KEGG   Limosilactobacillus reuteri subsp. reuteri JCM 1112: LAR_0939
Entry
LAR_0939          CDS       T00735                                 
Name
(GenBank) nitrate reductase alpha subunit
  KO
K00370  nitrate reductase / nitrite oxidoreductase, alpha subunit [EC:1.7.5.1 1.7.99.-]
Organism
lrf  Limosilactobacillus reuteri subsp. reuteri JCM 1112
Pathway
lrf00910  Nitrogen metabolism
lrf01100  Metabolic pathways
lrf01120  Microbial metabolism in diverse environments
lrf02020  Two-component system
Brite
KEGG Orthology (KO) [BR:lrf00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    LAR_0939
 09130 Environmental Information Processing
  09132 Signal transduction
   02020 Two-component system
    LAR_0939
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:lrf02000]
    LAR_0939
Enzymes [BR:lrf01000]
 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)
     LAR_0939
Transporters [BR:lrf02000]
 Other transporters
  Transmembrane electron carriers [TC:5]
   LAR_0939
SSDB
Motif
Pfam: Molybdopterin Molydop_binding Nitr_red_alph_N Molybdop_Fe4S4
Other DBs
NCBI-ProteinID: BAG25455
Position
complement(1068410..1072075)
AA seq 1221 aa
MKSRFFNKVDKFNGTFTQLEENSRRWEKLYRQRWAHDKVVRTTHGVNCTGSCSWNVYVKQ
GIITWEHQATDYPSCGPNIPGYEPRGCPRGASFSWYEYSPVRIKYPYIRGKLWELWTAAK
KEHENPLDAWASIVEDPEKSKKYKKVRGHGGLIRVHRYEALEMISAACLYTIKKYGPDRI
GGFTPIPAMSMMSFSAGARFIALMGGEQMSFYDWYADLPPASPQVWGEQTDVPESAEWYN
SSYIIMWGSNVPLTRTPDAHFMTEVRYKGTKIVAVSPDYAENVKFADDWLAPEPGSDSAV
AQAMTYVILDEFYQKHPVKRFIDYSKRFTDLPFMVELEPSTANDAHYTPGRFVRISDLVD
DDTIVNPAWKTVVYDQNNHKIVVPNGTMGQEYNAKEKWNLELLDQNGNKIDPALSINDQG
EETEQIIADFPAFSNDGNSVVQRHLPVKKLKFTDGQEHLVTNVYDLMMAQMGINRTGNDE
LAAKDAMDAESYFTPAWQESRTGVKAEQVIQIAREFAQNAAENEGRSMVIMGGGVNHWFN
ADMNYRNIINMLMLCGCVGMTGGGWAHYVGQEKLRPQEGWANITFANDWEKGGARQMQGT
TWYYFATDQWRYEEIDNQAQKSPVWKSKHSYLHNADYNQMAIRLGWLPSYPQFDRNPLSF
AKDYNTTDIDEISKKVVDELKKGTLHFAAEDPDANQNQPKAFFLWRSNLFASSGKGAEYF
MKHLLGAENGLLAKPNDRVKPQDMVWRDKGAIGKLDLVVDMDFRMVSTPMYSDVVLPAAT
WYEKKDLSSTDMHPFIHPFNAAVSPMWESKSDWQQFKLLAKTVSEMAKKYMSGTVYDLKS
APLGHNTQGEIAQPYGKIKDWKNGETEPIPGKTMPSLKLVTRDYTKIYDKFITLGPNIVN
NYGYKVDDQYDYLKGMNGTASEGIGAGCPLLDEDEKVCDAILRMSTASNGKLADRAWEKK
QERTGEHLTDIGRGHADDSMSFKQITAQPQEAYPTPIGTSAKHGGARYTPFSLMTERNIP
TFTLTGRQHFYIDHEIFREFGENMATYKPSLPPVVMAPGDVDVPPVKDEVTLKYMTPHGK
WNIHTMYYDNLEMLTLFRGGPTIWISPQDADKIKVKDNDWIEVYNRNGVVTARAVVSVRM
PEGSMYMYHAQDNEIYEPLSTITGNRGGSHNAPTQIHVKPTHMVGGYGQLSYGWNYYGPT
GNQRDLYANVRKLKKVNWSED
NT seq 3666 nt   +upstreamnt  +downstreamnt
atgaagtcacggttctttaacaaggttgataagtttaatggaacctttacacaacttgaa
gaaaatagtcgtcgttgggaaaagctttatcgtcagcgatgggcgcatgacaaagttgtc
cgaacaactcatggagtcaattgtacaggctcatgttcttggaatgtttatgtcaagcaa
ggaattattacttgggaacatcaagctacagattatccatcatgcggacctaatattcca
ggatatgaaccacggggatgtccacggggagctagtttctcttggtatgaatatagtccc
gttcgaattaagtacccatatattcgtggtaaattatgggagctttggactgctgccaag
aaagaacatgaaaatcccttagatgcgtgggcaagtattgtcgaagatccagaaaagtct
aaaaagtataaaaaggtccgaggacacggtggcttaattcgtgttcatcgttatgaagca
ttagaaatgatttcagctgcttgcttatacacaattaagaaatatgggcccgaccgtatt
ggtggttttaccccaattcctgcaatgtcaatgatgagtttcagtgccggagcccgattc
atcgccttaatgggtggggaacaaatgagtttctacgattggtatgctgatctaccgcct
gcatctccccaagtttggggtgaacaaactgatgttccagaatctgcagaatggtataac
