KEGG   Eubacterium sulci: ADJ67_02680
Entry
ADJ67_02680       CDS       T04038                                 
Name
(GenBank) pyruvate-flavodoxin oxidoreductase
  KO
K03737  pyruvate-ferredoxin/flavodoxin oxidoreductase [EC:1.2.7.1 1.2.7.-]
Organism
euu  Eubacterium sulci
Pathway
euu00010  Glycolysis / Gluconeogenesis
euu00020  Citrate cycle (TCA cycle)
euu00620  Pyruvate metabolism
euu00650  Butanoate metabolism
euu01100  Metabolic pathways
euu01110  Biosynthesis of secondary metabolites
euu01120  Microbial metabolism in diverse environments
euu01200  Carbon metabolism
euu01210  2-Oxocarboxylic acid metabolism
Module
euu_M00307  Pyruvate oxidation, pyruvate => acetyl-CoA
Brite
KEGG Orthology (KO) [BR:euu00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00010 Glycolysis / Gluconeogenesis
    ADJ67_02680
   00020 Citrate cycle (TCA cycle)
    ADJ67_02680
   00620 Pyruvate metabolism
    ADJ67_02680
   00650 Butanoate metabolism
    ADJ67_02680
Enzymes [BR:euu01000]
 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
     ADJ67_02680
SSDB
Motif
Pfam: POR_N POR PFOR_II EKR TPP_enzyme_C Fer4_7 Fer4_6 Fer4_16 Fer4 Fer4_8 Fer4_9 Fer4_21 Fer4_10 Fer4_17 Fer4_2 Fer4_4 Transketolase_C Fer4_18 TetR_C_31
Other DBs
NCBI-ProteinID: AKT46693
Position
576132..579671
AA seq 1179 aa
MRKLKTMDGNTAAAHVAYAFTEVAAIYPITPSSPMAESMDEWVSDARENIFGEKVHIVEM
QSEGGAAGAVHGAVAAGSYTTTFTASQGLLLMIPNMYKLAGEHTPAVFHVSARALATHAL
SIFGDQADVMAVRQTGFVLLASNSVQQVMDLAAVAHLAAIGGSLPVLHFFDGFRTSHENQ
KIEMWDYDDLKSMVDWEAVKRYRASALHPAHPHSMGSAEQPETYFQHREASNGVYNETPA
IVEKYMNMVNEKLGTDYKLFNYYGAPDATEILVAMGSVCDAAEEVVDLLTAEGKKVGIIE
VHLYRPFSAKHLLAVMPETVEKIAVLDRTKEPGALAEPLYLDMVAALKGSKFENCVMTRG
RYGLGSKDVQPGDILAAYENLWADNRKEEFTLSINDDVTHLSLTPSRYPDTVPEGTVACK
FWGLGADGTVGANKNSVKIIGDHTDKKVQAYFQYDSKKSGGVTISHLRFGDKPIKSTYYV
KQANFVACHNEAYVNLYKMVEDVKPGGNFLLNCTWSDAELDTHLPASMKQYIAKNNINLY
TCDAVSIAKEIGLGARRTNSVLQAAFFKIANIIPIEEAANYMKDAIRKTYGKKGENIVNM
NIAAVDAGIERVHKVDVPASWATCEADVAPVPFVGRDQLQTDYLNKVLSPYAHMDGDSIP
VSTFLDTPTGLVPNGTAAFEKRGIATDIPVWNKDNCIQCNQCAYVCPHGVIRPFVIEGEA
ELAGTNGDYAEFKGGKDENKKYTMGISALDCTGCGSCAQTCPAPNKALVMNAVNDENVSV
SQEKYNHLFNNVTPKEVPFKENTVKGVEFKQPLLEFSGACPGCGETPYAKLITQLFGDRM
FIANATGCSSIWGNSLPSTPYTVNAEGRGPAWANSLFEDNAEFGFGMAISMKARRNELKT
VATRLAAELGDVATAWVDAMEDAEGAETTGKALLAACEKIAANNEDAQYVVDNKEMLIKP
SMWIFGGDGWAYDIGYGGVDHVLASGENINIMVFDTEVYSNTGGQASKSTPLGAVAKFAA
SGKAVKKKDMVQIAMAYGYIYVAQIAMGASQKQTLDAIREAEAYDGPSLIIAYAPCINQG
LKNGMNKAQDEMKRAVNSGYWNLIRFNPDLAKEGKNPLMIDSKPATESYRDFIMSEVRYD
SLTKRFPERAEQLFEDAEKLAKERYEHFQALKESYEPEK
NT seq 3540 nt   +upstreamnt  +downstreamnt
atgagaaaacttaagacaatggatggtaacacagctgctgctcacgtagcatatgcgttt
acagaagttgctgctatctatccaattactccatcttcacctatggcagaaagtatggat
gagtgggtttctgacgcaagagagaacatctttggtgaaaaggtgcacatcgtagagatg
cagtcagaaggtggtgcagcaggtgccgttcacggtgcagttgcagcaggttcttacaca
acaacattcactgcttcacagggacttttgctcatgattccaaacatgtacaagctagca
ggtgagcatactcctgcagtattccatgtatcagcaagagctcttgcaacacatgctctg
tcaatctttggtgatcaggcagacgttatggcagtacgtcagacaggtttcgtactacta
gcgtcaaacagcgtacagcaggtaatggaccttgcagctgttgctcaccttgcagctata
ggcggaagccttccagttcttcacttcttcgatggtttcagaacatcacacgagaaccag
aagatcgagatgtgggattacgatgaccttaagtcaatggtagactgggaagctgttaag
cgttacagagctagcgcacttcacccagcacatccacacagcatgggttcagctgagcag
ccagagacatacttccagcacagagaagctagcaatggagtttacaacgagacaccagct
