KEGG   Caldibacillus thermoamylovorans: CQJ30_02405
Entry
CQJ30_02405       CDS       T06263                                 
Name
(GenBank) nitrate reductase subunit alpha
  KO
K00370  nitrate reductase / nitrite oxidoreductase, alpha subunit [EC:1.7.5.1 1.7.99.-]
Organism
bthv  Caldibacillus thermoamylovorans
Pathway
bthv00910  Nitrogen metabolism
bthv01100  Metabolic pathways
bthv01120  Microbial metabolism in diverse environments
bthv02020  Two-component system
Brite
KEGG Orthology (KO) [BR:bthv00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    CQJ30_02405
 09130 Environmental Information Processing
  09132 Signal transduction
   02020 Two-component system
    CQJ30_02405
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:bthv02000]
    CQJ30_02405
Enzymes [BR:bthv01000]
 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)
     CQJ30_02405
Transporters [BR:bthv02000]
 Other transporters
  Transmembrane electron carriers [TC:5]
   CQJ30_02405
SSDB
Motif
Pfam: Molybdopterin Molydop_binding Nitr_red_alph_N Molybdop_Fe4S4
Other DBs
NCBI-ProteinID: AWI11136
UniProt: A0A2U8E8F3
Position
complement(442744..446427)
AA seq 1227 aa
MKKKASPLWQRFKYLKPVETYADNHSQLQVGNRDWENVYRRRWQHDKVIRSTHGVNCTGS
CSWNIFVKDGIVTWEGQSLDYPTTGPDMPEFEPRGCPRGASFSWYIYSPLRVKYPYIRKK
LLDLWKEATATYDNPLDAWKSIVEDKEKAKRYKQARGKGGLVRTSWDEAARIIAASTLYT
TLTYGPDRNVGFSPIPAMSMISYASGSRFMHLMGGPMLSFYDWYADLPPASPQIWGDQTD
VPESSDWYNSNYIITWGSNVPLTRTPDAHFLIEARYKGTKVISVSPDYAESTKFADEWLS
VRQGTDGAVAMAMGHVILNEFYHQNRTPYFEEYAKKYTDLPFAVLLKNKNGTFTLDRFLN
AKDLGIDSANNEWKPAMFNKNTGDFSIPHGTMGSRWDEQGKWNLHLVDEHTEEPIEPVLS
FLGMEDEVVTVDMPYFDEQGKRAIPRNVPVKKVEVDGKTEYVTSVYDLMLANYGIDRGLG
GEAASSYEDLTPYTPAWQEQITGVDAELVIKIAREFAQNAIDTKGRSMIIVGAGINHWYN
ADTIYRAIVNLVLLVGAQGVNGGGWAHYVGQEKLRPVEGWNTIAMAKDWQGPPKLQNGTS
FFYFATEQWRFEEHPVSDLASATVEKARYQHPADYNVLAARLGWLPSYPTFNKNGIDLYN
EAVEAGCTTTEEIGEYIAKQLKDRKLQFAIEDPDNPVNFPRNLFVWRANLISSSGKGHEY
FLKYLLGTSNGLLNSDEDSIRPEEINWQEEAPEGKVDLLVNLEFRMSGTALYSDIILPAA
TWYEKHDLSSTDMHPFIHPFNPAVASPWEAKSDWEIFKTIAKAVSDMAEEIDLEPMKEVV
ATPLQHDTTAEMAQPLGKIRDWSKGECEPIPGQTMPQIHVVERDYKQIYNKMIALGPNVE
KQPSGGKGMNWSLAKEYDELKRRLGTINNGTIADGCPDISDARNACEAVLTLSSTSNGKI
AVRAWEALEKQTNLELKDLALDREGDLMTFDKITAQPQTVITSPAFSGSEKDGRRYSPFT
TNVEKMIPFRTITGRQSFFLDHDMMKEFGEAMAVYKPILNQKPFNSNRPEAEGKEITLNY
LTPHNKWSIHSMYFDSKPMLNLFRGGPTIWLNKDDAEEIGVADNDWIECFNRNGVVVARA
VVSHRIPRTVAFMHHAQDRHIHVPGTKLTQNRGGTHNSPTRIHMKPTHMIGGYAQLSYGF
NYYGPTGNQRDLNVVIRKLKEVDWLES
NT seq 3684 nt   +upstreamnt  +downstreamnt
atgaaaaagaaggcttctccactttggcaaagattcaaatatttgaaaccggtagagacc
tacgccgacaaccatagtcaattgcaagtcggcaatcgtgattgggaaaatgtctaccgg
agaagatggcagcatgataaagtcatccgttccacacacggtgtcaactgtacgggatca
tgcagctggaatatttttgtgaaggacggcattgtcacttgggaaggtcaaagtctcgat
tacccgacaacaggccctgatatgccggaatttgaaccacgtggctgtccaagaggagcc
agcttttcctggtatatttacagcccgctccgggtgaagtatccgtacatacggaaaaaa
ctgcttgatttatggaaggaagcaaccgctacctatgataatccgttagatgcctggaag
tcgattgtcgaggataaagaaaaagccaaacgatataaacaagcacgtggaaagggcggc
cttgttcgtacgagctgggatgaagccgcaagaattatcgccgcatctactctttacaca
actttaacgtacggtccggatcgaaatgtcggcttttcaccaattccggcgatgtcgatg
attagttacgcatccggaagccgcttcatgcatttaatgggtggcccaatgttaagtttt
tacgattggtatgccgatctgccaccggcttccccgcaaatttggggggatcaaaccgat
