KEGG   Vibrio parahaemolyticus O1 Kuk FDA_R31: M634_10095
Entry
M634_10095        CDS       T02761                                 
Name
(GenBank) dimethyl sulfoxide reductase subunit A
  KO
K07306  anaerobic dimethyl sulfoxide reductase subunit A [EC:1.8.5.3]
Organism
vpf  Vibrio parahaemolyticus O1:Kuk FDA_R31
Pathway
vpf00920  Sulfur metabolism
vpf01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:vpf00001]
 09100 Metabolism
  09102 Energy metabolism
   00920 Sulfur metabolism
    M634_10095
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:vpf02000]
    M634_10095
Enzymes [BR:vpf01000]
 1. Oxidoreductases
  1.8  Acting on a sulfur group of donors
   1.8.5  With a quinone or similar compound as acceptor
    1.8.5.3  respiratory dimethylsulfoxide reductase
     M634_10095
Transporters [BR:vpf02000]
 Other transporters
  Transmembrane electron carriers [TC:5]
   M634_10095
SSDB
Motif
Pfam: Molybdopterin Molydop_binding Molybdop_Fe4S4 TAT_signal
Other DBs
NCBI-ProteinID: AGQ91033
Position
I:complement(2131092..2133539)
AA seq 815 aa
MSQNGKFNITRRDALKCGSALGALALAGNALSLPFATKAVAKETPAKPNEKIVWSACTVN
CGSRCPLRMHVVDGEIKWVETDNTGDDVYNHNHQVRACLRGRSMRRRVYSPDRLKYPLLR
VGKRGEGKFKRITWDEAFDLIGDNLKRIIKDYGNDAVYLNYGTGTLGGTVTKSWDPSATL
VARMMNLCGGYLNHYGDYSAANIECMSEYFYGTWVDNNSIDDVQNADLCLMFGNNPAETR
MSGGGQIHNYVDAKNISHTRTICIDPRYTDTAAGREDQWVPIKHGTDAALIAAIAHVLIS
EDKVDQDFLDRYCVGYDRKTLPASAPENGSYKDYIMGTGPDGIEKTPEWAQPITGIPADV
ILKLAREIGDAKRIYITQGWGLQRSANGEQACKAIMMLSLLRGQVGLQGGGTGAREGNHS
YPFQRFPKVPNPISASIPMFLWTDAIFRGTEMTDLTDGIKGVQKLQNNIKFIWNYAGNCL
INQHSDINRTHDILQDEKACEMIVVIDNHMTSSAKYADIVLPDCTTSEQSDFCMDGAAAS
MPYFIFASQAIQPRFECKPIYDIMSGVAKRMGVFDEFTEGRTQEEWLQWMYAQTVKQNND
PNLPSYDEMRKQGIYKKQFDRPHVAFEDFRRDPEANPLPSPSGKIEIYSETLAKINEEWE
LDEDESITPLPEYVSTFNGWDSPDRKEFPLQLTGFHYKSRAHSTYGNVDILKAAAPQELW
INPIDAASRNIENGDLVSVRSKFGEMNVRVKVTPRIMPHVVGLGEGAWYAPNAKGVDQAG
SINVLTTQRPSPLAKSNPSHTNLVEVTLIKKMGAK
NT seq 2448 nt   +upstreamnt  +downstreamnt
atgagtcaaaatggtaagtttaatattactcggcgtgatgctttaaagtgcggttctgca
cttggcgctttagcgttagcaggaaacgcgctttctctcccgttcgcaactaaagcggtt
gccaaagaaacgccagcaaaaccaaatgaaaaaattgtctggtcggcatgtaccgtaaac
tgtggttctcgttgtccgcttcgtatgcacgtggtcgacggtgaaatcaaatgggtagaa
accgataacacgggtgatgatgtgtataaccacaatcatcaagttcgtgcttgtttgcgt
ggtcgctctatgcgtcgccgtgtttactcgccagaccgtttgaaatacccacttcttcgc
gttggtaaacgtggtgaaggtaagttcaaacgcatcacttgggacgaagcctttgacctc
attggtgacaacctaaaacgcatcattaaagactacggtaatgacgcggtttacttaaac
tacggtacgggtaccttgggtggtacggtaactaagagctgggatccgagcgcgacattg
gttgcacgtatgatgaacctttgtggtggttacctgaatcactacggcgactactcagca
gcgaacatcgaatgtatgtctgagtacttctacggcacttgggtagacaacaactcgatt
gacgacgtgcaaaacgcagatctttgtctgatgtttggtaacaaccccgccgagacgcgt
atgtcgggcggtggtcaaatccacaactacgtggacgcaaaaaatattagccacacacgt
acgatctgtatcgaccctcgttacaccgatactgccgctggtcgtgaagaccaatgggta
ccaatcaaacatggtaccgacgcagcattgatcgctgctatcgcacatgtattgatcagc
gaagacaaagtcgaccaagatttccttgaccgctactgtgtgggttatgaccgtaaaaca
ctgccagcgtcggcgccagaaaatggcagctacaaagattacatcatgggtacaggtcca
gatggtatcgagaaaacgccagagtgggcacagccaatcacaggtattcctgctgatgtg
atcttgaaacttgcgcgtgaaatcggcgatgcaaaacgcatttacatcacccaaggttgg
ggtctacaacgctcagcaaacggtgagcaagcgtgtaaagcgatcatgatgctgtctctg
cttcgtggtcaggttggtctacagggtggtggtactggtgctcgtgagggtaaccactct
tacccattccaacgcttcccgaaagtgccaaacccaatcagcgcttctatcccaatgttc
ctttggacagacgcgattttccgtggcactgagatgaccgatcttactgacggtatcaaa
ggtgttcagaagctgcaaaacaacatcaagttcatctggaactacgcgggtaactgtctg
attaaccaacactcagacatcaaccgcacacacgatattcttcaagatgaaaaagcgtgt
gaaatgattgtggtgatcgataaccacatgacctcttctgcgaagtatgccgatatcgta
ctgccagactgcacaacctcagagcaatcggatttctgtatggatggtgcggcagcatca
atgccttatttcatctttgcaagccaagcgattcaacctcgtttcgaatgtaagccaatc
tacgacatcatgtctggtgtggcgaagcgtatgggcgtgtttgatgagtttactgaaggt
cgcacgcaagaagagtggctgcaatggatgtacgctcagaccgtcaaacaaaataacgat
ccaaacctgccgtcttacgatgagatgagaaaacagggaatctacaagaagcaattcgac
cgtccacacgtggcgtttgaggacttccgccgtgacccagaagcgaatccattgccttcg
ccatcaggtaagattgagatctactcagagaccctcgcgaagatcaacgaagaatgggaa
ctggatgaagatgaatccatcacaccattgccagaatatgtttcgacattcaacggctgg
gattcgccagatcgtaaagagttcccacttcagctaacgggcttccactacaaatcgcgc
gcgcactcaacgtacggcaacgtggacatcctaaaagcagcagcgccacaagagctttgg
atcaacccgattgatgcagcgtcacgcaacattgaaaacggtgatttggtgagcgttcga
agcaagtttggtgaaatgaacgttcgcgtaaaagtgactccacgcatcatgccgcatgtg
gttggcttaggtgagggcgcatggtacgcaccaaacgcaaaaggtgttgaccaagcgggc
tctatcaacgtgctaacaacacaacgtccaagccctttggcaaaatcaaacccgagccat
accaacctcgttgaagtgacgctaattaagaaaatgggggctaaataa

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (5)   
   KEGG COMPOUND (5)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein domain (4)   
   Pfam (4)   
All databases (20)   

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