KEGG   Desulfitobacterium hafniense Y51: DSY4888
Entry
DSY4888           CDS       T00333                                 
Symbol
porA
Name
(GenBank) pyruvate ferredoxin oxidoreductase
  KO
K03737  pyruvate-ferredoxin/flavodoxin oxidoreductase [EC:1.2.7.1 1.2.7.-]
Organism
dsy  Desulfitobacterium hafniense Y51
Pathway
dsy00010  Glycolysis / Gluconeogenesis
dsy00020  Citrate cycle (TCA cycle)
dsy00620  Pyruvate metabolism
dsy00650  Butanoate metabolism
dsy00720  Carbon fixation pathways in prokaryotes
dsy01100  Metabolic pathways
dsy01110  Biosynthesis of secondary metabolites
dsy01120  Microbial metabolism in diverse environments
dsy01200  Carbon metabolism
dsy01210  2-Oxocarboxylic acid metabolism
Module
dsy_M00307  Pyruvate oxidation, pyruvate => acetyl-CoA
Brite
KEGG Orthology (KO) [BR:dsy00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00010 Glycolysis / Gluconeogenesis
    DSY4888 (porA)
   00020 Citrate cycle (TCA cycle)
    DSY4888 (porA)
   00620 Pyruvate metabolism
    DSY4888 (porA)
   00650 Butanoate metabolism
    DSY4888 (porA)
  09102 Energy metabolism
   00720 Carbon fixation pathways in prokaryotes
    DSY4888 (porA)
Enzymes [BR:dsy01000]
 1. Oxidoreductases
  1.2  Acting on the aldehyde or oxo group of donors
   1.2.7  With an iron-sulfur protein as acceptor
    1.2.7.1  pyruvate synthase
     DSY4888 (porA)
SSDB
Motif
Pfam: POR_N POR EKR PFOR_II Fer4_7 Fer4_10 Fer4_8 Fer4_16 Fer4_6 Fer4 Fer4_9 TPP_enzyme_C Fer4_17 Fer4_4 Fer4_18 Fer4_21 Fer4_2 Fer4_22 Fer4_13
Other DBs
NCBI-ProteinID: BAE86677
UniProt: Q24MR5
Position
5553814..5557338
AA seq 1174 aa
MAKKMKTMDANQAAAEASYALTEVATIFPITPSSPMAEAVDEWSAHNHRNIFDQPVKVVE
MESEAGAAAAVHGSLQAGALTTTYTASQGLLLMIPEMYKMAGNLVPAVFHVSARGLATHA
LSIFGDHSDINACRQTGFAMLCSNDVQEAMDMAYIAHLAAIKSRIPHLHFFDGFRTSHEV
QKIEVTPYEDIAQLVDYEKIQQFRDNALNPNHPVLRGTAQNPDIYFQGREVSNPFYEAVP
DIIEDYFQEFKKISGREYHPFQYYGDPNAENIIVAMGSVCSTIEETIDFLAQRGERLGLI
KVHLYRPFCSKYFFDVLPKTVKKIAVLDRTKEPGSTGEPLYLDIIQMFNHEATRPVIVGG
RYGLGSKDTTPSQILAVFKNLNQAQPKDRFTIGIIDDVSHTSLPEEEIIDASPEGTIRCK
FWGLGSDGTVGANKSAIKIIGDNTELNVQGYFEYDSKKSGGTTISHLRFGKQPIKSSYLV
FDADYIACHNKSFIYNYDIVKGLKKGGTFVLNCSWTPEEVEDHLPAYLKRYLAKHDIKFY
LIDAISIAGEIGLGGRINMVMQSAFFKLANVIPIDDAIRYLKDSIHKVYGKKGAKIVEMN
EKAVDKGIESLIKVNVPPAWADVPDENMPIKEEPAFVKDIQRPMARHEGDNLPTSAFVGR
EDGTFPLGTTKYEKRGIAVYVPEWQIDKCIQCNQCAYVCPHATIRSFLLDDQESAQAPDT
FKTKKPINKKLEGYHYRIQVSPLDCTGCGNCADICPAPGKALVMEPADHEIEMEAENWEF
AMTVTEKRDLLDVKTLFGSQLARPLLEFNGACPGCGETPYARLITQLYGDRMIIANATGC
SSIWGGSAPSVPYTVNAEGKGPAWMNPLFEDNAQFGYGMYLGSKQIREKLAQVMRQLIES
DINGEMKEACQDWLDNFAEGEGSKKASARLLEALQKENIDRNPLLQEIMAKKDYLIKPSV
WIFGGDGFAYDIGYNGVDHVLASGDDINIFVFDTEVYSNTGGQSSKATPTAAIAKFAAGG
KRVRKKDLGLISTTYGYIYVAQIAMGANMNHTLKAIAEAESYKGPSIIIAYASCINHGIK
TGMGTSMAQMKKAVDAGYWHLWRHDPRLKEQGKNPFILDSKEPKGSFQDFIQGEIRYSSL
KNVFPEIADEMFKAAEEHAQDKYRTLKRMAEMPY
NT seq 3525 nt   +upstreamnt  +downstreamnt
gtggcaaagaaaatgaaaacgatggatgccaatcaagccgcagccgaagcgtcctatgct
ttgactgaggtggcgaccatcttccccattacaccttcctcgcccatggctgaagcagtg
gacgaatggtctgcccacaatcacagaaatatctttgatcagcctgtcaaagtggtcgag
atggaatccgaggcgggggccgcagccgcagtgcatggttccctgcaagccggagccctg
accacaacctataccgcttctcagggcctgctcctgatgatcccggaaatgtataagatg
gccggaaacctggtgcccgccgtcttccatgtcagcgcccggggcctggccactcatgct
ctctctatctttggtgaccactccgatattaatgcctgccgccaaacaggctttgccatg
ctttgttccaacgatgttcaggaagccatggatatggcctacatagctcatctggccgcc
atcaaatcacggattcctcatcttcacttttttgacggcttcagaacatcccatgaagtg
