KEGG   Candidatus Kuenenia stuttgartiensis: KSMBR1_1455
Entry
KSMBR1_1455       CDS       T05435                                 
Symbol
nrxA
Name
(GenBank) nitrite oxidoreductase subunit A
  KO
K00370  nitrate reductase / nitrite oxidoreductase, alpha subunit [EC:1.7.5.1 1.7.99.-]
Organism
kst  Candidatus Kuenenia stuttgartiensis
Pathway
kst00910  Nitrogen metabolism
kst01100  Metabolic pathways
kst01120  Microbial metabolism in diverse environments
kst02020  Two-component system
Brite
KEGG Orthology (KO) [BR:kst00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    KSMBR1_1455 (nrxA)
 09130 Environmental Information Processing
  09132 Signal transduction
   02020 Two-component system
    KSMBR1_1455 (nrxA)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:kst02000]
    KSMBR1_1455 (nrxA)
Enzymes [BR:kst01000]
 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)
     KSMBR1_1455 (nrxA)
Transporters [BR:kst02000]
 Other transporters
  Transmembrane electron carriers [TC:5]
   KSMBR1_1455 (nrxA)
SSDB
Motif
Pfam: Molybdopterin Molybdop_Fe4S4 Molydop_binding TAT_signal
Other DBs
NCBI-ProteinID: SOH03954
UniProt: Q1PZD8
Structure
Position
MBR1:complement(1572694..1576140)
AA seq 1148 aa
MKLTRRAFLQVAGATGATLTLAKNAMAFRLLKPAVVVDNPLDTYPDRRWESVYRDQYQYD
RTFTYCCSPNDTHACRIRAFVRNNVMMRVEQNYDHQNYSDLYGNKATRNWNPRMCLKGYT
FHRRVYGPYRLRYPLIRKGWKRWADDGFPELTPENKTKYMFDNRGNDELLRASWDEAFTY
ASKGIIHITKKYSGPEGAQKLIDQGYPKEMVDRMQGAGTRTFKGRGGMGLLGVIGKYGMY
RFNNCLAIVDAHNRGVGPDQALGGRNWSNYTWHGDQAPGHPFSHGLQTSDVDMNDVRFSK
LLIQTGKNLIENKMPEAHWVTEVMERGGKIVVITPEYSPSAQKADYWIPIRNNTDTALFL
GITKILIDNKWYDADYVKKFTDFPLLIRTDTLKRVSPKDIIPNYKLQDISDGPSYHIQGL
KDEQREIIGDFVVWDAKSKGPKAITRDDVGETLVKKGIDPVLEGSFKLKTIDGKEIEVMT
LLEMYKIHLRDYDIDSVVSMTNSPKDLIERLAKDIATIKPVAIHYGEGVNHYFHATLMNR
SYYLPVMLTGNVGYFGSGSHTWAGNYKAGNFQASKWSGPGFYGWVAEDVFKPNLDPYASA
KDLNIKGRALDEEVAYWNHSERPLIVNTPKYGRKVFTGKTHMPSPTKVLWFTNVNLINNA
KHVYQMLKNVNPNIEQIMSTDIEITGSIEYADFAFPANSWVEFQEFEITNSCSNPFIQIW
GKTGITPVYESKDDVKILAGMASKLGELLRDKRFEDNWKFAIEGRASVYINRLLDGSTTM
KGYTCEDILNGKYGEPGVAMLLFRTYPRHPFWEQVHESLPFYTPTGRLQAYNDEPEIIEY
GENFIVHREGPEATPYLPNAIVSTNPYIRPDDYGIPENAEYWEDRTVRNIKKSWEETKKT
KNFLWEKGYHFYCVTPKSRHTVHSQWAVTDWNFIWNNNFGDPYRMDKRMPGVGEHQIHIH
PQAARDLGIEDGDYVYVDANPADRPYEGWKPNDSFYKVSRLMLRAKYNPAYPYNCTMMKH
SAWISSDKTVQAHETRPDGRALSPSGYQSSFRYGSQQSITRDWSMPMHQLDSLFHKAKIG
MKFIFGFEADNHCINTVPKETLVKITKAENGGMGGKGVWDPVKTGYTAGNENDFMKKFLN
GELIKVDA
NT seq 3447 nt   +upstreamnt  +downstreamnt
atgaagctaactaggagggctttcctacaggtagccggtgcaaccggagcgaccctgacg
cttgctaagaatgcaatggcgttcaggttgctaaagcctgcagtcgtggtagataatcct
ttagatacctatcccgaccgaagatgggaaagtgtatacagagatcagtatcagtatgac
cgtacatttacttattgttgttctccgaatgacacacatgcatgcagaatacgagcattt
gttagaaacaatgtaatgatgagggttgaacaaaactatgaccaccagaattatagcgat
ttgtatggaaacaaggcgacaaggaactggaatccgaggatgtgtttaaaggggtacacg
tttcataggcgagtttacggtccataccggcttagataccctttgattcgaaaagggtgg
aagcgatgggcggatgacggttttccggaactgacgccggagaacaagacgaagtatatg
tttgacaacaggggcaatgatgaattattaagggcatcttgggatgaagcctttacctat
gcgtcaaagggcataatccatattacgaaaaaatacagcggcccggaaggcgcgcaaaaa
cttattgaccaggggtatccaaaggagatggttgacaggatgcagggcgccggcacacgt
