KEGG   Desulfosarcina ovata subsp. sediminis: DSCO28_33650
Entry
DSCO28_33650      CDS       T06286                                 
Symbol
poR_2
Name
(GenBank) pyruvate synthase
  KO
K03737  pyruvate-ferredoxin/flavodoxin oxidoreductase [EC:1.2.7.1 1.2.7.-]
Organism
dov  Desulfosarcina ovata subsp. sediminis
Pathway
dov00010  Glycolysis / Gluconeogenesis
dov00020  Citrate cycle (TCA cycle)
dov00620  Pyruvate metabolism
dov00650  Butanoate metabolism
dov00720  Carbon fixation pathways in prokaryotes
dov01100  Metabolic pathways
dov01110  Biosynthesis of secondary metabolites
dov01120  Microbial metabolism in diverse environments
dov01200  Carbon metabolism
dov01210  2-Oxocarboxylic acid metabolism
Module
dov_M00307  Pyruvate oxidation, pyruvate => acetyl-CoA
Brite
KEGG Orthology (KO) [BR:dov00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00010 Glycolysis / Gluconeogenesis
    DSCO28_33650 (poR_2)
   00020 Citrate cycle (TCA cycle)
    DSCO28_33650 (poR_2)
   00620 Pyruvate metabolism
    DSCO28_33650 (poR_2)
   00650 Butanoate metabolism
    DSCO28_33650 (poR_2)
  09102 Energy metabolism
   00720 Carbon fixation pathways in prokaryotes
    DSCO28_33650 (poR_2)
Enzymes [BR:dov01000]
 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
     DSCO28_33650 (poR_2)
SSDB
Motif
Pfam: POR_N POR EKR PFOR_II Fer4_7 Fer4_16 Fer4 Fer4_10 Fer4_8 Fer4_6 Fer4_21 Fer4_2 Fer4_17 Fer4_9 Transketolase_C Fer4_4 EH_Signature Fer4_18 KHA Fer4_22
Other DBs
NCBI-ProteinID: BBO82799
UniProt: A0A5K7ZQP4
Position
complement(3812811..3816455)
AA seq 1214 aa
MAKKMKTVDGNTAAAHVAYAMSEVAAIYPITPSSPIGEICDEWAANGLKNIFGQTLLVRQ
LQSEAGAAAAVHGSLAAGALTSTYTASQGLLLMIPNMYKMSGELLPGVLHVTARAIAGHA
LSIFGDHQDVMAVRQTGFALLASASVQEVMDLGLVAHLAAIDSSVPFVHFFDGFRTSHEI
QKIEMIDYADMAGLVNMEALENFRSRATNPEAPELRGTAQNPDIYFQGREAVNAFYEEVP
DTVAGYMKKVSALTGRKYNLFDYVGDPNADRVIISMGSSCETIEEVVDHLNAHGESVGLV
KVRLFRPFSARHLLAAIPATASRITVLDRTKEPGALGDPLYQDICTAFMEQGDMPTIING
RYGLGSKEFNPSMVKAVFDNMNGMVPKNHFTVGIIDDVTHTSLEVETGFDVAPEGTVQCK
FWGLGADGTVGANKSAIKIIGDNTDMYAQAYFAYDSKKSGGVTISHLRFGKTPIQSTYLI
DSADYIACHNPSYVQTYDVLEGIKEGGSFMLNSPWSLEEMEEKLPASMRRTIARKKLKFY
NIDAVAIAGEVGLGGRINMIMQTAFFKAANVIPVDDAIAYLKDQIKSMFGKKGDKIVNMN
NAAVDKTLDHLVEIQVPDTWADAGLVAADTADEPEWVADVMRPMLAQQGDKLPVSAFSPD
GIFPVGTTQYEKRGVAINVPEWVMENCIQCNQCAMVCPHAAIRPVLVTDEELAAAPEGFE
AKNALGKELKAYKFRVQVFTEDCMGCGNCADICPAKKPALVMKPLGTQIDRQVPNQRYAS
SLPVREGLVSRNTVKGSQFYQPLLEFSGACAGCGETPYAKLLTQLFGERMVIGNATGCTS
IWGGSAPSIPYCVNAEGHGPSWGNSLFEDPAEFTYGMFLGALQQRQQLAEWVAEAVTTDI
DDELKAAMEGWLANMKDAEGSKQYGDQIREMLFAYAGNPLLEKIDSLSAHFTKRSYWIFV
GDGSAYDISFGGIDHVLASGEDINVMVYDTEVYSNTGGQSSKATPTGSIAKFAASGKKTA
KKDLGAMAMTYGYVYVANVGMGANKQQLVKAFTEAEGYDGPSLIMAYAPCINHGIKKGMG
KSQEETNLAVKSGYWPLYRYNPLLTAEGKNPFVLDSKEPDGSLQEFLAGEVRYAALQKLF
PEEAQKLHTRLEAEFTARYAKLKEMAEAEFKPVAGAGELAEPAEGGDACTLAGTAEHAGR
EGADEACDDGRAGN
NT seq 3645 nt   +upstreamnt  +downstreamnt
atggcaaaaaagatgaagactgtcgacggtaacaccgctgccgcgcatgtggcctacgcc
atgagcgaggtggcggccatttatccgatcaccccatcgtctcccatcggcgagatctgc
gatgaatgggcggccaatgggcttaagaatatttttggtcagacgctgctggtccgtcag
ctgcagagcgaggccggtgcggcggccgccgtccacggttccctggccgccggtgccctg
acctccacctataccgcatctcaggggcttttgctgatgattcccaacatgtacaagatg
tccggtgaactcttgcccggcgtcctgcatgtgaccgcccgggccatcgcgggccatgcg
ctttccattttcggtgatcaccaggatgtcatggcggttcgccagaccgggtttgccctt
ctggcctcggcatcggtgcaggaggtgatggatctggggctggtggcccacctggccgcc
atcgacagcagtgtcccgtttgttcattttttcgacggattccgcacgtcccacgaaatc
