Silvanigrella aquatica: AXG55_06620
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Entry
AXG55_06620 CDS
T09772
Name
(GenBank) 2-oxoglutarate dehydrogenase E1 component
KO
K00164
2-oxoglutarate dehydrogenase E1 component [EC:
1.2.4.2
]
Organism
saqi
Silvanigrella aquatica
Pathway
saqi00020
Citrate cycle (TCA cycle)
saqi00785
Lipoic acid metabolism
saqi01100
Metabolic pathways
saqi01110
Biosynthesis of secondary metabolites
saqi01120
Microbial metabolism in diverse environments
saqi01200
Carbon metabolism
saqi01210
2-Oxocarboxylic acid metabolism
Brite
KEGG Orthology (KO) [BR:
saqi00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00020 Citrate cycle (TCA cycle)
AXG55_06620
09108 Metabolism of cofactors and vitamins
00785 Lipoic acid metabolism
AXG55_06620
Enzymes [BR:
saqi01000
]
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)
AXG55_06620
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Paralog
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Motif
Pfam:
E1_dh
Transket_pyr
OxoGdeHyase_C
2-oxogl_dehyd_N
Motif
Other DBs
NCBI-ProteinID:
APJ03596
UniProt:
A0A1L4D066
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Position
complement(1586489..1589344)
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AA seq
951 aa
AA seq
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MSGNFNSVFQNNAGYVEEMFARYSSDPNSVGIEWRSYFEGFHEGFGTATALAKDVAHFDE
LLKNMGDAPAKSSETSHADSISSDVLSFEFKVAAYVQAWKSHGHLQAKTNPLGLEPKKAP
TLSPELYGIAKSDFSRKTSAGILLGLDVMKFEDLAKELEKRFAGVVGAEIEHIESPEERA
WLQAEFAKIYAPVGKDVQKSIYQELARADSLEKTIATKYIGKKRFSIEGADAQFPAVESY
MEECAKLGAAECSVAIAHRGRLNFLVNVIGKPLERLLTEFEGYPHEGLHGDCDVKYHYGY
ESQRQTRFGNQMTVSMPFNPSHLEYVGCVAMGDSRARQQIYYKGDNSKVVSIVLHGDAAF
SGQGIVFENVQMMSLDGYQIGGTLHIVANNQVGFTTDPTDSRSSTYCTDVAKVTGSPVFH
INADYLDVLHNLMIMAANYRFKFKKDFYIDLVCFRRHGHNETDEPTFTQPILYKVIKDKP
APYDEYAKYLTSTHNFIEEELKTIYNNYRAEMNAVYDKVKKDHLKIEQFLPLRDAAQLKL
ATEKDMLQPAKTQLPVTKLKELALKICDIPATFTPNPKLARIIVAERKEMADGNKKLDWG
MAELLAYSTLLNEGYSIRLAGEDAQRGTFSHRHVTLIDFENGNHFTSIDACATENSKIEV
INTLLSEEAAMGYEYGYAVRQVKGLVLWEGQFGDFANGAQVLIDQFIASGETKWAQTQGL
VLLLPHGMEGQGAEHSSARLERFLQLCADGNMQVCNFTNAAQIYHALRRQVLRDFRKPLI
LMTPKSFLRSPRAATTIEELATGNFEEILDDSRITKANKVEKVLFCTGKIALDLFDTLEK
EEHKNKAENIAIIRIEQLYPLHSDKAANILSRFKNVKSIAWVQEEPANMGAWSYIRHELD
KIIKKAGFAVPLTYFGRTRRATPAVGLEKQHFIEQDKILKAAMESNNSVEV
NT seq
2856 nt
NT seq
+upstream
nt +downstream
nt
atgagtggtaattttaattctgtttttcaaaataatgcagggtatgttgaagagatgttt
gctcgatatagctctgatccgaattctgtaggaattgagtggcgttcctattttgaagga
tttcatgaaggttttggaacggcaaccgcccttgctaaagacgttgcccacttcgatgaa
ctcttaaaaaatatgggcgatgctcctgcaaaatcaagcgaaacatctcatgcagactct
attagttcggatgtgctttcttttgaatttaaggtcgcagcctatgttcaggcatggaag
