Christiangramia forsetii: GFO_3083
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Entry
GFO_3083 CDS
T00448
Symbol
sucA
Name
(GenBank) 2-oxoglutarate dehydrogenase E1 component
KO
K00164
2-oxoglutarate dehydrogenase E1 component [EC:
1.2.4.2
]
Organism
gfo
Christiangramia forsetii
Pathway
gfo00020
Citrate cycle (TCA cycle)
gfo00785
Lipoic acid metabolism
gfo01100
Metabolic pathways
gfo01110
Biosynthesis of secondary metabolites
gfo01120
Microbial metabolism in diverse environments
gfo01200
Carbon metabolism
gfo01210
2-Oxocarboxylic acid metabolism
Module
gfo_M00009
Citrate cycle (TCA cycle, Krebs cycle)
gfo_M00011
Citrate cycle, second carbon oxidation, 2-oxoglutarate => oxaloacetate
Brite
KEGG Orthology (KO) [BR:
gfo00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00020 Citrate cycle (TCA cycle)
GFO_3083 (sucA)
09108 Metabolism of cofactors and vitamins
00785 Lipoic acid metabolism
GFO_3083 (sucA)
Enzymes [BR:
gfo01000
]
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)
GFO_3083 (sucA)
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Gene cluster
GFIT
Motif
Pfam:
E1_dh
Transket_pyr
OxoGdeHyase_C
2-oxogl_dehyd_N
Motif
Other DBs
NCBI-ProteinID:
CAL68027
UniProt:
A0M5Y2
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Position
complement(3237635..3240415)
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AA seq
926 aa
AA seq
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MDRFSFLNAAHTAYFAELYDQYLKHPDSVEPSWRAFFQGFDFGMQENGISEEVLGEAPVD
FAEGDIPAHVIKEFQVIRLIDGYRTRGHLFTKTNPVRERRKYEPTLEISNFGLEESDLQT
TFNAGDILGIGPTTLKEIVRHLENIYCESIGIEYMYIRKPEELQWIQDKLNVNENHPEFD
DAQKKQILKKLNEAVSFESFLHTKYVGQKRFSLEGGESLIPGLDAIIEKAAEFGVEEFVM
GMAHRGRLNTLTNIFGKSAKDIFSEFDGKDYEQDIFDGDVKYHLGWTSCRKTDSGKGINI
NIAPNPSHLETVGAVVEGITRAKQDRRYKGDNSKVLPILVHGDAAIAGQGIAYEIVQMAQ
LEGYETGGTIHIVVNNQIGFTTNYLDARSSTYCTDVGKVTLSPVLHVNSDDAEAVVHAML
FALDFRMKFKRDVFIDLLGYRKYGHNEGDEPRFTQPKLYKAISKHENARDIYFEKLKKQG
VADDEYLKELEDTYKAALEENLEDSRKEETTRITPFMAEEWEGFESAQEDEMMKDVDTTF
DLDRLDKVAEAVSQLPEGKKFMRKIKKIIDGRKKMYFEDNKLDWSMAEHLAYGSLMAEGY
NIRISGQDSERGTFSHRHAVVKVEDSEEEIILHNNIEERDGDFFIYNSPLSEYGVVGFDY
GYSMASPTTLNIWEAQFGDFVNGAQIVIDQYISAAEDKWKLQNGLVMLLPHGYEGQGAEH
SSGRMERFLQLCAKDNMYVADVSTPANMFHILRRQMKAKFRKPLIIFTPKSLLRHSKVIS
TKEEFATGSFQPVIDDHDANIEKIKTLVFCTGKFYYDLLKHREENEREDVALVRIEQLFP
LPISKMKELMDTYKNADDVVWAQEEPRNMGAYSHLLLHFEEARKFRVCSRKFYGSPAAGS
SVRFKKRHERVINSVFDKNLNEEENN
NT seq
2781 nt
NT seq
+upstream
nt +downstream
nt
atggatagattttcatttctaaatgctgctcatactgcatatttcgcagaactttacgat
caatatctaaaacatcctgatagtgtggagcccagttggagggcttttttccagggattt
gactttggaatgcaagaaaacggcatttcagaagaagtattgggagaggctcctgtagat
tttgcagaaggagatataccagcacacgtaattaaagaatttcaggtaatacgcttaatt
