KEGG   Acetivibrio clariflavus: Clocl_0023
Entry
Clocl_0023        CDS       T01661                                 
Name
(GenBank) pyruvate:ferredoxin (flavodoxin) oxidoreductase, homodimeric
  KO
K03737  pyruvate-ferredoxin/flavodoxin oxidoreductase [EC:1.2.7.1 1.2.7.-]
Organism
ccl  Acetivibrio clariflavus
Pathway
ccl00010  Glycolysis / Gluconeogenesis
ccl00020  Citrate cycle (TCA cycle)
ccl00620  Pyruvate metabolism
ccl00650  Butanoate metabolism
ccl01100  Metabolic pathways
ccl01110  Biosynthesis of secondary metabolites
ccl01120  Microbial metabolism in diverse environments
ccl01200  Carbon metabolism
ccl01210  2-Oxocarboxylic acid metabolism
Module
ccl_M00307  Pyruvate oxidation, pyruvate => acetyl-CoA
Brite
KEGG Orthology (KO) [BR:ccl00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00010 Glycolysis / Gluconeogenesis
    Clocl_0023
   00020 Citrate cycle (TCA cycle)
    Clocl_0023
   00620 Pyruvate metabolism
    Clocl_0023
   00650 Butanoate metabolism
    Clocl_0023
Enzymes [BR:ccl01000]
 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
     Clocl_0023
SSDB
Motif
Pfam: POR_N POR PFOR_II EKR Fer4 Fer4_7 TPP_enzyme_C Fer4_16 Fer4_6 Fer4_8 Fer4_9 Fer4_10 Fer4_21 Fer4_2 Transketolase_C Fer4_17 Fer4_3 Fer4_22
Other DBs
NCBI-ProteinID: AEV66781
UniProt: G8LYR3
Position
27818..31366
AA seq 1182 aa
MSRLKQSMDGNTAAAHVAYAFTEVAAIYPITPSSPMADCVDQWSAAGRENIFGNQVKVVE
LQSEAGAAGTVHGSLAAGALTSTFTASQGLLLMIPNMYKIAGELLPSVFHVSARTVATHA
LNIFGDHSDVYACRQTGFAMLAESNPQEVMDLSAVAHLASIEGRIPFISFFDGFRTSHEM
QKIEVWDYADLKEMCNMDAVKAFRDRALNPENPKMRGSHENGDIFFQHREACNVYYDTLP
AIVEKYMAMVNKKIGTNYDLFNYYGAPDADRVIVAMGSFCDVTEEVVDYLNAHGEKVGLI
KVRLYRPWVSSSFLKVLPKTVKKIAVLDRTKEPGALGEPLYLDVSSTIREAGLNDVVVVN
GRYGLGSKDTPPSSVFAVYTELKKDNPKPRFTIGIVDDVTHLSLPEVKPAPITAAPGTIE
CKFWGLGGDGTVGANKNSTKIIGDHTDKYIQAYFQYDSKKTGGVTISHLRFGDKPIRSPY
YINQADFVACHNPSYVLKGFKMVQDVKPGGIFLINCQWSDEELSTKLNAETKKYIADNNI
QLYTINAIDIALEIGMGKRTNTILQSAFFKLANIMPIEDAVKYMKEAAKKSYGSKGDAVV
EMNYKAIDAGVNALHKVEVPASWSNPEADAPAPELKGRPETVKLVKNLMNPIALMDGDSL
PVSAFKDNPDGEFEHGASAYEKRAIAVTVPEWDQEKCIQCNSCAFVCSHATIRPFMLSEE
EIKAAPSNIKLADTKPKASEYKYTMSVSPMDCMGCGECITVCPRDAIKMVPQESQLHEQP
VFDYLVANVSKKPGVPAETTVKGSQFNQPLLEFSGSCAGCAETSYARLVTQLFGEQMYIS
NATGCSSIWGGPAAASPYTVNKDSKMGPAWANSLFEDNAEHGFGMYLGQKVIREQAIAKL
EKIAASDKASEELKAAIAKFMETKDNTKENAPATKALVAELEKAANAGCELSKEVLDKKQ
FLAKKSVWIFGGDGWAYDIGFGGLDHVIATGENVNIMVFDTEMYSNTGGQTSKASTLGEV
CQFAASGKETAKKNLAEIAMSYGYVYVAQIALGANPAQAIKVIAEAEAYNGPSLIIAYAP
CELHGVKGGMRHCQDEMKKAVASGYWNLFSYNPALKAEGKNPLTISSKPGDGSYQEFLSS
ETRFARLARAFPERAEKLFKESEKAAKERYERLVKLSELYNN
NT seq 3549 nt   +upstreamnt  +downstreamnt
atgtcaagacttaaacaatcaatggacggtaatacagctgctgctcatgtggcttacgct
tttacagaagttgctgctatttaccccattacaccgtcaagtccaatggctgattgtgtt
gatcaatggtccgctgctggcagagaaaatattttcggtaatcaagttaaagttgttgag
cttcaatcggaagcaggtgctgcaggaactgttcacggttctcttgctgccggtgcttta
acatcaacatttacagcttcacagggactgcttttaatgattccaaatatgtataaaata
gctggagaattgcttccgagcgtatttcacgtatcggcacgtactgttgctacacatgct
ttgaacatttttggtgaccacagcgatgtttatgcttgccgccagacaggatttgctatg
ttggctgagtcaaatcctcaggaagttatggatttaagtgcagtagcacatcttgcatca
atagagggaagaataccttttatcagtttctttgacggattccgtacatcccatgaaatg
caaaaaatagaagtatgggattacgctgatttaaaagaaatgtgcaatatggatgctgta
aaagctttccgtgaccgtgcattgaatcctgagaatccgaagatgcgtggatcccatgag