tcccatggtcacctgcaagcaaaaacaaatccacttggtcttgagcctaaaaaagcacct
accttatctcctgaattatatggcatcgctaagagcgatttctcaagaaagacatcggca
ggaattttattaggtcttgatgttatgaaatttgaagatctcgcaaaagaacttgaaaaa
agatttgcgggtgttgtcggcgctgaaatcgagcatattgaatctcctgaagagcgcgca
tggttgcaagctgaatttgctaaaatatatgcgcccgttggaaaagatgtacaaaaaagc
atttaccaagaattagctcgtgccgactccttagaaaaaaccattgcgacaaaatacatt
ggtaaaaaaagatttagtattgagggcgccgatgctcaatttcctgctgttgaaagctac
atggaagaatgtgcaaaattaggtgctgcagaatgctctgtggccattgcacaccgcggc
cgcttgaactttttagtcaacgttattggcaaaccacttgaaagattattaacagaattt
gaaggttatcctcatgagggtcttcacggtgattgtgatgtgaaataccattatggttat
gaatcacaaagacaaacgcgctttggcaatcaaatgaccgtttccatgccttttaatccc
agtcacttggaatatgtaggttgtgtcgctatgggagacagccgcgcacgccaacaaatt
tattataaaggcgacaattctaaagtggtatccatagttttgcatggtgatgcggctttt
tcagggcaaggaattgtctttgaaaatgtacaaatgatgtctcttgatggatatcaaatt
ggtggtactttacacattgttgctaataatcaagtcgggtttactacagatcccacggac
tcacgatcatcaacttattgtaccgacgttgctaaagtaacaggatctcctgtatttcat
atcaatgccgattatttagatgtgctacataatttaatgattatggctgcgaattataga
tttaaattcaaaaaagatttttatattgatcttgtttgttttagaagacatggccataac
gaaacggatgagcctacatttactcaacctattctttataaagtcattaaagataaacct
gctccctacgatgaatatgctaaatatttaacatcaacgcataattttattgaggaagaa
ttaaaaacaatttataataattatcgtgcagaaatgaatgctgtttacgataaagtgaaa
aaagatcatttaaaaatagaacagtttttacctcttcgtgatgcagctcaattaaagctt
gccaccgaaaaagatatgctgcagcctgcaaaaacacagttgcctgttacaaaattaaaa
gaacttgcattgaaaatttgtgacatccctgccacctttacaccaaatccaaaattagca
cgcattattgttgctgaacgtaaagaaatggcggatggtaacaaaaaattagattggggt
atggcagaattacttgcttactcaaccttacttaatgaaggttacagcattcgtttagca
ggcgaagatgcacaacgcggcaccttttcccaccgtcatgttactttaattgattttgaa
aatggtaatcattttacatcaattgatgcctgtgcaactgaaaactcaaaaattgaggtc
attaatactcttctttcagaagaagcagcaatggggtacgaatatggttatgctgtaagg
caagttaaaggacttgttttatgggaaggacaatttggagattttgccaacggggctcaa
gttctcatcgatcaatttattgcatcaggtgaaacaaaatgggctcaaacacaaggtctt
gtccttttgttacctcatggaatggaaggccaaggagcagaacactccagcgctcgttta
gaaagatttttacaactttgtgccgacggcaatatgcaagtttgtaactttaccaacgcc
gcacaaatctatcatgcgctccgtagacaagtcttgcgcgattttagaaaaccgcttatt
ttaatgactcctaagagtttcttaagaagccctcgtgctgccaccacaattgaagaatta
gcaacaggaaattttgaagaaattcttgatgattctcgcattacaaaagcaaataaagtt
gaaaaagttttattttgtactggaaaaattgctcttgatctttttgatacacttgaaaaa
gaagaacataaaaacaaggcagaaaatattgctattattcgtattgaacaactttatcca
ttacattccgataaagcagcaaatatattgtcacgctttaaaaatgtaaaaagtattgct
tgggttcaagaagaaccagccaatatgggagcatggagttatattcgtcatgaactcgat
aaaattatcaaaaaagctggatttgctgttcccttaacttattttggcagaactcggaga
gcgactcccgcagtcggcctagaaaaacaacattttattgaacaagataaaattttaaaa
gcagccatggaatcaaataattcggttgaagtttaa
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