cagaaaatcgaagtcactccctatgaagacattgcacaattagtggattacgaaaagatt
cagcaattccgggataatgccctcaaccctaaccacccggttttaagaggcacggctcaa
aacccggatatttatttccaaggccgggaagtctccaatccgttttatgaggcagtccct
gatattattgaagactatttccaagaatttaagaaaatcagcgggcgggaatatcatccc
ttccaatactatggcgatcctaacgctgaaaacattatcgtggccatgggctcagtgtgc
agcaccattgaagaaaccatcgacttcctggcgcaaagaggggagcgcttgggactgatc
aaagttcacctttaccgtcccttctgctccaaatatttcttcgatgttctgcctaagacc
gtgaaaaaaatcgccgtccttgatcgtaccaaagagcctggctccaccggtgagcccctc
tatctggatattatccaaatgtttaaccatgaagcaacccgtccggtgatcgtcggcggc
cgctatggcttaggctccaaggataccactccttcccagatcctggccgtctttaaaaac
ctcaaccaagcccagcccaaagaccgcttcaccatcgggatcatcgatgatgtcagccac
acctccttgcctgaagaagagatcatcgacgcttctccggaaggaaccatccgctgcaag
ttctggggactgggttcagatggaacggtaggggccaacaagagcgccattaagatcatc
ggggataatacggagcttaatgtccagggttatttcgaatatgacagtaaaaaatcaggc
ggcaccaccatttcccacttacgctttggcaagcagcccataaaatcctcttacctggtt
tttgatgccgactatattgcttgtcataacaaatcctttatttataactatgacattgtc
aaaggcctgaagaaaggcggcacctttgtcctgaactgctcctggacccccgaggaagtg
gaagatcacctgcccgcctatctgaaacgctatctcgctaaacatgatattaagttctac
ctcattgacgccatatccatcgccggcgagatcggtctgggcggacggattaacatggtt
atgcagtccgctttctttaagctggctaacgttattcctatcgatgacgccattcgttac
ttaaaagattctatccataaagtctacggcaaaaaaggcgccaagattgtagaaatgaac
gaaaaggcagtggacaaagggattgaatccctgatcaaggtcaacgttcccccagcctgg
gccgatgttcctgatgaaaacatgcccatcaaagaggagcctgctttcgtcaaagatatt
cagcgccccatggcccgccatgaaggggacaacctgcccaccagcgcttttgtgggcagg
gaagacggcactttccccttaggcaccaccaaatacgaaaaacggggaatcgcggtttat
gtgcctgaatggcagatcgataaatgcatccaatgcaatcaatgcgcctatgtctgcccc
catgccaccatacgttccttcctgttggacgatcaggaatcagcccaagccccggatacc
tttaaaaccaagaaacccatcaacaaaaagctggaaggctaccattaccggattcaagta
tctcccttggattgtaccggctgcggcaactgcgccgatatctgtcccgcaccgggcaag
gctctggtgatggagcctgccgatcatgaaatcgaaatggaagccgaaaattgggaattc
gccatgaccgttacggaaaagcgggatctgctggatgtcaaaaccctcttcggcagccag
ctggcaaggcccctgctggaattcaacggtgcatgtcccggctgcggtgagacaccttat
gcccgcctcattacccaactctatggcgatcgtatgattattgccaatgccaccgggtgt
tcctccatctggggaggcagtgctccttccgtgccctataccgtcaatgccgagggcaaa
gggccggcctggatgaatcccctcttcgaagacaatgctcaattcggttatggtatgtat
cttggctccaagcaaatccgggaaaaactcgctcaagtaatgcgtcagttaattgaaagc
gacatcaacggcgaaatgaaggaagcttgccaggactggctggataacttcgctgaaggt
gaagggtccaaaaaggccagcgcacggctgctggaagctctccaaaaagagaatattgac
cgcaatcccctccttcaggaaatcatggctaaaaaagactatctgattaaaccctccgtc
tggatcttcggcggcgacggctttgcctatgacatcggctacaatggggtggaccatgtc
ctggccagcggggacgacattaacatctttgtctttgatacagaggtctactccaatacc
ggaggccaatcctccaaggccacgccaacggcagccatcgccaaatttgccgccggcggc
aaaagagtccgcaaaaaggacctgggcctgatctccactacctatggctatatctatgtc
gcccaaattgccatgggggccaatatgaatcacaccttgaaggccattgccgaagccgaa
agctataaaggcccttccatcatcatcgcctacgcttcctgtatcaaccacggcatcaag
acagggatgggtaccagcatggcgcagatgaagaaggccgtggacgccggttattggcac
ctgtggcgtcatgacccacgccttaaggaacagggaaagaacccctttattctggattcc
aaagagcctaaaggctccttccaggactttatccaaggggaaatccgctactcatcactc
aaaaacgtcttccccgaaattgccgacgaaatgttcaaagcggcggaggagcatgcccag
gataaataccggacccttaagcgcatggcggaaatgccctattaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (12)   
   KEGG PATHWAY (10)   
   KEGG MODULE (2)   
Chemical substance (9)   
   KEGG COMPOUND (9)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (30)   
   KEGG ORTHOLOGY (1)   
   RefGene (27)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (19)   
   Pfam (19)   
All databases (77)   

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