KEGG   Sulfolobus islandicus M.16.27: M1627_0832
Entry
M1627_0832        CDS       T00900                                 
Name
(GenBank) nitrate reductase, alpha subunit
  KO
K00370  nitrate reductase / nitrite oxidoreductase, alpha subunit [EC:1.7.5.1 1.7.99.-]
Organism
sim  Sulfolobus islandicus M.16.27
Pathway
sim00910  Nitrogen metabolism
sim01100  Metabolic pathways
sim01120  Microbial metabolism in diverse environments
sim02020  Two-component system
Brite
KEGG Orthology (KO) [BR:sim00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    M1627_0832
 09130 Environmental Information Processing
  09132 Signal transduction
   02020 Two-component system
    M1627_0832
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:sim02000]
    M1627_0832
Enzymes [BR:sim01000]
 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)
     M1627_0832
Transporters [BR:sim02000]
 Other transporters
  Transmembrane electron carriers [TC:5]
   M1627_0832
SSDB
Motif
Pfam: Molybdopterin Molydop_binding Relaxase_C Nitr_red_alph_N
Other DBs
NCBI-ProteinID: ACP54775
UniProt: C3N443
Position
798696..802223
AA seq 1175 aa
MTWQKFENKGREWEEFYRQRWAYAKAIRSTHGVNCTGSCSWLIYVKDGIIITEMQALDYP
IINEEIPPYEPRGCPRGASFSWYEYAPHRIKHPYIRKQLLKLWREELEKTKDPIKAWENI
VEDPEKVKLYKENRGKGGFVRISWDEVEELVSAALIYTIKKYGPDRIAGFTPIPAMSMVS
YAAGTRFLSLIGGVIMSFYDWYADLPIASPQVWGEQTDVPESADWFNSTYIIDWGTNIPQ
TRTPDAHFLSEVRYRGTKVVAISPDYAEYVKFADLWLHPKPGTDGALALAMAHVIAKEFH
VDRQAKYFTEYLKKYTDAPFLVILEQQNGRVISGRFLRASDIIENVINGEWKLVVYDTLK
GRFVIPNGSIGFRWSDEKKWNLKLQDSLTGENIEPALTFLGIEDQRMMISLTRLDEKGFI
EREIPVKLVKLANGKQIYVTTVFDLLLANLGVRRGDLKGYPTSYDDDKPYTPAWQEKITG
VPRDLVIQVAREFAKNAEDTNGKSMILVGAGVNHWFNSDLIYRAIITILMLIGAIGVNGG
GWAHYVGQEKVRPFEGWQTIAFARDWMLATRFQNTTTWIYIHSDQWKYDSLTLDKLTPNN
TLYKHPADYIVLAVKRGWTPFYPQFDKNPLNLSPENAIDKISSGEVKFAITDPDNPINFP
RIFFIWRANLLFSSGKGSEYILKHLLGTHNSVSNTEDAKDKVTEITWREPTPIGKLDLIV
DLNFRMDSSALYSDIVLPAATWYEKYDISSTDMHTFVHPFQPATDPSWEARNDWDIFVNL
AKKFSEMASRYLNGKHKDVVYLPLSHDTPDEISQSLIEEELDPPYISAHLASKIIPKRNF
GNLIVIERDYTKVYEMMISLGHLIRDKELLYVGIPVNYRKEYEELKEELGEIDDRPDIKE
AKKVAEVILRLSGATNGEVSVKEYKQLEVKTSLNFSDLYKGISEIKIKFDDIIASPKRVI
DSPIESGIVKGERIYNPFTFNIEYEVPWRTLSGRQHFYLDHPIIRELGEQLPIYAPPLEY
NKVIKDKDTLVLRYLTPHGKWQIHSTFMDNLRMLTLFRGGPVIWLNEEDARSVGIKDNEW
VEVFNENGATVVRAVVSNRIPRGTAIMYHAQERTVYINESRLRGIIGGSHNAVTMVNIKP
TWLIGGYAQLSYALNYYGAVGTQRDTIVAVRRWRT
NT seq 3528 nt   +upstreamnt  +downstreamnt
atgacatggcaaaaatttgaaaataaaggacgcgaatgggaagagttttacaggcaaaga
tgggcttatgcaaaggcaattagatctacacatggcgttaactgtacggggtcttgcagt
tggctgatatatgtaaaagatggtattataattacagaaatgcaagcactagattatcct
attataaatgaggaaattccaccttatgaacctagaggatgtcctagaggagccagcttt
tcctggtatgaatatgcacctcatagaataaaacatccttatattcgtaagcaactactt
aagttatggagagaagaattagagaagacaaaagatcctatcaaagcttgggaaaatata
gtcgaagatccggaaaaggtcaagctctataaggagaatagaggtaaaggcggattcgtt
agaattagttgggatgaagtcgaggagttagtttctgctgcgttaatatatacgattaaa
aaatacggaccagataggattgctggttttacaccaatacctgccatgtcaatggttagt
tatgctgcaggaactagatttttatcattaataggaggagtaataatgagtttctatgac
tggtatgcggatttacctatagcttctcctcaagtatggggcgaacaaactgatgttcca