acattcaaaggacgtggtggcatgggtcttcttggggtaattggaaaatatggaatgtat
cggtttaataattgccttgccattgtagatgcacataaccggggcgttggtcctgaccag
gcattaggcggcagaaactggtcgaactatacatggcatggtgaccaggctccaggacat
cctttttctcacggcctgcagacttcggatgttgatatgaacgacgtccgcttttcaaag
ttgttgatccaaacaggaaagaacttaatagaaaacaagatgccggaagcacattgggtc
acagaggtaatggagaggggtggaaagattgttgttattacccctgagtatagtccttca
gctcaaaaggcggattactggattcctattcggaacaacaccgatactgcgctgttcctc
ggtattacaaaaatacttattgacaacaaatggtatgatgccgattatgtaaagaagttt
accgacttcccgttgctgataaggactgatactttaaagagggtttctccaaaagatatt
attccgaattacaaattacaggatatttccgatggaccgagttatcatattcaaggtctg
aaggatgaacaaagggagataatcggagattttgttgtctgggatgcaaaatcaaaaggt
ccaaaagctataacacgggacgatgttggtgagacgttggttaaaaaaggtatagatcct
gttttggaaggttcgtttaagttgaaaaccatcgatggaaaagaaatcgaggtaatgacg
ctgctcgaaatgtataagatacatcttcgggattatgatattgattctgtggttagcatg
accaattctcctaaagatctgatcgaaaggctggcgaaagacattgccacgataaaacct
gttgcaatccattacggggaaggtgtaaatcactatttccatgcaacgttgatgaacagg
tcttactatttaccggtaatgttaacgggcaatgttggatactttgggtctggttcacat
acgtgggcaggaaattataaagctggcaactttcaggcttctaaatggagtggcccaggg
ttttatgggtgggtagcggaagatgtgtttaaaccaaatttagacccatatgcatctgcg
aaagatttaaatattaaagggcgtgccctggatgaagaagttgcctattggaatcacagt
gaaaggcctttgattgtgaatactccaaaatatgggcgtaaggtgtttaccggaaaaacg
cacatgccttcgccaactaaggttctctggtttaccaacgtaaatcttatcaataatgcg
aagcatgtctatcaaatgttgaagaatgttaatccaaacattgaacagattatgtcaacc
gatattgagataacaggttcgatagaatacgcggactttgcgtttccggcaaattcatgg
gttgaattccaggaatttgaaatcaccaattcctgttcaaatccttttattcaaatatgg
gggaaaacgggtatcactcctgtgtatgaatcaaaagatgatgtgaaaatacttgcgggt
atggcgtcgaaattgggtgaattgctaagagataagagatttgaagacaattggaaattt
gccattgaaggaagagcgagtgtgtatatcaacagattgctcgatggtagcacgaccatg
aagggatacacatgcgaggatatattgaacggaaagtatggagaaccgggtgtggcgatg
ctgttattccggacatatccgagacatccattctgggaacaggtacacgagagcttgcca
ttttataccccaactggaaggctacaggcttataatgatgagcctgaaattattgaatat
ggagaaaactttattgtccatcgcgaaggacctgaagctacgccatatttaccaaatgcg
attgtgagtacgaatccttatattcggccggatgactatggcatcccggaaaatgctgaa
tactgggaggataggactgtcaggaatatcaagaaatcatgggaagagacaaagaagact
aagaatttcctgtgggaaaaagggtatcacttctactgcgtgactccaaaatcaaggcat
accgtgcattcgcagtgggcagttacggattggaactttatctggaacaataacttcgga
gatccgtacaggatggataagagaatgcctggtgtcggtgaacatcaaatacatattcat
cctcaggccgcaagagatttagggattgaggacggagactatgtttatgttgatgcaaac
cctgccgacagaccatatgaaggatggaagccaaacgattctttttataaggtatctagg
cttatgttgagggcgaagtacaaccctgcatacccgtataattgtacgatgatgaaacat
tctgcctggatttcttccgacaaaacggtacaagcgcatgagacaagaccggatggtagg
gcgttgtctccgagcggttatcagtccagcttccgctacggttcacagcagagtattaca
agagattggtcgatgccaatgcaccagttggatagccttttccataaggctaaaatcggg
atgaagtttatttttggtttcgaagcggataatcattgtattaataccgtgccaaaggaa
acattggtaaagatcacaaaggctgagaatggtggcatgggaggaaaaggtgtttgggat
cctgttaaaaccggatacactgccggcaatgagaatgatttcatgaagaagtttttgaat
ggtgaattaataaaggttgatgcataa

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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)   
3D Structure (1)   
   PDB (1)   
Protein domain (4)   
   Pfam (4)   
All databases (34)   

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