cagaagatcgaaatgatcgattatgcggatatggccgggctggtcaacatggaagcgctg
gagaatttccgcagccgcgcgaccaatcccgaggcgcctgaattgcgtggtaccgcccag
aatccggatatctacttccagggccgcgaagcggtcaacgccttttacgaggaagtgccg
gatactgtcgccggctacatgaaaaaggtgtcggcgctgaccggtcgaaaatacaacctg
ttcgattacgtgggcgatcccaatgccgaccgggtgatcatctccatgggctcgtcctgc
gaaaccattgaggaggtggtcgaccacctcaacgcccacggcgaatccgtgggattggtc
aaggtgcgcctgttccgccccttctcggccagacatctgctggccgccattccggccacg
gcgtcgcggatcaccgtgctcgaccgcaccaaagagcccggcgcactgggcgatccgctc
taccaggatatctgtaccgctttcatggagcagggcgacatgcccaccatcatcaacggc
cgatacggcttgggttccaaggagttcaacccctccatggtcaaggcggtgttcgacaac
atgaacggcatggtaccgaagaatcatttcaccgtgggcatcatcgacgacgtcacccat
accagcctggaagtcgagaccggattcgacgtggcgcccgaaggcacggtccagtgcaag
ttctggggcctcggggccgatggaaccgtgggcgccaacaaaagcgccatcaagatcatc
ggcgacaacaccgacatgtacgcccaggcctatttcgcctacgattccaagaaatcgggc
ggtgtgaccatttcccatttgcggttcggcaaaacgccgattcagtccacctacctgatc
gacagtgccgattatatcgcctgtcacaacccgtcctatgttcagacctacgacgtcctg
gaggggatcaaggagggcggctccttcatgctcaacagcccctggagcctggaggagatg
gaagagaaactgcccgcgtccatgcgccgtaccatcgcccgcaagaaactcaagttctac
aatatcgatgccgtcgccatcgccggtgaagtgggcttgggcggacgcatcaatatgatc
atgcagaccgccttcttcaaggcggccaatgtgatccccgtggacgatgccatcgcctac
ctcaaggaccagatcaagagcatgttcgggaaaaagggcgacaagatcgtcaacatgaac
aacgccgcagtggacaagaccctggatcatctggtggaaatccaggtgccggacacctgg
gctgatgccggcctggtcgccgctgacacggccgacgagcccgagtgggtcgccgatgtg
atgcggcccatgctggcccagcagggcgacaagctgccggtgagcgcgttttcgccggac
ggcatcttcccggtgggcaccacccagtacgagaaacgcggtgtggccatcaatgttccc
gagtgggtcatggaaaactgcatccagtgcaaccaatgcgccatggtctgcccccatgcg
gccattcgtccggtgctggtgaccgacgaggaactggccgccgcacccgagggattcgag
gccaaaaacgctctgggcaaggaactcaaggcatacaaattccgcgttcaggtgtttacc
gaagactgcatgggctgcgggaactgtgccgatatctgtccggccaagaagccggccctg
gtgatgaagccgttgggcacgcagatcgaccggcaggtgcccaatcagcggtatgcgtcc
agcctgccggtgcgtgagggcctggtctcgcgcaatacggtcaagggcagccagttctac
cagccgctgctggagttctccggtgcctgtgccggttgcggggaaacgccttacgccaaa
ttgctcacccaactgttcggcgaacgcatggtgatcggcaacgccaccggctgcacctcc
atctggggcggcagcgcaccctcgattccttactgcgtcaacgccgaagggcacggtccc
agttggggcaactccctgttcgaggatccggccgagtttacctacggcatgtttctgggg
gccctgcagcagcgccagcagctggccgaatgggttgccgaggccgttacgacggatatc
gatgacgaactcaaagcggccatggagggctggctggcgaacatgaaggacgccgaagga
tcgaaacaatacggcgaccagatccgcgagatgctttttgcctatgccggcaatccgctg
ctggaaaagatcgacagtctgtcggcccacttcaccaaacgatcttactggatctttgtg
ggtgacggatcggcgtatgacatctcctttggcgggatcgatcatgttctggcgtccggt
gaggacatcaacgtgatggtttacgatacggaagtgtactccaacaccggcgggcagagc
tccaaggccacccccaccggctccatcgccaagtttgccgcctcgggcaagaagaccgcc
aagaaggacctgggcgccatggccatgacctatgggtatgtttacgtggccaacgtgggc
atgggggccaacaagcagcagctggtcaaggccttcaccgaagcggaaggctacgacggg
ccatcgctgatcatggcctatgcgccgtgcatcaaccacggcatcaaaaaaggcatgggc
aagagtcaggaagagaccaacctggccgtcaagagcggttactggccgctgtaccggtac
aaccccctgctcacggccgagggcaagaatccctttgtcctggattccaaggaaccggac
ggcagcctgcaggaatttctggccggtgaggtccgctatgcggccctgcagaagcttttc
cctgaagaagctcagaaactgcacacccggctggaagcggagtttaccgcccgctacgcc
aaactgaaggagatggccgaggccgagtttaagccggtggcgggcgccggcgagctggcc
gaacccgcagagggcggagatgcctgcaccctggccggaacggccgagcatgccggccgt
gagggcgccgatgaggcctgcgacgatggcagggccggaaactag

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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 (2)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (20)   
   Pfam (20)   
All databases (50)   

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