Simonsiella muelleri: BWP33_10450
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Entry
BWP33_10450 CDS
T05344
Name
(GenBank) pyruvate dehydrogenase (acetyl-transferring), homodimeric type
KO
K00163
pyruvate dehydrogenase E1 component [EC:
1.2.4.1
]
Organism
smur
Simonsiella muelleri
Pathway
smur00010
Glycolysis / Gluconeogenesis
smur00020
Citrate cycle (TCA cycle)
smur00620
Pyruvate metabolism
smur00785
Lipoic acid metabolism
smur01100
Metabolic pathways
smur01110
Biosynthesis of secondary metabolites
smur01120
Microbial metabolism in diverse environments
smur01200
Carbon metabolism
smur01210
2-Oxocarboxylic acid metabolism
Module
smur_M00307
Pyruvate oxidation, pyruvate => acetyl-CoA
Brite
KEGG Orthology (KO) [BR:
smur00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00010 Glycolysis / Gluconeogenesis
BWP33_10450
00020 Citrate cycle (TCA cycle)
BWP33_10450
00620 Pyruvate metabolism
BWP33_10450
09108 Metabolism of cofactors and vitamins
00785 Lipoic acid metabolism
BWP33_10450
Enzymes [BR:
smur01000
]
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)
BWP33_10450
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GFIT
Motif
Pfam:
PDH_E1_M
Transketolase_C_1
Transketolase_N
Transketolase_C
Motif
Other DBs
NCBI-ProteinID:
AUX62182
UniProt:
V9H635
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Position
complement(2103012..2105699)
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AA seq
895 aa
AA seq
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MSQTYNAATDVDPIETQEWLDSLSSVLKNEGPERAHFILENLVKYTRRRGVHLPFEATTA
YLNTIPVGKEQKSPGNHELEHRIRSAIRWNAAAMVLRAGKKDLELGGHIASFQSSATLYD
VGFNHFWKSKGDGEEGDMIFFQGHSAPGIYARAFVEGRLTEEQLNNFRQEVGGNGLSSYP
HPHLMPDFWQFPTVSMGLGPLMAIYQARFLKYLDSRGLSKTKGRKVWMFCGDGEMSEPES
LGAISLAAREGLDNLIFVINCNLQRLDGPVHGNGKIIQEFEGTFRGAGWNVLKVIWGSKW
DSLLARDTNNILKQRMEEVLDGDYQTYKSKDGAYVREHFFNTPELKAMVANMSDEEIWAL
NRGGHDPHKVYAAYHEAVNNAGGRPTVILAKTIKGYGMGASGEGQNVAHQAKKMDVKSLK
QFRDRFGIQVTDEQIDSGDLPYFRFPEDSEEMRYLRERRNALGGYLPTRNPVTEGLPIPE
LSAFDAQLQTSGDREFSTTMAFVRILNTLLKDKQIGKRIVPIVPDESRTFGMEGMFRQFG
IWNPKGQQYTPQDKDQLMFYKESVDGQILQEGINEPGAMADWIAAATSYANNHYAMIPFY
IYYSMFGFQRVGDLAWAAGDMHARGFLLGGTAGRTTLNGEGLQHEDGHSHIQADLIPNCL
SYDPTYQYEIAVIVQDGLRRMYAENEDVFYYLTLMNENYKHPAMPQRENIERDILKGMYL
LREGGESDKKVQLMGSGVILEEVIHAADLLKADFGVDADVWSCTSFNLLHRDAMEVERYN
RLHPTAEQKLPFVAQQLKGHNGPVIASTDYIRSFANRIREAIPAENGEFIVLGTDGFGRS
DSRPNLRNFFEVDRYHVAVAALKALADQGKVDKNIVQVAIEKYGIKADSAPSWKR
NT seq
2688 nt
NT seq
+upstream
nt +downstream
nt
atgtcccaaacctacaatgcagctaccgatgtagatccaattgaaacccaagaatggctg
gattctttgagttcagtattgaaaaatgaaggtccagagcgcgctcatttcattttggaa
aatttggtgaaatacacgcgccgtcgcggtgtgcatttaccatttgaagcgactactgcg
