttagggccaaccgcccgcatgtct
agtccgtctgtgccttctgcaagtgtttcagacgacaggcaagttaaagttcttcagtta
atcaatgcgttccgcttccgcggtcatcagcacgcaaaccttgacccgctaggtctatgg
aaacaagagcgtgtacgcgacttagaactttctcaccacagcctttctgaacaagatttc
gattcagtattcaatgtaggttcgtatgccattggcaaagattcaatgccattgggtgaa
ctgtttaaatcgttaaaccgcacatactgtggctctatcggtgcagagtacatgcatatt
accgatactgaacagaaacgctggttgcaacaaaaaattgaatctgttcaagcaaagcct
gagatttctcgcgacgaaaagttaggaattcttaaaggtcttactgcggctgacggaatg
gaaaagtacttgggttctaaattcccaggggcaaagcgtttctctctagaaggcggcgat
gcacttattcctatgctgaaaggtttaatcaccaaggctggcactgcaggtaccaaagaa
gtggttatcggcatggctcaccgtggtcgtttgaacgtgctagttaacgtattgggtaaa
aacccatcggtgctgtttgatgaattttcaggtaagcatgacgactctctaggcgcgggt
gacgtgaaataccacgcaggtttctcgtctgacttcgcgacacctggtggcaatgttcac
ttagcactagcgtttaacccgtctcaccttgagattgtaaaccctgtagttatgggttct
gtacgtgcacgtcttgcgcgccgcaatgatgacacaaatacagtactgcctatcactatt
cacggtgactcggcaattgctggtcagggtgtagtacaagaaaccttcaacatgtcgcaa
actcgcggctttgctgtaggcggtacggttcgtattgtggtaaataaccaagttggtttc
accacatcgaagactgaagatacccgttcaacgcaatattgtactgacatcgcgaagatg
gtacaggcaccgatttttcacgtgaactcagacgatccagaagcggttgcctttgttacg
cagcttgcgcttgaataccgcaataagtttaagaaagacgtagtaattgacctagtttgt
taccgtcgccatggtcataacgaagcggatgagccaaacgccacgcagccgttgatgtac
caaaaaattaagaagcacccggttccacgtgttctttatgctgaccagttaatagctgaa
ggtgtgattgagcaacgtgacgcagaccgctatcttgaagaatatcgtgaagcgctcgac
cacggcgcgtgcgttgttgaagagtggcgtccaatgacagagcacagcgttgactggtct
ccgtatcttggccacgattgggatacaccttatgacggcgcattgtcagttgaaaagctt
aaagagctgggtgaatcgattaccactattcctgaagagcacaaacttcagtctcgcgtc
aacaagctgtatcaagatcgtaaagcgatggttgctggcgagaaaatgcttgattggggc
atggctgaaaacttggcctatgcaactatcgttgatgccggcgaagatattcgcattact
ggtcaggattctggccgtggtactttcttccaccgtcacgcggtgttacacaatcaaaaa
gatgcgtcgacatatatgccattacagcatattcgtgaaggacagggcgagatcgaaatt
tacgactctgtgctttcagaagaagcggttatggcatttgagtatggttatgcgacagcg
gagcctacgtgtctgactatttgggaagcccagtttggtgacttcgctaacggcgctcag
gttgtatttgatcagttcttgagctcaggtgaagcgaagtggggccgtttgtgtggttta
accgttttacttccacatggttatgaaggccaaggcccagaacatagttctgcgcgtctt
gagcgattcttgcaaatgtgtgctgaccacaactggcaagtgtgtgtaccttcaacgcct
gctcaggtttacaacatgcttagacgccaagtggttcgtccaatgcgtaagccgctgatt
gtaatgtcacctaagtcactattacgtcatccaatggctgtatcttcgttagaggaactt
gcagaaggcaaattccataacgtaattggcgaaattgatgatatcgatccgaagaatgtg
aagcgtgtcgttatgtgttcgggcaaggtttactatgatttgttagaccagcgccgtaaa
aatgagcaaacagacgttgcaatcatccgtttagagcaactttatccattcccacaagaa
gaatgcgctaaagttgtggcacaatacagccatgtaaaagattgggtttggtgtcaagaa
gagcctcaaaaccaaggcgcttggtactgtagccaacaccatttctggcaagcaattcca
gatggtgcaaaattaacatatgcaggccgtgatgcatcctcgtcacctgcagtaggttat
gtatccgttcacaaccagcaacagaaagccctggttgaaaacgcactcacaattaaataa
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