Grimontia kaedaensis: K6Q96_02025
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Entry
K6Q96_02025 CDS
T09175
Symbol
aceE
Name
(GenBank) pyruvate dehydrogenase (acetyl-transferring), homodimeric type
KO
K00163
pyruvate dehydrogenase E1 component [EC:
1.2.4.1
]
Organism
gkd
Grimontia kaedaensis
Pathway
gkd00010
Glycolysis / Gluconeogenesis
gkd00020
Citrate cycle (TCA cycle)
gkd00620
Pyruvate metabolism
gkd00785
Lipoic acid metabolism
gkd01100
Metabolic pathways
gkd01110
Biosynthesis of secondary metabolites
gkd01120
Microbial metabolism in diverse environments
gkd01200
Carbon metabolism
gkd01210
2-Oxocarboxylic acid metabolism
Module
gkd_M00307
Pyruvate oxidation, pyruvate => acetyl-CoA
Brite
KEGG Orthology (KO) [BR:
gkd00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00010 Glycolysis / Gluconeogenesis
K6Q96_02025 (aceE)
00020 Citrate cycle (TCA cycle)
K6Q96_02025 (aceE)
00620 Pyruvate metabolism
K6Q96_02025 (aceE)
09108 Metabolism of cofactors and vitamins
00785 Lipoic acid metabolism
K6Q96_02025 (aceE)
Enzymes [BR:
gkd01000
]
1. Oxidoreductases
1.2 Acting on the aldehyde or oxo group of donors
1.2.4 With a disulfide as acceptor
1.2.4.1 pyruvate dehydrogenase (acetyl-transferring)
K6Q96_02025 (aceE)
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Gene cluster
GFIT
Motif
Pfam:
PDH_E1_M
Transketolase_C_1
Transketolase_N
Motif
Other DBs
NCBI-ProteinID:
USH02842
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Position
I:405252..407918
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AA seq
888 aa
AA seq
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MSEVMKNDVDALETQEWLAALESVVREEGVERAQFLLEQVMEKARLDGVDMPTGITTNYV
NTIPADKEPAYPGDVNLERRIRSIIRWNAIMIVLRASKKDLELGGHMASFQSSAAFYETC
FNHFFRAPNEVDGGDLVYYQGHISPGIYSRAFVEGRLTEEQLDNFRQEVDGKGISSYPHP
KLMPEFWQFPTVSMGLGPISAIYQARFLKYLNGRGLKDTTNQRVYAFLGDGEMDEPESRG
AISFAAREKLDNLCFLINCNLQRLDGPVMGNGKIIQELEGLFKGAGWNVVKVVWGSGWDK
LLAKDTTGKLLQLMNETVDGDYQTFKAKDGAYVRKHFFGKYPETAALVADMTDEEIFALK
RGGHEPSKLYAAFKSAQETSDRPTVILAKTVKGYGMGEAAEGKNIAHQVKKMDMTHVLHL
RDRLGLQDLLSDEEVAALPYLKLEEGSAEHQYLHARRQALKGYTPQRLPNFTEELTLPQL
DAFQPLLEEQKRDISTTMAFVRALNVLLKDKGVGKNIVPIIADEARTFGMEGLFRQIGIY
NPHGQNYTPQDRDIVSYYKEATSGQVLQEGINELGAMSSWVAAATSYSTNDLPMIPFYIY
YSMFGFQRVGDMAWMAGDQQSRGFLLGATAGRTTLNGEGLQHEDGHSHVMAGTVPNCISY
DPTFAYEVAVIMQDGIRRMYGPEQENVFYYLTLMNENYAQPAMPEGAAEGIRKGIYKLEA
YAGDKAKVQLMGSGTILNEVRAAADILSKDYDIASDVFSVTSFNELARDGQACDRQNMLN
PMADAQVPYIAQVMGTEPAIVATDYMKNYADQVRAFIPAESYRVLGTDGFGRSDSRENLR
RHFEVNAGYVVVAALTELAKRGDIEKSVVVEAIEKFGIDTQKVNPLYA
NT seq
2667 nt
NT seq
+upstream
nt +downstream
nt
atgtctgaagtcatgaaaaatgacgtggacgcactagagacccaagagtggctagcagct
cttgaatcagtcgttcgtgaagaaggtgtagaacgtgcccagttcctgcttgagcaagtt