tatttgaacacgattcctgtgggcaaagaacaaaaatcccctggtaatcacgaattagaa
caccgtattcgttctgcgattcgttggaatgcggcagcgatggtattgcgtgcaggcaaa
aaagatttggaattgggcggtcatattgcgtctttccaatcttcagcgactttgtatgat
gttggttttaaccatttttggaaatccaaaggcgatggcgaagaaggcgatatgattttc
ttccaaggtcactcagctccgggtatttatgcgcgtgcgtttgtggaaggtcgtctgact
gaagaacaattaaacaatttccgtcaagaagtaggtggaaatggtttgtcttcttacccc
cacccacacttaatgcctgatttttggcaattcccaaccgtatctatgggtttaggtcca
ttgatggcgatttaccaagcacgtttcttgaaatacttggattctcgtggtttgagcaaa
accaaaggtcgtaaagtatggatgttctgtggtgatggtgagatgagcgaacctgaatct
ttgggtgcgatttctttggctgcacgcgaaggtttggataatttgatttttgtgattaac
tgtaacttgcaacgtttggatggtcctgttcacggtaatggcaaaattattcaagagttt
gaaggtacattccgtggtgcaggttggaatgtgttgaaagtgatttggggcagtaaatgg
gattcattgttggcacgcgataccaacaatatcttgaaacaacgcatggaagaagtattg
gatggcgactaccaaacttataaatccaaagatggtgcgtatgttcgtgaacatttcttc
aatacgcctgaattaaaagccatggttgccaatatgtctgatgaggaaatttgggcgttg
aaccgtggcggtcatgatccacacaaagtttatgcagcttaccatgaagcggtaaacaat
gctggtggtcgtccgactgtgattttggcgaaaaccattaaaggttatggtatgggcgcg
tctggcgaaggtcaaaacgtggcgcaccaagcgaaaaaaatggacgtgaaatcattgaag
caattccgcgaccgttttggtattcaagtaaccgatgaacaaattgacagtggcgatttg
ccttatttccgtttcccagaagacagcgaagaaatgcgctatttgcgtgaacgccgtaat
gctttaggcggttatttgccaacgcgtaatcctgttactgaaggtttaccgattcctgaa
ttgtctgcgtttgatgcgcaattgcagaccagtggtgatcgcgaattctctaccacaatg
gcatttgtgcgtatcttgaatactttgttaaaagacaaacaaattggtaaacgcattgtg
ccaatcgtgcctgatgaaagccgtacatttggtatggaaggtatgttccgtcaatttggt
atttggaatccaaaaggacaacaatacacaccacaagataaagaccaattgatgttctat
aaagagtctgtggacggtcaaatcttgcaagagggtattaatgaacctggtgcaatggcg
gactggattgcagcagcaacatcatatgcaaataaccactacgcgatgattccattttac
atttactactcaatgtttggtttccaacgcgtaggcgatttggcttgggcagctggtgat
atgcacgcacgtggtttcttgttgggcggtacagcaggtcgcaccacattgaatggcgaa
ggcttgcaacacgaagacggtcatagccatattcaggctgacttgattcctaattgcttg
tcatacgacccaacttatcaatatgaaattgctgtgattgttcaagacggtttgcgccgt
atgtatgcagaaaatgaagatgttttctactacttgactttgatgaacgaaaactacaaa
cacccagctatgccacaacgcgaaaatattgaacgcgatattttaaaaggtatgtatttg
ttacgcgaaggcggtgaatctgacaaaaaagttcaattgatgggttctggagtgattttg
gaagaagtcattcacgcggcagatttgttaaaagctgattttggtgtggacgcagacgtt
tggtcttgtacatcgttcaatttgttgcaccgtgatgcgatggaagtggaacgctataat
cgtttacatccaactgcggaacaaaaattgccatttgttgcacaacaattgaaaggtcat
aacggtcctgtgattgcatcaactgactatattcgcagctttgctaaccgcattcgtgag
gccattcctgcagaaaacggtgaattcattgtattgggtacagatggttttggtcgttca
gacagccgtccaaacttgcgtaatttctttgaagtggatcgctaccatgtcgctgttgct
gcgttgaaagcattggcagatcaaggtaaagtggacaaaaacattgttcaagtagcgatt
gaaaaatacggcatcaaagcagacagtgcgccaagttggaagcgctaa
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