KEGG   Lactococcus allomyrinae: D7I46_11025
Entry
D7I46_11025       CDS       T05686                                 
Name
(GenBank) nitrate reductase subunit alpha
  KO
K00370  nitrate reductase / nitrite oxidoreductase, alpha subunit [EC:1.7.5.1 1.7.99.-]
Organism
lact  Lactococcus allomyrinae
Pathway
lact00910  Nitrogen metabolism
lact01100  Metabolic pathways
lact01120  Microbial metabolism in diverse environments
lact02020  Two-component system
Brite
KEGG Orthology (KO) [BR:lact00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    D7I46_11025
 09130 Environmental Information Processing
  09132 Signal transduction
   02020 Two-component system
    D7I46_11025
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:lact02000]
    D7I46_11025
Enzymes [BR:lact01000]
 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)
     D7I46_11025
Transporters [BR:lact02000]
 Other transporters
  Transmembrane electron carriers [TC:5]
   D7I46_11025
SSDB
Motif
Pfam: Molybdopterin Molydop_binding Nitr_red_alph_N Molybdop_Fe4S4
Other DBs
NCBI-ProteinID: AYG01990
UniProt: A0A387BLW7
Position
2319013..2322696
AA seq 1227 aa
MRKPRFFNVVEKFNGSFTQLEENNRRWEDIYRRRWAHDKVVRTTHGVNCTGSCSWNVFVK
QGIITWEHQATDYPSCGPDMPEYEPRGCPRGASFSWYEYSPLRIKYPYIRGVLWTMWLEA
KNLFAGDPVAAWKSIVENPEKSREYKAARGHGGLVRVKWTDALELISAMLTYTIKTYGPD
RLVGFSPIPAMSMISFASGARFLSLVGGEMLSFYDWYADLPPASPQIWGEQTDVPESADW
YNSQYIMMWGSNVPLTRTPDAHFMTEARYKGTKVVAVSPDYAENVKFADNWLAPHPGTDA
ALAQAMTYVILKEYYVDRQVPYFIEYTKQYTDLPFLILLDKDDNGNYKSGRFLRISDLRG
KGSEENSEWKPVLIDENDQQIKVPNGTIGQRWDHSEKWNLKLGGINPKLSILEENTAHVK
IDFPYFDEAGSSILTRNVPVKTVIFEDGTEHLVTTVFDLQMSQYGVKRVATDDLAAKGYD
DLNSPYTPAWQEKITGVKASLAIQIGQEFAQNAEDTKGKTMVIIGAGVNHWFNSDMIYRG
VINMLALTGCIGVSGGGWAHYVGQEKLRPAEGWAAVTFANDWNPGAARQQNGTSFFYFAS
DQWKYDEMDNEALKSPLANKTSNSYKHPADYNQMAVRLGWLPSYPQFNRNSLDFVKQYGT
TDIEEIKPRIVEELKSGSLQFAVEAPDRKENQPKGMFIWRSNLFASSGKGAEYFMKHLLG
AENGLLAKTNDNFKPEEMEWNEEEVTGKLDLVTTLDFRMVTTPMYSDIVLPAATWYEKED
LSSTDMHPFIHPFNAAVSPLWESKTDWNIFRELAKTFQEMAKKEFDGPVYDVHTSPLAHD
SKAEISQPFGQVKDWKKGEIEAIPGQTMPNIKLIKRDYTKLYDQYIALGPNLAKGKVGAI
GLSYPVATQYEELKHTLQTYKTGSNAGLPKIYEAKQVADAILTLSSTSNGKVNMEAWKAA
EEEHGVDLLDIGGGYEQQKMTFKDITAQPRESYPTPIGTSAKKDGERYSAFSLHIERLVP
FRTLTGRQQFYIDHEIFQEYGENLSTYKPTLPPQVMGPKDADIKAAEGKEITLRYMTPHG
KWNIHTMYQDNIHMLTLFRGGPNVWLSIEDAKKLEIKDNDWLELYNRNGVVTARAVVSHR
MPEGTMYMYHAQDATVQVPLSNITGNRGGSHNAPTQIHIKPTQMVGGYAQLSYGWNYYGP
IGNQRDLYVNVRKLDKVDWSNTEGGNS
NT seq 3684 nt   +upstreamnt  +downstreamnt
atgagaaaaccacgttttttcaacgtcgttgagaaattcaatgggtcgttcactcagctt
gaagaaaataatcgtcgctgggaagatatatatcgcagacgctgggcgcatgataaagta
gttcgtacgactcacggtgtcaactgtactggctcatgctcttggaatgtctttgtcaag
cagggcatcattacttgggaacatcaagcaacagactacccttcgtgtggtccagatatg
cctgagtacgaaccacgtggttgtcctcgtggtgcaagctttagctggtatgaatacagc
ccattacgcattaaatatccttatattcgtggtgtactttggacaatgtggctcgaagct
aaaaatctatttgcaggggatccagttgcagcatggaaatctatcgtagagaatccagaa
aaatcacgcgaatataaagcagcgcgtggacatggtggacttgtacgagttaaatggact
gatgcacttgagcttatctcagcgatgctgacttatacgatcaaaacatacggtccagac
cgtcttgtcggtttctcacctattccagcgatgtcaatgatttcttttgcctcaggcgca
cgtttcttatcacttgtgggtggtgaaatgttgtcattttatgactggtatgctgatttg
ccacccgcttctccgcaaatttggggagaacaaactgacgttccagaatcagcggattgg
tataactctcaatatattatgatgtggggttcaaatgtcccattaactcggacacccgat
