Aquimarina sp. AD1: D1815_18860
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Entry
D1815_18860 CDS
T05625
Name
(GenBank) 2-oxoglutarate dehydrogenase E1 component
KO
K00164
2-oxoglutarate dehydrogenase E1 component [EC:
1.2.4.2
]
Organism
aqa
Aquimarina sp. AD1
Pathway
aqa00020
Citrate cycle (TCA cycle)
aqa00785
Lipoic acid metabolism
aqa01100
Metabolic pathways
aqa01110
Biosynthesis of secondary metabolites
aqa01120
Microbial metabolism in diverse environments
aqa01200
Carbon metabolism
aqa01210
2-Oxocarboxylic acid metabolism
Module
aqa_M00009
Citrate cycle (TCA cycle, Krebs cycle)
aqa_M00011
Citrate cycle, second carbon oxidation, 2-oxoglutarate => oxaloacetate
Brite
KEGG Orthology (KO) [BR:
aqa00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00020 Citrate cycle (TCA cycle)
D1815_18860
09108 Metabolism of cofactors and vitamins
00785 Lipoic acid metabolism
D1815_18860
Enzymes [BR:
aqa01000
]
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)
D1815_18860
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
E1_dh
Transket_pyr
OxoGdeHyase_C
2-oxogl_dehyd_N
Fur_reg_FbpB
Motif
Other DBs
NCBI-ProteinID:
AXT57710
UniProt:
A0A3A9YPI1
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All DBs
Position
4390547..4393333
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AA seq
928 aa
AA seq
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MDKYSFLNAANTAFFADLYDQYLQSPDSVEPSWRAFFQGFDFGLESADGSGETIYIEKDS
GDTAVAVPENLQKEFQVVRLIDAYRTRGHLFTKTNPVRERRKYHPSLALENFGLSQGDLN
TVFNAGEIIGVGPNTLSNIIVHLEQIYCDAIGIEYMYIRNPEERQWIQDRVNFNTNRTKF
STDQKKHILKKLNQAVSFESFLHTKYVGQKRFSLEGGESLIPALDALVEKAAGMGVKEFV
MGMAHRGRLSTLTNIFGKSPKDIFSEFDGKDYEEAVFDGDVKYHLGWTSKRKTDSGKAIN
MNIAPNPSHLETVGAVVEGITRAKQDKYYKDNISQVLPIVVHGDAAIAGQGLVYEIVQMA
QLDGYKTGGTIHIVVNNQIGFTTNYLDARSSTYCTDVGKVTLSPVLHVNADDAEAVVHAT
NFALDFRMNFGRDVFIDLLGYRKYGHNEGDEPRFTQPKLYKAIAKHKNPRDIYAAKLISE
GIINHDHVSDLEKEYKASLEEELEDSRKQEKTVITPFMQDEWAGFTRVQEDEMMEVVDTT
YSKEALTEIAEVITKLPSDKKFLRKIERLIDQRHKMFFEKDQLDWAMGELLAYGSLLKEG
YDVRMSGQDVERGTFSHRHAVVKVEDSEEEVLLLNNLKGEQGDFYIYNSLLSEYGVVGFD
YGYAMASPKSLAIWEAQFGDFSNGAQIMIDQYISSAEDKWKLQNGLVMLLPHGYEGQGAE
HSSARMERYLQLCAKDNMFVADVTTPANMFHLLRRQMKATYRKPLIIFTPKSLLRHPKVV
SSVEEFANGSFQTVIDDPVAKAKDTKTLVFCTGKFYYDLLEEKEKLDRNDVALVRLEQLF
PLPAKEMDILIKKYKATDVVWAQEEPRNMGALSHILMHYDDASSFRFASRRPYGAPAAGS
ATRSKRRHQEVIDFVFDKTKDNQRRKRK
NT seq
2787 nt
NT seq
+upstream
nt +downstream
nt
atggataaatattcatttttgaatgcggctaataccgcattttttgcagatttatacgat
caatatttgcaaagcccagatagtgtagaacctagttggagagcattttttcaaggattt
gattttggattagaaagtgcagatggctctggggaaacaatttatatagaaaaagattcg
ggagatactgctgtagctgttcccgaaaatcttcaaaaagaatttcaggttgtgcgtctt
