KEGG   Veillonella rodentium: 44547418_00245
Entry
44547418_00245    CDS       T05216                                 
Symbol
narG
Name
(GenBank) Respiratory nitrate reductase 1 alpha chain
  KO
K00370  nitrate reductase / nitrite oxidoreductase, alpha subunit [EC:1.7.5.1 1.7.99.-]
Organism
vrm  Veillonella rodentium
Pathway
vrm00910  Nitrogen metabolism
vrm01100  Metabolic pathways
vrm01120  Microbial metabolism in diverse environments
vrm02020  Two-component system
Brite
KEGG Orthology (KO) [BR:vrm00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    44547418_00245 (narG)
 09130 Environmental Information Processing
  09132 Signal transduction
   02020 Two-component system
    44547418_00245 (narG)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:vrm02000]
    44547418_00245 (narG)
Enzymes [BR:vrm01000]
 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)
     44547418_00245 (narG)
Transporters [BR:vrm02000]
 Other transporters
  Transmembrane electron carriers [TC:5]
   44547418_00245 (narG)
SSDB
Motif
Pfam: Molybdopterin Molydop_binding Nitr_red_alph_N Molybdop_Fe4S4
Other DBs
NCBI-ProteinID: SNV56791
UniProt: A0A239YC17
Position
1:305866..309543
AA seq 1225 aa
MSLLSQKFKFLRKKDVSPSGHQITEDGGREWENFYRDRWSYDKVVRTTHGVNCTGSCSWN
IYVKNGVVAWENQAIDYPETPDDMPDYEPRGCPRGATFSWYLYSPLRVKYPYVRGELVEL
WREAKKNAKNPIEAWKSIVEDPEKARKYKSARGMGGFVRSTWEEATEITAASLLYTAKTY
GPDRNAGFSVIPAMSMLSYAAGARFLNLMGGTPLSFYDWYADLPPSSPQVWGEQTDTPES
GDWYNAGYIMTWGSNVPLTRTPDAHFLTEVRYKGTKVVSVSPDYAESTTSSDAWLNVKAG
TDAALAMAMGHVILKEYYIDKETPYFKEYAKEFTDMPFLVRVEEINGNVQPGRFLNAKDL
GRQEEGADFQMVLIDETTKEIVVPNGTMGDRHTHPEKWNLRLENRDTGAKIDPQLSVFDQ
REDVTIVKLPYFGDEAHEGVIERAIPTITIQTVDGPVKVTTVYDLILANYGIDRGIGGEV
ATSYTDDTPYTPTWQEKITGIKADIAIATAREFADNAEKTKGRSMIIMGGGINHWYHADI
IYRTILNLIMFCGTEGVNGGGWAHYVGQEKLRPVEGWGGIMTANDWSKAPRLQNGTSWFY
FATEQYRSDCIDLADRVSKLAKPRYRHPGDYNVLAARLGWLPSYPTFNKGSQQLINDARA
SGAGTESEINQYVAQSLKNKELQFCVEDPAAKENHPRNLFVWRANLIGSSSKGHEYFLKH
LLGTKNAVLEDDDSPTRPEEIKWREADGAGKLDLLIDIDFRMASTGLYSDIVFPAATWYE
KEDLSSTDMHPYVHVFQAAVDCAWETKSDWDTFRTLAETVSRVAKESGFTEYEDIVAVPL
GHDSPGEVAQPEGKVLDWSKGECEPIPGKTMPNLVHVKRDYGQIFEKFIALGPNIENKMG
AHGMAWDVSDEYKTLYDQNGTIDNPEFVSHGRPSIYECKEACNAVLTLSSCTNGKLAVRS
WKAMEEKTGLSGLEKNAKGREQEKITFDDMVRQPRFIISSVTSTGKNDKNRRYSPFTTST
EDKVPFRTVTGRQSFYCDHEMMRDYGEAMALYKPVLSYKPVQKDYSIEGIPEITLKYLTP
HHKWSTHSMYFDSQQMLTLFRGGQTIWLNEDDAAEIGVKDNDWVEAFNKNGVVAARAVVS
PRIPRGISYMHHSQDRHINVPGTQVKKDRRGGTHNAPTHIHMKPTHMIGGYGQLSYGFNY
YGPTGNQRDMTIVARKLKEVDWLED
NT seq 3678 nt   +upstreamnt  +downstreamnt
atgagcctgttgtctcaaaagtttaagtttcttcgcaagaaggacgtgtctccaagcggt
catcagattacagaggatggtggtcgtgagtgggaaaatttttatcgagaccgttggtcc
tacgataaagtagtccgtacgacacatggtgtgaactgtaccggttcctgcagctggaat
atttacgttaagaatggtgtggtggcatgggagaatcaggctatcgattatcctgaaacg
ccggatgatatgccagattatgaaccgcgcggatgccctcgcggtgcgacattctcctgg
tatctctatagcccgttgcgcgtaaaatatccgtatgtgcgtggcgaattggttgagctt
tggagagaagcgaaaaagaatgccaagaatccgatcgaagcctggaaatccattgtagag
gatccagaaaaagccagaaaatataaatctgcccgtggtatgggcggctttgtgcgttcc
acatgggaggaagcgacagagattactgccgcatccttattatatactgcaaaaacatac
ggccctgaccgtaatgcgggcttttccgtaattccggcgatgtccatgttgtcctatgcg
gccggtgcccgttttcttaacttaatgggcggcactccgttatcattctatgactggtat
gccgatttgccgccttccagtccacaagtttggggtgaacagactgatacgcctgaatcc
