KEGG   Virgibacillus sp. MSP4-1: GWK91_00060
Entry
GWK91_00060       CDS       T06398                                 
Name
(GenBank) nitrate reductase subunit alpha
  KO
K00370  nitrate reductase / nitrite oxidoreductase, alpha subunit [EC:1.7.5.1 1.7.99.-]
Organism
vim  Virgibacillus sp. MSP4-1
Pathway
vim00910  Nitrogen metabolism
vim01100  Metabolic pathways
vim01120  Microbial metabolism in diverse environments
vim02020  Two-component system
Brite
KEGG Orthology (KO) [BR:vim00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    GWK91_00060
 09130 Environmental Information Processing
  09132 Signal transduction
   02020 Two-component system
    GWK91_00060
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:vim02000]
    GWK91_00060
Enzymes [BR:vim01000]
 1. Oxidoreductases
  1.7  Acting on other nitrogenous compounds as donors
   1.7.5  With a quinone or similar compound as acceptor
    1.7.5.1  nitrate reductase (quinone)
     GWK91_00060
Transporters [BR:vim02000]
 Other transporters
  Transmembrane electron carriers [TC:5]
   GWK91_00060
SSDB
Motif
Pfam: Molybdopterin Molydop_binding Nitr_red_alph_N Molybdop_Fe4S4 DUF1961
Other DBs
NCBI-ProteinID: QHS21448
UniProt: A0A6B9Y9D6
Position
10006..13686
AA seq 1226 aa
MARRGNKLLDHLKYLKKGNRINDGFTEESPRPRDSEEIYRRRWQHDKIVRSTHGVNCTGS
CSWKIYVKDGIITSETQQTDYPSTGDDFPEYEPRGCPRGASFSWYTYSPVRVKFPYIRGD
LYELWKTERNLGKDPVEAWESIQIDPEKRQQIVQARGKGGFVRTDWKEVCQIIASSIIYT
IKKYGPDRVVGFSPIPAMSMVSYAGGARFLSLLGGTLLSFYDWYADLPPASPQVWGEQTD
VPESADWYNTKYFIIWGTNLPQTRTPDAHFMVEARYNGTKVVGVSPDYAEYEKFADLWLP
ARAGTDGALAMAMTHVILKEYYVKQQTPYFNDYVKQYTDLPFLVLLNKHGEEYRSDRFLR
ASDINGQHKLGEWKTVVWDENTNELEVPNGSQGFRWDKGSNWNLKLEKEDGTQINPNLSF
IDQSDEVTQVTFPYFAEEEGGAVSRGVPVKYIQDKDGNELTVTTVYDLMMAHVGVDRGLP
GDYPTSYEDEKPYTPAWQESITGVNKNHVIKIAKEFADNAARTKGKSMIALGGGSNHWFH
SDQIYRSILNLVLLTGSQGVNGGGWAHYVGQEKVRPTEGWNMVSFAGDWGNVPRLQNGTS
FFYFATEQFRYESEIDKKETPWNGKYHHMHPADANALSARLGWLPSFPQFTQNSIDLVKE
SRENGAQDEKEIIDDVVKKIKTGEIDWSIENPDDPRNFPRVFFNWRSNLLGDSGKGHEYF
AKHLIGGDSQVMTDAKNSWQPEEVNVSDVPPEGKTDLFVSIDFRMTSSGLFSDIVLPAAT
WYEKFDISSTDMHPFIHPFNAAISPPWQAKSDWDSFREIAKVFSELAEEHLPAQEDLVMR
PLGHDSEDEIAQVYGKVKDWRKGETEPIPGKTMPNLKVVERDYPNLYQKMTTIGPELKKG
YGGKGVKIPGEDVYEDLKSRLGTSGRKGIGKGNPDLYTDKKAIDAILNMSGATNGKRAIA
GWKSMEAKTGQKLTEIAEPREEDDFTLRDLTIQPRTSISTPVWSGLEKDGRRYSPFTVNT
EYLIPWRTLTGRQSFYLDHEMMLDYGEGLPLYLPPLNAGPFLKKDKGVEDDGQSLTVRYL
TPHQKWGIHTMFTESTPMVQLFRGWQVVWMNEKDAASVGIKDNDFIEVYNRNGVISARAV
ITYRIPRGMVYMYHAQDRTMGVPGTSINKKRGGTHNSVTRITLKPTHMIGGYSQLSYGFN
YYGPTGHQRDTMAVIRPLKEVDWLEN
NT seq 3681 nt   +upstreamnt  +downstreamnt
atggcaagaagaggcaataaattattggatcacttaaagtacttaaaaaaaggaaatcga
atcaatgatggttttactgaggaaagcccccgtccaagagattctgaggagatataccgg
cgcagatggcaacatgataaaattgtccgttccacccatggcgtaaattgcacgggttcc
tgcagctggaaaatctatgtaaaggacgggattatcacttcagaaacccagcagaccgat
tatccttctactggggatgattttccggaatacgagcctcgtggctgtccaagaggagcg
agtttttcctggtatacgtacagtcctgtgagggtgaaatttccttacatacgtggagac
ttatatgaattatggaagacagagcgaaatctaggtaaggatccggttgaggcatgggaa
agcatccagattgatcccgaaaaaagacagcaaattgttcaggcacgtggaaaaggcgga
ttcgtaaggacggattggaaggaagtctgccaaatcattgccagctctattatttataca
attaaaaaatatggtccggatcgggttgttggtttcagtcctattcccgcgatgtccatg
gtcagctatgcaggtggtgcccggtttttatccctgcttggcggaacacttctgagtttc
tatgactggtatgcagatctgccgccagcctccccgcaggtctggggtgagcagaccgat
gttccggaaagtgccgactggtataacacgaaatattttattatctggggcacgaatctc