atcgatgcctacagaaccagaggtcatttgtttaccaaaacaaatccagtaagagaaaga
agaaagtatcatccttctcttgctctagagaattttggtttaagtcaaggggatcttaat
acagtgttcaatgccggagagattattggagttggacctaatacattaagtaatataatt
gttcatttagagcaaatatattgtgatgctataggtatcgaatacatgtatattagaaat
cctgaagagaggcagtggatacaagatcgtgtaaattttaataccaataggactaaattt
tctactgatcagaaaaaacatattcttaagaaactaaatcaagcagtatcttttgagagc
tttttacatactaaatatgtaggtcaaaagcgtttttctctagaaggaggagagtcttta
atacctgcattagatgctttagtagaaaaagcggctggtatgggagtaaaagagtttgtt
atggggatggcacatcgtggtcgtcttagtacattgaccaatatttttggaaaaagccca
aaagatatatttagcgagtttgatggtaaagattatgaagaggctgtttttgatggtgat
gtaaagtatcatttaggatggacttctaaacgaaaaacagattcgggtaaggcaattaac
atgaatattgcccctaatccatctcacttagaaactgtaggagcggtagtagaaggaatt
actagagctaaacaggataagtattataaagataatatatcacaggttttaccaattgtt
gttcatggagatgcagctattgctggacaaggtttggtgtatgaaattgtccaaatggca
caattagatggttataagacaggtggaactattcatattgtcgtaaacaaccaaataggt
tttactacgaattatttagatgcacgttcatctacgtattgtacagatgttggtaaagta
accttgtctcctgtacttcacgtaaatgcagatgatgccgaagctgttgtgcatgcaaca
aattttgcgcttgattttagaatgaattttggacgcgatgtatttatagatttactaggc
tatagaaaatacggtcataacgagggtgatgagccacgttttacacaacccaagttgtat
aaggcaatagctaaacataaaaaccctagagatatttatgcagcgaaattaatttctgaa
ggaattataaatcacgatcatgtttcggatcttgaaaaagaatataaagcatctctagaa
gaagagctagaagattctcgaaaacaagaaaagacagtaatcactccttttatgcaagat
gagtgggctggatttacaagagttcaagaggatgagatgatggaagttgtggataccaca
tattctaaagaagcactaactgagattgcagaggttattactaaattaccgtcggataag
aaattccttcgtaaaatagagcgtttaattgatcaacgacataaaatgttttttgagaaa
gatcagttggattgggctatgggagaattactagcatatggatcactgctcaaagaaggg
tatgatgttagaatgagtggacaagatgtcgagagaggaactttttctcacagacatgct
gttgtaaaggttgaggatagtgaagaggaagtattgttattgaataacctaaaaggagaa
caaggagatttttatatctataattctttgctttcagaatatggcgttgttgggtttgat
tacggatacgctatggctagtccaaaatccttggcaatttgggaagctcaatttggagat
tttagtaatggagcacagattatgattgatcagtatatttcttctgcagaggataaatgg
aagcttcagaatggattagtaatgttattaccacatggatatgaaggacaaggagcagaa
cattcttctgcgagaatggaacgttaccttcaattatgtgctaaagataatatgtttgta
gcagatgttactacaccagccaatatgtttcatttgttaagaagacaaatgaaagctaca
tatcgaaaacctttaatcatttttactccaaaaagtttattacgtcatcctaaagtagtt
tcttctgtagaagaatttgctaatggaagttttcaaactgtaatagatgatccagtagct
aaggcaaaagatactaaaacattggttttctgtacaggtaagttttattatgacttatta
gaagaaaaagaaaaattggataggaatgatgttgctttggtgagattagagcagttattt
ccacttccagcaaaggaaatggatatattaattaaaaaatacaaggctaccgatgttgtt
tgggctcaagaagaaccacgtaatatgggtgcgctaagtcatattttaatgcattatgat
gatgccagttcatttagatttgcaagtagaaggccttacggggcacctgcggcgggtagt
gctactagatctaaaagaagacatcaagaagtaatcgattttgtttttgataaaacaaag
gataatcaaagaagaaaaagaaaatag
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