ggtgattggtataatgcgggttatattatgacttggggatccaatgttccattgactcgt
acgcctgatgctcacttcttgacggaggttcgttataaaggtacgaaggttgtgtccgta
tcccctgactatgcggaatctacgacgtcctccgatgcatggctcaatgtgaaagccggc
actgatgcggcccttgctatggcaatggggcatgttatcttaaaagaatactacatcgat
aaagaaacgccatactttaaggagtatgcaaaagagttcacagatatgccgttcctcgta
cgcgttgaagaaatcaacggcaacgtgcagccgggtcgcttcttgaatgcgaaggactta
ggtcgtcaagaggaaggcgctgacttccagatggtactgatcgatgaaacgactaaagaa
atcgttgttccgaacggtacaatgggtgatcgtcatacccatcctgagaaatggaacttg
cgtcttgaaaaccgcgatacgggggcaaaaattgatcctcaattatccgtgtttgaccaa
cgcgaggatgttaccatcgttaaattgccatactttggtgacgaggcacatgaaggtgtt
attgaacgtgcaatccctaccattacgatacaaactgtagatggccctgtaaaagtaaca
accgtatacgaccttattctcgctaactacggtatcgaccgtggtatcggcggtgaagta
gcgacgagttatactgatgacactccttacacacctacgtggcaggaaaaaatcacaggc
ataaaagctgatatcgctattgctacggctcgtgagtttgccgataatgcggaaaaaacg
aaaggccgttccatgattatcatgggtggcggtatcaaccactggtatcatgctgacatt
atttaccgcacaatcttgaatcttatcatgttctgcggtacagaaggtgttaacggcggc
ggctgggctcactacgtaggacaggaaaaattgcgccctgtggaaggctggggcggtatt
atgaccgctaatgactggagcaaggcgccccgtttgcaaaatggcacatcctggttctat
tttgctacggaacaatatcgttccgactgtatcgatttagcggatcgtgtatctaaattg
gctaagcctcgctaccgtcaccccggtgactataatgtgttggccgctcgtttaggctgg
ttgccatcgtatcctactttcaacaaaggcagtcaacaattgattaacgatgctcgtgca
tccggtgccggtacggagtctgaaatcaaccaatatgtggctcaatcattgaaaaacaaa
gaattacaattctgcgtagaagatccggcggctaaagagaaccatccacgcaatttattt
gtttggcgtgcgaaccttatcggctcctcctctaaaggtcacgagtatttcttgaaacat
ttattgggtactaaaaatgcggtattggaagacgatgattctcctacacgtccggaagaa
attaaatggcgtgaagccgatggggcgggtaagctcgatcttttaatcgatatcgacttc
cgcatggcatctacaggtctgtattcagatatcgtattccctgctgccacatggtatgaa
aaggaagatctgtcctctacggatatgcatccatacgtacacgtattccaggctgctgtt
gactgcgcatgggaaactaaatctgactgggatacattccgtacccttgcggaaacagta
tctcgcgtagcgaaagagtcaggttttacggaatacgaagatattgtagcggtgcctctt
ggtcatgacagtcccggtgaagtggcacaaccggaaggtaaggtgctcgactggagtaaa
ggcgaatgtgaaccgattcccggtaaaactatgccgaacctcgttcatgtaaaacgcgat
tacggtcaaatctttgaaaaattcatcgcattggggcctaatattgaaaataagatgggg
gctcacggtatggcgtgggatgtttccgacgaatataagacgttgtacgatcagaatggt
acaatcgacaatcctgaattcgtttctcatggtcgtccaagtatctatgaatgtaaagaa
gcttgtaatgcggtgttgacattgtcatcctgtacaaatggtaaactcgctgttcgctcc
tggaaggcgatggaagaaaaaacgggtctttccggtcttgaaaagaatgcaaagggtcgc
gaacaggaaaaaattacctttgatgatatggttcgtcaaccgcgctttatcatcagttct
gtaacaagtaccggtaagaacgataaaaatcgtcgttattctccatttacaacatctacg
gaagataaggtaccgttccgtaccgtaaccggtcgccaatccttctattgcgatcatgaa
atgatgcgcgattacggtgaagccatggcattgtataaacctgtcttatcctataaacct
gtccaaaaggattattccattgaaggtataccggaaattacattgaaatacttaacacca
catcataagtggtctactcacagtatgtatttcgatagccaacaaatgttgacattgttc
cgcggcggtcaaaccatttggctcaacgaagatgatgcggctgaaatcggcgtaaaagat
aacgactgggtggaagctttcaacaaaaacggtgtagtagctgctcgtgcagttgtgtcc
cctcgtattcctcgcggtatttcctatatgcaccattcccaggaccgtcatatcaacgtt
cccggtacacaggttaagaaagatcgtcgtggtggtacgcacaatgcgccgacacatatt
catatgaagccgacccacatgatcggcggttatggtcaattgagctatggttttaactac
tacggccctaccggtaaccaacgtgatatgacgattgtggctcgtaaattgaaggaggtg
gattggcttgaagattaa

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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 (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (4)   
   Pfam (4)   
All databases (33)   

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