atggaaaaggcgcgccttgacggtgttgatatgccaactggcatcaccaccaactatgtg
aataccatccctgcagacaaagaacctgcatacccgggtgatgtaaacctggaacgtcgt
attcgttctatcattcgttggaacgcgatcatgatcgtgttgcgcgcatcgaagaaagat
ctggaacttggcggccacatggcgtctttccaatcttcagctgcattctacgagacctgt
ttcaaccatttcttccgcgcacctaacgaggtggacggtggcgatctggtttactaccaa
ggtcatatttcaccgggtatctactcgcgtgcattcgttgaaggtcgtctgactgaagag
caactggataatttccgtcaggaagtagatggtaaaggtatctcttcttacccacaccct
aaactgatgcctgagttctggcagttcccgaccgtatcaatgggtctgggtccaatctct
gctatctatcaagcacgtttcctgaagtacctgaacggtcgtggtctgaaagacactacc
aaccagcgcgtatacgcattcctgggtgacggtgagatggatgagccagaatcacgcggc
gcgatttctttcgcagctcgtgagaagctggataacctgtgcttcctgatcaactgtaac
ctgcagcgtcttgacggcccagtaatgggtaacggcaagatcatccaagaactggaaggt
ctgttcaaaggtgctggctggaacgtagttaaggtcgtttggggtagcggttgggacaaa
ctgctggcgaaagacaccaccggtaaactgcttcaactgatgaatgaaaccgttgacggt
gactaccagacgttcaaagcaaaagacggtgcttacgttcgtaaacacttcttcggcaaa
tacccagagactgcagcactggttgctgacatgactgatgaagagatcttcgcgctgaag
cgtggtggtcacgagccgtcgaagctgtacgctgcatttaagagcgcacaagaaacttca
gaccgtccaacagtgatcctggctaagaccgttaaaggttacggcatgggtgaagcggct
gaaggtaagaacattgcgcaccaggttaagaagatggatatgacccatgttctgcacctg
cgtgaccgtctgggtctgcaagacctgctgtctgatgaagaggttgctgcactgccttac
ctgaaactggaagaaggttcagcagagcaccagtacctgcacgctcgtcgccaagcgctg
aaaggctatacgcctcagcgtttgcctaacttcactgaagaactaactctgccacagctg
gacgcgttccaacctctgctggaagagcaaaagcgtgacatttctaccactatggctttc
gtacgtgcactgaacgtactgctgaaagacaaaggcgtgggtaagaacatcgttccaatc
attgctgacgaagcgcgtacctttggcatggaaggtctgttccgtcaaatcggtatctac
aacccgcacggtcagaactacaccccacaagaccgcgacatcgtttcttactacaaagaa
gcgacttcaggtcaggtactgcaagaaggtatcaacgaactgggtgccatgtcttcatgg
gttgctgcggcaacgtcatacagcaccaacgatctgccaatgatcccgttctacatctac
tactcgatgttcggcttccaacgcgttggcgacatggcgtggatggctggcgaccaacaa
tcacgcggcttcctgctgggtgcaactgcaggtcgtacaacgctgaacggtgaaggtctt
cagcatgaagatggtcactcacacgtcatggcgggtactgttcctaactgtatctcttac
gacccaactttcgcttacgaagttgcagtgatcatgcaagacggtatccgtcgcatgtac
ggtccagagcaagagaacgtgttctactatctgacgctgatgaacgaaaactacgcgcag
ccagcaatgccagaaggcgctgcagaaggtatccgtaagggtatctacaagctggaagcc
tacgcgggtgacaaagcgaaagttcagctgatgggctctggcaccatcctgaacgaagta
cgtgcagcggctgacatcctgagcaaggattacgacatcgcatctgatgtattcagcgtg
acgtctttcaacgaactggcacgtgatggccaggcgtgtgatcgtcagaacatgctgaac
ccaatggcagacgcgcaagtcccatacattgcacaagtgatgggtactgagcctgctatc
gttgcgactgactacatgaagaactacgcggaccaagttcgtgcgttcattcctgctgag
tcttaccgcgtgctgggtactgatggcttcggtcgttcagacagccgtgagaacctgcgt
cgtcacttcgaagttaacgctggctacgtagtcgttgctgcgctgactgaactggcgaag
cgtggcgatatcgagaaatcagtggttgttgaagccattgagaagttcggtatcgacact
cagaaagtgaacccactgtacgcgtaa
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