aatggagatatattcttccagcatcgtgaagcatgtaacgtttattatgacacattgccg
gctattgttgaaaaatacatggcaatggttaataagaaaattggaacaaattatgatctc
ttcaactattacggagcacccgatgctgaccgtgttattgttgcaatgggatctttctgt
gatgtaactgaagaagttgtagattacctaaatgcccatggagaaaaagttggacttatt
aaagttcgtttgtaccgtccctgggtttctagcagtttcttaaaagtgcttcctaagaca
gttaagaaaattgcagttcttgaccgtacgaaagaaccgggtgcattgggtgaaccatta
tacttagatgtttcatctacaatccgtgaggcaggtctcaatgatgtagtggttgtaaac
ggacgttatggactcggatcaaaagatactcctccatcatcggtatttgctgtttacacc
gagcttaagaaggataatcctaagccacgctttacaataggtattgtagacgatgttacg
catttgagtttgccggaagttaaaccagcacctattacagctgcaccaggtacaatagaa
tgtaaattctggggtcttggcggagatggtactgttggtgccaataaaaactccacaaag
atcatcggtgaccatacagataaatatattcaggcatatttccaatacgattcaaagaaa
accggtggagttaccatttctcatttgagattcggtgataagcccattagaagtccttat
tatataaatcaggctgattttgttgcctgtcacaatccgtcctatgtattaaagggcttc
aaaatggttcaggatgttaagccgggtggaattttccttatcaactgccagtggtctgat
gaagaattatccaccaaattaaatgctgaaaccaagaaatatattgcagacaacaatatt
cagttatatacaataaatgctattgatatagctcttgaaataggtatgggtaaacgtacc
aatacaattcttcaatctgcattcttcaaactggcaaatattatgcctattgaggatgcc
gtaaaatatatgaaagaagcagcgaagaaatcatacggaagtaaaggcgatgctgttgtt
gaaatgaattataaggcaatagatgccggagtgaatgcacttcataaagtagaagttcct
gcttcctggtcaaaccctgaagctgatgctcctgctccggaacttaaaggtcgtcctgaa
acagttaaattggttaaaaatcttatgaatccgatagcattaatggatggcgacagcctt
ccggtatcagccttcaaggataatcctgacggagagtttgagcatggtgcttctgcttat
gaaaaacgtgctatagctgtaactgttcccgagtgggatcaggaaaaatgtattcagtgt
aacagctgtgcctttgtatgttcccatgcgacaatccgtccgtttatgttaagtgaggaa
gaaataaaagctgctccttcaaatatcaaacttgccgataccaagcctaaggccagcgaa
tataaatatacaatgagtgtatctcctatggattgtatgggctgcggagaatgtattaca
gtatgtcctagggatgctataaagatggtacctcaagagtctcaacttcatgagcagcct
gtatttgattatttggttgcaaatgttagcaagaaacctggagtacctgctgaaactacg
gttaaaggttcccagttcaaccagccgcttcttgagttctcgggaagttgtgcaggatgt
gccgaaacgtcttatgcgcgtttggttacccagttgtttggtgagcaaatgtatatatcc
aatgcgacaggttgttcttccatctggggaggtcctgctgcagccagtccgtatacagta
aataaagactccaagatgggtcctgcctgggctaactcactgtttgaagataatgcagag
catggattcggtatgtatttaggacaaaaagttattcgtgaacaggcaattgcaaaactt
gaaaagatagcagcttcagataaagcatctgaagaattgaaggcagctattgccaaattc
atggaaactaaggataatacaaaagaaaatgcacctgcaaccaaagcattggttgctgag
cttgaaaaagctgctaatgcaggatgtgaactttctaaagaagttcttgataaaaagcag
ttccttgcaaagaaatccgtatggatctttggtggtgacggatgggcttatgatatagga
ttcggtggtcttgaccatgttattgctaccggtgaaaatgtaaacataatggtatttgat
acagaaatgtattcaaatacaggtggacagacatctaaagcttcaactttaggagaagtt
tgtcagtttgctgcttcaggaaaagaaactgcgaaaaagaatcttgctgaaatagctatg
agttatggatatgtatatgttgcacaaattgctcttggtgctaacccggctcaagctata
aaggttattgcagaagctgaagcctataacggaccttcgttaattattgcatatgctcct
tgtgaacttcatggagtaaaaggtggaatgagacattgccaggatgaaatgaaaaaagca
gttgcatccggttactggaatctcttctcctacaatcctgctcttaaagctgaaggtaag
aatcctcttactatatcttctaaacctggtgatggaagctatcaggaattcttaagcagt
gaaacacgttttgcacgtctggctcgtgcgttcccggaacgtgccgaaaagctgtttaaa
gagtccgaaaaagctgctaaagagcgttatgagcgtttagtaaaactgtcagaactctat
aataattga

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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 (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (18)   
   Pfam (18)   
All databases (48)   

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