agttcctatattattatgtggggatcaaacgttccattaactcggacaccagatgcacac
ttcatgacagaagttaggtacaaaggaacaaagattgtagcagttagccctgattatgct
gaaaatgtaaaattcgctgatgactggcttgcaccagaaccaggtagtgattctgctgtt
gctcaagcaatgacttatgtaattttagatgaattctaccaaaagcacccagtcaaacgt
ttcattgattattctaagcgatttactgatttaccattcatggttgaattggaaccaagt
acagcaaatgatgctcactatacaccaggtcgttttgttcggattagtgacttagttgat
gatgatacgattgttaatccagcatggaagacagtggtttatgaccaaaataaccacaaa
attgttgttccaaatggaacgatgggtcaggaatataatgctaaagaaaaatggaatctt
gaattattagaccaaaatggcaataagattgacccggcactttctattaatgatcaaggt
gaagaaactgaacaaattattgctgatttccctgcatttagtaatgacggaaacagcgtt
gttcaacggcatttaccagttaaaaagctcaaattcacagatggtcaagaacacttggtt
actaatgtttacgacttaatgatggctcaaatgggaattaatcggactggtaatgatgaa
cttgctgctaaagatgcaatggatgctgagagttactttactcctgcttggcaagaaagc
cgtacgggagtaaaagcagagcaagttattcaaattgctcgtgaatttgcccaaaacgcg
gccgaaaatgaaggtcgaagtatggtaatcatgggtggtggagtcaaccactggttcaat
gccgatatgaactatcgaaacattattaatatgctgatgttgtgcggttgtgttggtatg
actggcggtggttgggctcactacgttggtcaagaaaagctccgtccacaagaaggttgg
gcaaacattacttttgccaatgactgggaaaaaggtggtgcccgtcaaatgcaaggtact
acttggtattactttgcaactgatcaatggcgttatgaagaaattgataatcaagctcaa
aagtcacccgtttggaagagtaaacactcttacttacataatgctgattataaccaaatg
gcaattcgtttaggatggttaccatcatacccacaatttgatcgtaatccgctatctttt
gcaaaagattacaatacaactgatattgatgaaatttcaaagaaagttgtcgatgaattg
aagaaagggactttgcattttgctgctgaagatcctgatgctaaccaaaatcaacccaaa
gccttcttcctatggcgttcaaacttatttgcatcttctggcaaaggtgctgaatacttt
atgaaacacttattaggtgctgaaaacggattgcttgctaagccaaatgatcgagttaag
ccccaagatatggtttggcgtgacaagggagcaattggtaagttagatcttgttgttgat
atggacttccgcatggtttcaacacctatgtactctgatgttgtcttgccagctgctact
tggtatgaaaagaaggacctttcatcaactgatatgcacccatttattcatccatttaat
gcagcagtcagtccgatgtgggaatcaaagtctgactggcaacaattcaagctcttagca
aaaactgtttctgaaatggcaaagaaatacatgtcaggaacagtttacgatcttaagagt
gcaccacttggccataatacccagggagaaattgctcaaccgtacgggaaaattaaagat
tggaagaatggtgaaactgaaccaattccaggaaaaacaatgccttccttgaaattggtt
actcgtgattacaccaagatttacgataaattcattacccttggacctaatatagtgaat
aactatggctataaagtcgatgatcaatatgattatttaaaaggaatgaatggaactgcc
agcgaaggcattggtgcaggctgtccgttacttgatgaagatgaaaaagtatgtgatgca
atcttacggatgtcaactgcttccaatggtaaactcgctgaccgagcctgggaaaagaag
caagagcgaactggtgaacatttaacagatattggccgtggtcatgctgatgattcaatg
tcatttaagcaaatcactgctcaaccacaagaagcctatccaacaccaatcggaacttct
gctaaacatggtggggctcgatacacaccattctcattaatgactgagcgaaatattcct
acatttactcttacaggtcgtcagcatttctacattgatcatgaaattttccgtgaattt
ggtgaaaatatggcaacttataaaccatccttaccaccagttgtaatggccccaggagat
gttgatgttccaccagtaaaagatgaagttacacttaaatatatgactcctcatggtaaa
tggaatattcatacgatgtactacgataaccttgaaatgttgacattattccggggtggt
ccaactatttggattagtccccaagatgccgataagattaaggtaaaagataacgactgg
atcgaagtttataaccgtaatggggttgttactgcgcgggcggttgtttctgttcggatg
cctgaggggtcaatgtacatgtaccacgcccaagataatgaaatttatgaacctctttcc
accattaccggtaatcgtgggggatcacataatgcaccaacgcaaatccatgttaagcca
acacacatggttggaggatatggccaattgagttacggttggaattattatggaccaact
ggaaaccaacgtgatctttatgcaaatgtaagaaaactgaagaaggtgaactggagtgaa
gattaa

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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 domain (4)   
   Pfam (4)   
All databases (32)   

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