KEGG   Sulfurimonas xiamenensis: FJR47_07035
Entry
FJR47_07035       CDS       T06240                                 
Symbol
napA
Name
(GenBank) nitrate reductase catalytic subunit NapA
  KO
K02567  nitrate reductase (cytochrome) [EC:1.9.6.1]
Organism
suln  Sulfurimonas xiamenensis
Pathway
suln00910  Nitrogen metabolism
suln01100  Metabolic pathways
suln01120  Microbial metabolism in diverse environments
Module
suln_M00529  Denitrification, nitrate => nitrogen
Brite
KEGG Orthology (KO) [BR:suln00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    FJR47_07035 (napA)
Enzymes [BR:suln01000]
 1. Oxidoreductases
  1.9  Acting on a heme group of donors
   1.9.6  With a nitrogenous group as acceptor
    1.9.6.1  nitrate reductase (cytochrome)
     FJR47_07035 (napA)
SSDB
Motif
Pfam: Molybdopterin Molydop_binding Molybdop_Fe4S4 TAT_signal SHE3
Other DBs
NCBI-ProteinID: QFR43678
UniProt: A0A5P8NNX5
Position
1398058..1400880
AA seq 940 aa
MSLSRREFLKSSAAASAAAAVGMNVPTELKAAANQAEGDWRWDKAACRFCGTGCGIMMAT
KNGKIVAVKGDPAAPVNRGLNCIKGYFNAKIMYGADRLTQPLLRVDANGNFDKKGKFAPV
SWERAFDEMEFHIKKALKHAGPEGVGVFASGQYTIMEGYAAQKMMKGGFRSNAFDPNARH
CMASAVVGFYQTFGIDEPSGCYDDIELTDTVVSWGSNMAEMHPILWSRVTDRKLSDPDRV
KVVSIQTYTHRTSDIADIEIIFSPNTDLAIWNYIAREIVMRDEAEGIIDWDFIKKHIIFT
VGPVNIGYGMRRSDEKSIKDGKYTAKEMETISKEMKKKVSAKEAPALEPYGYKEGDVMEN
IPGTLGHWEISFQEYKKSLEPYTLDYTARIVKGDPDEDLESFKAKLQALADLYIEKDRKV
VSFWTMGMNQHTRGTWVNTLSYNVHFMLNKQAVPGSGAFSLTGQPSACGTAREVGTFCHR
LPADMMVANPKHRKITENKWMVPEGTINPVGVQHIMKIHRDIEDGLIKFAWVNVCNAYQD
SASATHWIKAAREMDNFIVTSDGYPGISAKVSDLVLPSAMIYEKWGGYGNAERRTQLWRQ
QVLPVGNAMSDTWQWVELSKRFTVKDLWGEWAPSGPRKKALPSVIEQAKAMGYSEDTTMF
EILYANDIAKSYKLDQNDPIQKGYDNSEGYGDSRNVVGSDGKVFKGYGFFIQKYLFEEYA
AFGRGHGHDLAPFDIYHKVRGLKWPVVDGKETQWRFNAKYDPYAAKATKETGNSHAFYGT
LAKSLKFGNLTGMDKNTEQKSLANKAKIFARPYMDPPEMPDEEYDTWLCTGRVLEHWHSG
TMTMRVPELYRAVPEALCYMNPKDAEAKGLKQGGLCWVESRRGKVKARVETRGRNRPARG
LVFVPWFDEKVFINKVCLDATCPMSKQTDYKKCAVKIYKA
NT seq 2823 nt   +upstreamnt  +downstreamnt
atgtcactttcaagaagagagtttcttaaaagttcagcggcagcatctgcagcagcagct
gttggtatgaatgtgccgacagagctaaaagcagcggctaatcaagctgaaggcgactgg
agatgggacaaggcagcttgtcgtttctgtggtacaggttgtggtattatgatggcaaca
aaaaacggtaaaatcgttgctgttaaaggggatccagctgcaccggtaaatcgtggtctt
aactgtattaagggttactttaatgctaaaatcatgtatggtgctgatagattaactcaa
ccacttctcagagttgatgcaaatggaaactttgacaaaaaaggtaaatttgctccggta
tcatgggaaagagcttttgatgagatggaattccatattaaaaaagcactaaaacatgct
ggaccggaaggagtcggtgtatttgcgtcagggcaatatactattatggagggttatgca
gctcaaaaaatgatgaaaggcggatttagatcaaatgcttttgatccaaatgctcgtcac