gacggttacagaacccgagggcatttgtttaccaaaacaaatcctgtaagagaacgcagg
aagtacgagccgacgctggagatttccaactttggtcttgaagaaagcgacctgcaaaca
actttcaatgccggggatatacttgggattgggcctactactttaaaagaaatcgttagg
catcttgagaatatttactgtgaatctattgggatcgagtatatgtatattcgtaagcct
gaagagttacagtggatacaggataagctgaacgttaatgagaatcatccagaatttgac
gatgctcagaagaaacaaatactaaagaaacttaacgaagcagtttcctttgaatctttt
cttcataccaaatatgttgggcaaaaacgtttttcactggaaggtggagagagcctaatt
cccggacttgatgctataattgagaaagcagcggaatttggtgtggaagaatttgtgatg
gggatggcccaccgtggaagattaaataccctcacgaatatcttcggaaaaagtgctaaa
gatatttttagtgaatttgacggaaaagattacgaacaggatatttttgatggagacgta
aaatatcacctgggatggacttcctgtcgaaaaaccgatagtggaaaaggaataaatata
aatattgctcccaacccttctcacctggaaacggtaggagcggtagtagaggggattacc
cgtgcgaaacaggatcgtcgttacaagggtgataattctaaagtactgccaatcctggtg
catggtgatgcagctattgccggacagggaatagcttatgaaatagtgcaaatggcccag
ctggaaggttatgaaaccggtggaaccattcatattgtagtaaataaccagattggattt
acaacaaattatctggatgccagaagttcaacctattgtacagatgttgggaaagtaacc
ctttccccggtacttcatgtaaattcagatgatgctgaagctgtggtacatgccatgctt
tttgcattggatttcaggatgaagtttaagcgggacgtattcattgaccttcttggttac
agaaaatacgggcataatgaaggggacgagccaagatttactcagcctaaactttataaa
gctatctccaagcatgaaaatgctcgggatatttattttgagaagctgaaaaaacaagga
gtcgcagacgatgaatatctaaaagaattagaagatacttataaagcggcactggaagaa
aacctggaagattcccgaaaagaagaaacaaccagaattacgccatttatggcagaggag
tgggaaggctttgaaagtgcccaggaagatgaaatgatgaaggatgtggataccacattc
gatcttgacaggctggataaagttgcagaagctgtttctcaattgccggaagggaaaaag
tttatgagaaagattaagaagatcatagacggcagaaaaaaaatgtactttgaagataat
aagttagactggtctatggcagaacatctggcttatggatctttgatggctgaaggatat
aatattagaattagcgggcaggatagtgaaaggggtacattttcacaccgtcatgcggta
gtaaaggtagaagacagtgaagaagagatcattcttcataataacatagaagaaagagac
ggagatttctttatctataattctccactttcagaatatggagttgttggttttgattat
ggatattccatggcaagtccaactacgcttaatatatgggaagctcagttcggagatttt
gtgaatggagctcagattgtaatagatcaatatatatcagcggccgaagataaatggaaa
cttcaaaacggtctggtgatgttattgcctcatggttacgaaggtcagggagcagaacac
tcttcaggaagaatggagcgttttcttcaactttgtgctaaagataatatgtatgtagca
gatgtttctacacctgccaatatgttccatattctaagaagacaaatgaaggctaagttt
agaaagcctttgatcatctttaccccgaaaagtttattaagacattcaaaagtgatctct
accaaagaggagtttgctacaggaagttttcagcctgtaatagatgatcatgatgctaat
attgaaaagataaaaacactggtattctgtacaggtaaattctattatgatcttctaaaa
catagagaagagaatgaaagagaagatgtggcacttgttaggatagaacagttatttcca
ttaccaatttcaaaaatgaaagagttgatggatacatataaaaatgctgatgatgtagtg
tgggcgcaagaagaaccacgtaatatgggagcttacagtcacttactattacattttgaa
gaagcacgaaaattcagggtctgcagtcgtaaattttacgggtcacctgctgccggtagt
tctgtgcgtttcaagaaacgtcacgaacgtgtgatcaacagtgtttttgataagaattta
aacgaagaagaaaataattaa
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