gtaccggaaagctcggattggtataactcaaactacattattacttggggttcaaacgtt
ccattaacccggacaccggatgcccacttcttaattgaagcccgttacaaagggacaaaa
gtcatctcggttagccctgattatgccgagtcaacgaaatttgccgatgaatggctatcg
gtcagacaagggactgacggtgcggttgcgatggccatgggacatgtcattttaaacgaa
ttttaccatcaaaataggacgccctactttgaagaatatgcgaaaaaatataccgatctt
ccatttgctgttcttttaaaaaataaaaatggaacgttcacactagaccgtttcctcaac
gcaaaagatcttggtattgactctgccaataatgaatggaaaccggcgatgtttaacaaa
aataccggtgacttctccattccacacggcaccatgggctctcgctgggatgagcaaggt
aagtggaatctccatttagttgatgaacatacagaggaaccaattgaacctgttttaagc
tttttaggtatggaagatgaagtggttacagtcgatatgccatattttgatgaacaagga
aagcgagcaattccacgaaatgtccctgtaaaaaaagttgaagtcgatggaaaaactgaa
tacgtcacatccgtttatgatctaatgctggccaactacggaattgatcgcggccttggc
ggagaagcagcaagttcttatgaagacctcacgccatacacaccggcatggcaagagcaa
attaccggagtcgacgctgaacttgttataaaaatcgctcgtgaatttgcccaaaatgcc
attgatacgaaaggtcgctcaatgattattgtcggtgccggcattaaccattggtacaac
gcggacacgatttatcgtgccattgtcaatctcgttcttttagtcggtgcacaaggcgtg
aacggcggtggttgggctcattatgtcggccaagagaaattacgtccggtagaaggctgg
aacaccatcgcaatggcaaaagactggcaaggaccaccgaaactgcaaaacggaacatct
ttcttctattttgctaccgaacaatggcgctttgaagaacatccggtcagtgacttggct
tccgcaactgtggaaaaagcaagatatcagcacccggccgactataatgtcctggccgca
agactcggctggttaccgtcctaccctacttttaataaaaacgggattgacctatacaat
gaggcagttgaggcaggttgcacaacaactgaagaaatcggtgagtatatcgcaaaacaa
ttgaaagatcgcaagttgcaatttgccattgaagacccggataatccggttaacttcccg
agaaacttatttgtttggcgggccaacttaatttccagttctggaaaaggccatgaatat
ttcttaaagtatttactcggtacctccaacggtttactgaattctgatgaagacagtatt
cggccggaagaaattaattggcaagaagaagccccggaaggaaaagtagatttacttgtg
aacttggaattccggatgtccggcacggctctttattccgatattattttaccggccgcc
acttggtatgaaaaacatgacctttcaagtaccgatatgcacccatttattcatccattt
aatccggcggtcgcatcaccatgggaagcaaaatcagactgggaaatttttaaaacgatc
gccaaagctgtgtccgatatggctgaagaaattgacctggaaccgatgaaagaagttgtg
gccactcctctacagcacgacactactgccgaaatggcccaacctttaggaaagattcgc
gactggtcaaaaggcgaatgtgaaccaatcccggggcaaacaatgccgcaaattcatgta
gtcgaacgagattacaaacaaatttacaataaaatgattgcccttggtccgaatgtggaa
aaacagccatccggcggtaaagggatgaattggagtctggcaaaggaatatgacgaattg
aaacgtcggctgggaacgattaacaatggcacaattgcagacggttgtccggatatcagt
gacgcaagaaatgcttgtgaagccgtgcttaccctctcatctacatcaaacggaaaaatt
gccgttcgtgcttgggaagcattagaaaagcaaacgaatttggaactgaaggatttggct
ttagaccgtgaaggcgacctgatgacctttgataaaataaccgcacaaccacaaacagtc
atcacatcccctgcattcagcggatcggaaaaagatggccggcggtattcaccgtttaca
acgaatgtcgaaaaaatgatcccgtttcgcacgattaccggaagacaatcgtttttcctt
gaccatgacatgatgaaggaattcggggaagcgatggcggtttacaaaccgattttgaac
caaaagccattcaactcaaatcgaccggaagcggaaggcaaagaaattacattaaattac
ctgacaccgcacaacaagtggtccatccattcgatgtattttgactcgaaaccaatgctc
aacctattccgtggcggtccgaccatttggttaaacaaagatgatgcagaagaaattggc
gtggctgataacgattggattgaatgcttcaaccgaaatggggttgtcgttgcccgggca
gttgtctcgcacagaatcccgagaaccgttgcatttatgcaccatgcccaagatcgtcat
attcatgtcccgggaacaaaactcacgcaaaatcgtggcggtacccataacagcccaacc
cgcattcatatgaaaccaacccatatgattggcgggtatgcccaattaagttacgggttt
aactattacggacccaccggaaaccagcgtgatttaaacgttgttatcagaaaattaaag
gaggttgactggcttgaaagttaa

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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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