tgtatggcttctgcggttgttggtttttatcaaacttttggtattgatgagccttcagga
tgttatgatgatatcgagttgacggatactgttgtatcttggggttcaaatatggcagag
atgcacccgattttatggtctcgtgtaactgacagaaaactttcagatccagatcgtgta
aaagttgtgtcaatccaaacatatacacatagaacatcagatattgcagatatagagatt
atcttttcaccaaatacagacttggcaatatggaactatatcgctagagaaattgtaatg
agagatgaggcagaaggcattattgactgggatttcattaaaaaacatatcatctttaca
gtagggcctgtaaacattggttatggtatgagaagaagtgatgaaaaatcaattaaagac
ggtaaatatactgctaaagagatggaaactatctctaaagagatgaagaaaaaagtttct
gcaaaagaagcacctgcattagagccttatggatataaagagggtgatgtaatggaaaat
attcctggtactcttggtcactgggaaatttcatttcaagagtataaaaaatctttagaa
ccttatactttagactacacagctaggatagttaaaggtgatccggatgaagatttagag
agctttaaagcaaaacttcaagcattagcagatctatatattgaaaaagatagaaaagta
gtatcattctggacaatgggtatgaaccaacatactcgcggtacatgggtaaatacactt
tcatacaatgtacactttatgttaaacaaacaagctgttcctggttctggagcattctct
ttaacaggtcagccgtctgcttgtggtactgctcgtgaagttggtacattctgtcacaga
cttccagctgatatgatggttgcaaatccaaaacatagaaaaatcactgaaaacaaatgg
atggttccagaaggaacaatcaacccagttggcgtacaacatattatgaaaattcatcgt
gatatcgaagatgggcttatcaaatttgcatgggtaaatgtttgtaatgcgtatcaagat
tctgcaagtgctacacactggattaaagcagcgcgtgagatggacaactttattgttact
tctgatggataccctggtatctctgcaaaagtttctgacctcgttttaccatctgcgatg
atttatgaaaaatggggcggatatggtaatgctgaaagaagaacacaactttggagacaa
caagttcttccagtaggaaatgctatgagtgatacatggcagtgggttgaactctcaaaa
agatttacagttaaagatttatggggtgaatgggcaccttcaggtccaagaaaaaaagct
cttcctagtgttatagaacaagcaaaagcaatgggatatagtgaagatactactatgttt
gaaattctttatgcaaacgatattgctaagtcatacaaacttgaccaaaatgatccaatt
caaaaaggatatgacaatagtgaaggttacggagacagcagaaatgttgtaggaagtgac
ggaaaagtatttaaaggatatggcttctttattcagaaatatctttttgaagagtatgcg
gcatttggacgcggacatggtcatgaccttgcaccgtttgatatttaccataaagttcgt
ggtcttaaatggccggttgttgacggtaaagaaacacaatggagatttaacgctaaatat
gatccttatgcagctaaagctacaaaagagacaggtaattcacatgcgttctatggaaca
cttgctaaatcacttaaatttggtaacttaactggaatggataaaaatactgaacaaaaa
tcattagcaaacaaagcgaagatatttgctcgtccatatatggatccaccggaaatgccg
gatgaagaatatgacacttggttatgtacaggtcgtgtactagaacactggcactcagga
actatgacaatgcgtgtacctgaactttatcgtgctgttccagaggctttatgctacatg
aatccaaaagatgcagaagctaaaggccttaaacaaggcggtttatgctgggtagaatca
cgccgtggaaaggtaaaagctagagttgaaactcgtggtagaaacagacctgcaagaggt
ttagtgtttgttccgtggttcgatgaaaaagtatttatcaataaagtttgtttagatgcg
acatgtccaatgtcaaaacaaacagactataaaaaatgtgctgtaaaaatttataaagcg
taa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (5)   
   KEGG PATHWAY (3)   
   KEGG MODULE (2)   
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 (30)   

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