KEGG   Campylobacter coli FB1: VC76_03780
Entry
VC76_03780        CDS       T03870                                 
Symbol
napA
Name
(GenBank) Periplasmic nitrate reductase precursor
  KO
K02567  nitrate reductase (cytochrome) [EC:1.9.6.1]
Organism
ccof  Campylobacter coli FB1
Pathway
ccof00910  Nitrogen metabolism
ccof01100  Metabolic pathways
ccof01120  Microbial metabolism in diverse environments
Module
ccof_M00530  Dissimilatory nitrate reduction, nitrate => ammonia
Brite
KEGG Orthology (KO) [BR:ccof00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    VC76_03780 (napA)
Enzymes [BR:ccof01000]
 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)
     VC76_03780 (napA)
SSDB
Motif
Pfam: Molybdopterin Molydop_binding Molybdop_Fe4S4
Other DBs
NCBI-ProteinID: AJW58173
UniProt: A0A5T1KEY4
Position
739588..742362
AA seq 924 aa
MNRRDFIKNTAIASAASVAGLSVPRPVFGAQEEEWKWDKAVCRFCGTGCGIMIARKDGKI
VAIKGDPAAPVNRGLNCIKGYFNAKIMYGEDRLVMPLLRMNDKGEFDKKGKFKQVSWQRA
FDEMEKQFKKAYNELGVTGIGIFGSGQYTIQEGYAALKLAKAGFRTNNIDPNARHCMASA
VVGFMQTFGVDEPSGCYDDIELTDTIITWGANMAEMHPILWSRVSDRKLSNLDKVKIVNL
STFSNRTSNIADIEIIFKPNTDLAIWNYIAREIVYNHPEAMDKKFIKDHCVFATGYADIG
YGMRNNPNHPKFKESEKDTVAKENAITLDEEEATSLSYLGVKAGDKFEMKHQGVADKNWE
ISFEEFKKGLAPYTLEYTAKVAKGDDNESLEDFKKKLQELANLYIEKNRKVVSFWTMGFN
QHTRGSWVNEQAYMVHFLLGKQAKPGSGAFSLTGQPSACGTAREVGTFSHRLPADMVVAN
PKHREISEKIWKVPAKTINPKPGSPYLGIMRDLEDGKIKFAWVQVNNPWQNTANANHWIT
AARDMDNFIVVSDCYPGISAKVADLILPSAMIYEKWGAYGNAERRTQHWKQQVLPVGAAM
SDTWQILEFAKRFKLKEVWKEQKVDGKLTLPSVLEEAKAMGYSEDDTLFDVLFANKEAKN
FTSNDAVMKDYDNSEVKGDERKIQGSDGKEFKGYGFFVQKYLWEEYRKFGLGHGHDLADF
NTYHQVRGLRWPVVNGKETQWRFNTKFDYYAKKAAPNSDFAFYGEFNKMLTNGDLIAPKD
EKEHSIKNKAKIFFRPFMKAPERPNEEYPFWLSTGRVLEHWHSGTMTMRVPELYRAVPEA
LCYMSEKDGEKLGLNQGDLVWVESRRGKVKARVDMRGRNKPPVGLVYVPWFDENVYINKV
TLDATCPLSKQTDFKKCAVKIYKA
NT seq 2775 nt   +upstreamnt  +downstreamnt
atgaatagaagggattttattaaaaataccgctattgcgagtgctgctagtgttgcaggt
cttagtgtcccaaggccagtatttggcgcacaagaggaagaatggaaatgggataaagcc
gtttgtagattttgcggaacgggctgtggaattatgatagctagaaaagatggcaaaatt
gtagcaatcaaaggtgatcctgctgctcctgtaaatcgtggccttaattgtattaaagga
tattttaacgctaaaatcatgtatggagaagatcgtcttgttatgcctttgcttcgtatg
aatgataagggagaatttgacaaaaaaggaaaattcaagcaagtttcctggcaaagagcc
tttgatgaaatggaaaaacaatttaaaaaagcctacaatgaactcggcgttacaggtata
gggatttttggtagtgggcaatacactatccaagaaggttatgctgctttaaaacttgca
aaagcgggttttagaacaaataatatcgatccaaatgcaagacattgtatggcctctgca
gtggttggttttatgcaaacttttggtgtagatgagccatcaggctgttatgatgatata