atcgtagagaagtacatgaacatggttaacgagaagcttggaacagattacaagctattc
aactactatggtgctccagatgcaacagaaattctagtagctatgggttcagtttgtgat
gctgctgaagaagtagtagatttgcttacagcagaaggtaagaaggttggtatcatcgag
gttcacctatacagacctttctcagctaagcaccttcttgcagtaatgccagagacagtt
gagaagattgcagttctcgacagaacaaaggaaccaggagcacttgcagagcctctatac
ctagatatggtagcagctcttaagggatctaagttcgaaaactgcgtaatgacacgtggt
cgttacggactaggttcaaaggacgttcagccaggagacatccttgctgcatacgagaac
ctttgggcagacaacagaaaagaagagttcacattgtcaatcaacgacgatgttacacat
ctatcactcacaccatcacgctatcctgacacagtacctgaaggaacagttgcatgtaag
ttctggggacttggtgcagacggtacagttggtgctaacaagaacagcgtaaagattatc
ggtgaccacacagataagaaggtacaggcttacttccagtatgactccaagaagtcaggt
ggtgtaacaatttctcacctacgtttcggtgataagccaatcaagtcaacttactatgta
aagcaggctaactttgttgcatgtcataatgaagcatatgtaaacctatacaagatggtt
gaggacgttaaaccaggcggaaacttcctactaaactgcacatggtcagatgctgaacta
gatacacatcttccagcatcaatgaagcagtacattgcaaagaacaacatcaacctatac
acatgcgatgctgtatcaattgctaaggaaatcggtcttggtgcaagaagaactaactca
gtacttcaggcagcattcttcaagattgctaacattattcctatcgaggaagcagcaaac
tacatgaaggacgctatcagaaagacatatggcaagaagggcgaaaacattgttaacatg
aacatcgctgctgttgacgcaggtatcgagagagttcataaggttgacgtacctgcttca
tgggctacatgcgaagctgatgttgcacctgtcccattcgttggacgcgaccagctacag
acagactacctcaacaaggttctttcaccatatgcacatatggatggagattcaatccca
gtatcaacattcctcgacactccaacaggacttgtacctaacggaacagctgcattcgag
aagagaggtatcgctactgatattcctgtatggaataaggataactgtatccagtgtaac
cagtgcgcatacgtatgtcctcacggcgtaatcagacctttcgtaatcgaaggagaagct
gagctagcaggaacaaacggtgactacgctgagttcaagggtggcaaggacgagaacaag
aagtacacaatgggtatttcagcactagactgcacaggctgcggatcatgtgctcagact
tgtccagctcctaacaaggctcttgttatgaacgctgttaacgacgagaacgtttcagtt
tcacaggagaagtacaaccacctattcaataatgttacacctaaggaagttccattcaag
gagaacacagttaagggcgttgagttcaagcagccacttctcgagttctcaggagcttgc
ccaggatgcggagagactccatatgctaagctgattacacagctattcggtgacagaatg
ttcattgcaaatgctacaggctgctcatcaatttggggtaactcactaccaagcacacct
tacacagtaaacgctgaaggaagaggtccagcatgggctaactccttattcgaggacaac
gctgagttcggattcggtatggcaatttcaatgaaggctagacgtaacgagcttaagaca
gttgctacaagactagctgcagagcttggtgacgttgcaacagcatgggttgatgcaatg
gaagatgctgaaggtgcagagacaacaggtaaggctcttctagcagcttgcgagaagatc
gcagctaacaacgaagatgctcagtacgttgtagataacaaagaaatgctaatcaagcca
tcaatgtggatcttcggtggtgacggatgggcatacgatatcggttacggcggtgtagac
cacgttctagcaagtggagagaacatcaatatcatggtatttgatactgaggtatactca
aacactggtggacaggcatcaaagtcaacaccacttggtgctgtagctaagtttgctgct
tcaggtaaggcagtaaagaagaaggatatggttcagatcgctatggcttacggctacatc
tacgtagctcagattgctatgggtgctagccagaagcagactctagatgcaatcagagag
gctgaggcatatgatggaccatcactcatcatcgcatacgctccatgtatcaaccaaggt
ctaaagaatggtatgaacaaggcgcaggatgagatgaagcgtgctgtaaactcaggttac
tggaacctaatcagattcaaccctgatctagctaaggaaggcaagaacccacttatgatc
gacagcaagcctgcaacagaaagctacagagacttcatcatgagcgaagttcgttacgat
tctctaacaaagagattcccagagagagctgagcagctattcgaagatgctgagaagcta
gctaaggaaagatacgaacacttccaggcactaaaggaaagctacgagccagagaaataa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (11)   
   KEGG PATHWAY (9)   
   KEGG MODULE (2)   
Chemical substance (9)   
   KEGG COMPOUND (9)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (100)   
   KEGG ORTHOLOGY (1)   
   RefGene (97)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein domain (19)   
   Pfam (19)   
All databases (145)   

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