gaaagtgctgattggtttaactctacctatataatagattggggaaccaacattcctcaa
acaagaacaccagatgctcattttctctccgaagtcagatatagaggaactaaggtagtt
gcgatttctccggattatgcggaatatgtaaaatttgcagacttatggctacatcctaaa
cctggtactgacggagcactagctttagctatggcgcatgtaatagctaaagagttccat
gttgataggcaagcgaagtactttacagaatatttaaagaagtataccgatgctccattt
ttagtaatcttggaacaacaaaatggaagagttatatctggaagatttcttagagcatct
gatattattgaaaacgtaataaatggagaatggaagttagtagtatatgatacattaaag
gggagattcgtaattccaaatggatctatagggttcagatggtcagacgaaaagaaatgg
aatctaaaactacaagatagcttaacgggagaaaatatagaaccagctttaacatttcta
gggatagaagatcaaaggatgatgatatctctcactagacttgatgagaaaggatttata
gaaagggaaatccctgtcaaactagtaaaattagctaatggtaaacaaatttacgttaca
acagtatttgatttattattagccaatttaggtgttagaagaggagatctgaaagggtat
ccaactagttatgacgatgataagccttatactcctgcttggcaagagaaaataacggga
gtcccaagggatctagtaatacaagtagctagagaattcgccaagaatgcggaggatact
aacggtaaatccatgatattagttggagctggcgttaatcactggtttaacagtgaccta
atctatagggctataataactattttaatgttaataggtgcgattggagttaatggcggg
ggatgggcacattatgttggtcaagaaaaagttagaccttttgaggggtggcaaacaatt
gcttttgcaagagattggatgcttgctacaagatttcaaaacactactacttggatatac
attcattctgatcaatggaaatatgatagcttaacattagataaattaactcctaataac
acattgtataaacatccagcagattacatagtgttagcagtaaaaagaggctggacgcca
ttctatccacaatttgataaaaatcctctaaatctctctccagaaaatgctatcgataag
atttcatccggtgaagtgaagtttgcaataactgacccagataatccaattaatttcccg
agaatatttttcatttggagagcaaatttactgttttctagtggaaaagggagcgaatac
attctaaagcacttattaggtactcataacagtgtgagtaatactgaagatgctaaagat
aaggtgactgaaattacttggagagaacctacaccaataggaaagcttgacctaatagtc
gatcttaactttagaatggatagtagtgcgttatattcagatatcgtgcttccagctgca
acatggtatgaaaaatatgatataagttctactgatatgcatacttttgttcatccattt
caaccagctacagatccttcttgggaagctaggaatgattgggatattttcgtaaattta
gctaagaaattctcagaaatggcatcgagatatcttaatggaaagcataaggatgtcgtc
tatttacctttatcccacgataccccagatgaaatctcacaatctttaattgaggaggaa
ttagatcctccttatatttcagctcatcttgcaagtaagataatcccaaagaggaacttc
gggaatcttatagtcattgaaagagattatactaaagtttacgagatgatgatttcattg
gggcatctgataagagataaggaattactttatgtcggcatacccgttaattatcgtaag
gaatacgaagaattgaaagaagaattaggagagatagatgatagaccagatattaaggaa
gctaagaaagtggctgaagtaatacttagattaagcggggctactaacggtgaggtttca
gttaaagaatataaacaacttgaagtgaaaacgagtcttaactttagcgatctgtataaa
ggaatatccgaaataaagattaagtttgacgatataatagcttcacctaaaagagttata
gactcacctatcgagtccggaatagtgaaaggagaaaggatttataatccgttcacgttt
aatatagagtatgaagtaccttggaggacattatctggaaggcaacatttttacttagat
catccgattataagggaattaggagaacagctaccaatctatgcaccacctttagagtat
aacaaagtaattaaagataaggataccctagttctaaggtatctaactccacatggaaaa
tggcaaattcatagtacttttatggataatttaagaatgttaacactattcagaggtggt
ccggttatttggttaaatgaagaagatgcaagaagcgtggggataaaagataatgagtgg
gttgaagtgtttaacgaaaatggagcgactgtagttagagcagtagttagtaatagaata
cccagaggtacagcaataatgtatcatgctcaagaacgtacagtctatataaatgagtct
agattaaggggaatcattggaggttcccataatgcggttactatggttaacataaaacca
acgtggttaatcggtggatatgcacaactctcctatgctcttaattattatggagcagtt
ggtactcaaagagatacaatagtagctgtaaggaggtggagaacatga

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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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