gaacttaccgatactatcatcacttggggagctaatatggctgaaatgcaccctatactt
tggtcaagagttagcgatagaaagctaagcaatcttgataaagttaaaattgtgaattta
agcactttttctaatcgtacttcaaatattgctgatattgaaatcatttttaaacctaat
acagatttagctatttggaactatatagcaagagagattgtttataatcatcctgaagct
atggataaaaaattcattaaagatcattgtgtatttgcaacaggttatgcagatattggt
tatggcatgagaaataatccaaaccatcctaaatttaaagaaagcgaaaaagataccgtt
gcaaaagaaaatgcaatcactttagatgaagaagaagcaacctctctttcttatcttggt
gtgaaagcgggtgataaatttgaaatgaaacatcaaggcgtagctgataagaattgggaa
atttcttttgaagaattcaaaaaaggtttagcaccttatactttagaatataccgcaaaa
gtagccaagggtgatgataatgaatctttagaagattttaagaaaaaactccaagaattg
gctaatttatatatagaaaaaaatcgtaaagtagtgagcttttggactatgggctttaac
caacacacaagaggctcttgggtaaatgaacaagcttatatggtgcattttttacttggc
aaacaagctaagccaggtagtggggctttctctttaacaggacaaccaagtgcttgtgga
actgctagagaggtaggaacattctctcaccgcttgcctgcagatatggtcgtggcaaat
ccaaaacacagagaaatttcagaaaaaatttggaaagtgcctgcaaaaacaatcaatcca
aaaccaggttcgccttatcttggtattatgagggatttagaggatggtaaaattaaattt
gcttgggttcaagtaaataatccatggcaaaataccgcaaatgcaaatcactggatcaca
gcagctagagatatggataattttatcgttgtgagtgattgttatcctggaatttcagca
aaagtagccgatcttatcttgccaagtgcgatgatttatgaaaaatggggtgcttatggt
aatgctgaaagaagaactcaacactggaaacaacaagttttacctgtaggtgctgctatg
agtgatacttggcaaattttagaatttgcaaaacgctttaagcttaaagaggtttggaaa
gaacaaaaagtagatggtaagcttactttaccaagtgtactagaagaagcaaaagctatg
ggttatagcgaagatgatacgctttttgatgttttatttgccaataaagaagcaaaaaac
tttacttcaaatgatgctgttatgaaagattatgacaatagtgaagttaagggtgatgaa
agaaaaattcaaggcagtgatggaaaagaatttaaaggatatggcttttttgttcaaaaa
tatctttgggaagagtatcgtaaatttggtttaggccatggtcatgatttggctgatttt
aacacttatcatcaagtaagaggtctaagatggccagtggtaaatggtaaagaaacacaa
tggagatttaatactaaatttgattattatgccaaaaaagctgctccaaattcagatttt
gctttctatggtgaatttaataaaatgcttaccaatggggatttgatagctcctaaggat
gaaaaagaacatagtattaaaaataaagctaaaattttctttagaccatttatgaaagca
cctgaaagaccaaatgaagagtatccattctggctttcaactggaagggttttagagcat
tggcatagtgggactatgactatgcgtgtgccagagctttaccgtgctgttccagaggca
ctttgttatatgagtgaaaaagatggtgaaaaattaggtttaaatcaaggagatttagtt
tgggtagaatcgcgtcgtggtaaagtaaaagcaagagtagatatgcgtggcagaaacaaa
ccacctgtaggacttgtttatgtgccttggtttgatgagaatgtatatatcaataaagtt
actctagatgcaacttgcccactttctaagcaaactgactttaaaaaatgtgcggtaaaa
atctataaagcttaa

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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 (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (3)   
   Pfam (3)   
All databases (29)   

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