ccacagacccgtacaccagatgcccactttatggtagaggccaggtacaacggaacaaaa
gtggttggggtcagtcccgattacgcagaatatgaaaagtttgctgatttatggctcccg
gccagggcaggaacagatggagccctggcgatggccatgactcatgtgattttaaaagaa
tattatgtaaagcagcaaacaccttattttaatgactatgtcaaacaatatacggatttg
ccgtttcttgtgctgttaaataagcatggagaggaatacaggagcgaccgtttcttaagg
gcttcagatattaatggtcaacacaagcttggcgagtggaaaacggtggtctgggatgaa
aacaccaatgagctggaggttccaaacggcagtcaaggttttcgctgggataaaggaagc
aattggaatctcaagctggaaaaggaagatggaacacagattaatccaaatctcagcttt
atcgatcaatccgatgaagtgacacaggtgacctttccttattttgccgaagaggaaggt
ggggctgtttcccgcggagttcccgtcaagtatattcaggataaagacggaaatgagctt
acagtaacaacggtttatgaccttatgatggctcatgtgggtgtggacagaggcttacca
ggtgattatccaacaagctatgaggatgaaaagccttatacacctgcctggcaggaaagt
attacaggtgttaacaaaaatcatgttattaagattgccaaagaatttgctgataatgca
gccagaacgaaagggaaatccatgatcgccctggggggaggctccaatcactggttccat
agtgatcaaatctatcgttctattttaaaccttgttctattaacaggttctcaaggtgtg
aacggcggaggatgggctcattacgtgggtcaggaaaaggtccgcccgactgaaggctgg
aatatggtttccttcgcaggggactggggaaatgtgcctcgtctgcaaaatggaacctcc
ttcttttactttgcaacggaacaattccgttatgagtctgagattgataagaaggaaacc
ccatggaacggaaaataccatcacatgcacccggctgatgccaatgcactttccgcaaga
ttgggctggctgccttcgttcccccagttcacgcagaattctattgatctggtaaaggag
agcagagagaacggagcgcaggatgaaaaagagattattgatgacgtagtgaaaaaaatc
aaaacaggggaaattgactggtccattgaaaatccggatgatccccggaattttccccga
gtattttttaactggcgctccaacctgttaggagacagtggtaagggtcatgagtatttt
gccaagcatttaattggtggagacagtcaggttatgaccgatgcaaaaaactcctggcag
ccagaagaagtcaacgtttctgatgtgccgcctgaagggaaaaccgatttattcgtcagt
attgatttccggatgacaagctcaggtctgttttcagatattgtccttccggcagcgacc
tggtatgaaaagtttgatatcagcagtacggatatgcatccgtttattcatccatttaat
gcagcgatttccccgccatggcaggccaaaagtgactgggattcattccgggaaattgcc
aaagtcttttccgaattagcggaggagcatctgcctgctcaggaggatctggtcatgaga
ccccttggccacgattcagaggatgaaattgcgcaggtttacggaaaggtaaaggattgg
cgaaaaggagaaacagagccgattcctggcaagacgatgccgaatttgaaagtggttgaa
cgggattatccaaacctttatcaaaaaatgacaaccatagggcctgaattgaagaagggc
tatggaggaaaaggtgtaaaaattccaggagaagacgtttatgaagatttgaagagcaga
ttgggaacatcaggacggaaagggattggaaaaggaaaccctgatctttatacagacaaa
aaagcgattgatgctattctgaatatgtccggtgcaacaaatgggaagcgtgccattgca
ggctggaaatccatggaggcaaagaccgggcagaagttaacggaaattgccgaaccccgg
gaagaggatgattttacacttagggatctgaccattcagccgcgcacgtccatttcaacc
cctgtgtggagcggtctggaaaaggacgggagacgttattcgccgtttacggttaataca
gaatatctcattccatggcgaacattgacaggcagacagagcttttacctggaccatgaa
atgatgctggactatggcgaggggcttcctttatacctgccacctcttaatgcaggccca
ttcctgaaaaaggataagggtgttgaggatgatgggcagtctttaaccgttcgttatttg
accccgcaccagaaatggggtattcacacgatgtttacggaatcgaccccaatggttcag
ctgttcagaggctggcaggttgtctggatgaatgaaaaagatgcggcgtctgttggaatt
aaggataacgattttattgaggtctataacagaaatggtgtaatttccgcccgtgcggta
atcacctaccgaatccctcgtggaatggtttatatgtaccacgcccaggatcgaaccatg
ggtgttcctggtacctcaattaacaaaaagcggggaggaacccataacagtgtgacgcga
attacgttaaaaccgacgcatatgattggcggctattcacagcttagttacgggtttaat
tattatgggccgactggtcatcagcgggatacgatggccgtcatcagaccacttaaggag
gtagattggcttgagaattaa

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (7)   
   KEGG PATHWAY (4)   
   KEGG MODULE (3)   
Chemical substance (10)   
   KEGG COMPOUND (10)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (2)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (5)   
   Pfam (5)   
All databases (33)   

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