gctcactttatgacagaagcacgttataaagggactaaagtggttgcagtaagcccagac
tatgccgaaaatgttaagttcgcagataactggctggcaccacacccaggaacagatgca
gccttagctcaagcgatgacatatgttatcttaaaagaatattatgttgatcgtcaggtt
ccttatttcattgagtatacaaagcaatacactgaccttccattcttgattcttttagat
aaagatgataatggaaattataaatcagggcgttttcttcgtatttctgatctccgtggt
aaaggctcggaagaaaattcagaatggaagcctgttttaattgatgagaatgaccaacaa
attaaagttccaaatggaacaatcggtcaacgttgggaccattcagaaaaatggaatcta
aaacttggtggcattaatcctaaattatcaattttagaagaaaatacagcacatgttaaa
attgattttccttattttgatgaagcaggctcaagtattttgactcggaatgttcctgtg
aaaactgtgatttttgaggatggcacggaacatcttgtcactactgtgtttgatttacaa
atgtcacagtatggtgtaaaacgcgtagccactgatgaccttgctgctaagggatatgat
gacctaaactcaccatacacacctgcttggcaagaaaaaatcacaggggtcaaagcctca
cttgcgattcaaatcggtcaagaatttgcacaaaatgccgaagataccaaaggtaaaaca
atggtcattattggtgcgggtgtcaatcactggttcaactctgatatgatttatcgtggt
gttatcaatatgctggctttgacaggttgtattggtgtttctggtggtggctgggctcac
tatgttggtcaagaaaaactccgtccagcagagggttgggcagcggttacatttgctaac
gattggaatccaggtgctgcacgtcaacaaaacggaacttctttcttctactttgcttca
gaccaatggaagtacgatgagatggataatgaagcacttaaatctccattagcaaataaa
acgtccaatagctataaacatccagcagactataaccaaatggcagttcgattaggttgg
ttaccaagttatccacaatttaaccgtaattcacttgattttgtgaagcagtatggtacg
accgatattgaagaaatcaaaccacgtattgttgaggaactcaaatcaggcagcttacaa
tttgctgtagaagcaccagaccgtaaagaaaatcagcctaaagggatgttcatctggcgt
tcaaatctttttgcctcatcaggcaaaggcgcagaatatttcatgaaacacctgctcggc
gctgaaaatggcttgctcgcaaagacgaacgacaacttcaaacctgaagaaatggaatgg
aatgaagaagaggtcacaggtaaacttgatcttgtaacaacacttgattttcggatggta
acaacaccaatgtactctgatattgttttgccagcagcaacatggtatgaaaaagaagat
ttatcttcaacagatatgcatccatttatacatccgtttaatgctgcggtaagtccactt
tgggagtcgaaaacagactggaatattttccgtgaacttgctaaaactttccaagaaatg
gcgaaaaaagaatttgacggaccagtctatgatgttcatactagtccgttggcacatgat
tcaaaagctgaaatttctcaaccatttggtcaagttaaagattggaaaaaaggtgagatt
gaggctattcctggtcaaacaatgccgaacattaagcttataaaacgtgattatacgaag
ctgtatgaccaatatattgcacttggccctaaccttgctaaaggaaaagttggagcgatt
ggtttatcttatccagtagcaacgcagtatgaggaactgaaacatacccttcaaacctat
aagacaggaagtaatgctggacttcctaaaatttatgaagcgaaacaagtcgccgatgca
atcttgacactttcatctacttcaaacggtaaagttaatatggaagcctggaaagctgcg
gaagaagaacacggggtagatttacttgatattggtggaggctatgagcaacaaaagatg
accttcaaagatatcacagctcaacctcgtgaatcttatccaacaccaatcggtacttct
gctaaaaaagatggtgaacgctattcggcattctctctacatatcgaacgtttggtgcct
ttccgtacattgacaggacgtcaacaattctatattgaccatgaaattttccaagaatat
ggagaaaatctctcaacatataaaccaaccttacctccacaagtgatgggaccaaaagat
gcagacatcaaagcggcagagggtaaagaaattactttgcgctatatgacaccacatggt
aaatggaacatacacaccatgtatcaagataatatccatatgctgactcttttccgcgga
gggccaaatgtttggctttcgattgaggatgcgaagaaattggaaattaaagataatgat
tggctagagctttataaccgaaatggtgtggtaacagcaagagcagttgtttcacatcgg
atgccagaaggaacaatgtatatgtatcatgctcaggatgctactgtccaagtgccactt
tcaaatattactggaaatcgtggtggctcgcataatgctcctacacaaatccatatcaag
ccaacacaaatggttggtggatatgcgcaactttcttatggatggaactattatggccca
atcggaaatcagcgtgatttatatgtcaatgttagaaaattggacaaggtagattggtct
aatacagaaggaggcaactcatga

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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 (2)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (4)   
   Pfam (4)   
All databases (32)   

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