KEGG   Commensalibacter melissae AMU001: D9V35_08675
Entry
D9V35_08675       CDS       T05684                                 
Name
(GenBank) nitrate reductase subunit alpha
  KO
K00370  nitrate reductase / nitrite oxidoreductase, alpha subunit [EC:1.7.5.1 1.7.99.-]
Organism
coq  Commensalibacter melissae AMU001
Pathway
coq00910  Nitrogen metabolism
coq01100  Metabolic pathways
coq01120  Microbial metabolism in diverse environments
coq02020  Two-component system
Brite
KEGG Orthology (KO) [BR:coq00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    D9V35_08675
 09130 Environmental Information Processing
  09132 Signal transduction
   02020 Two-component system
    D9V35_08675
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:coq02000]
    D9V35_08675
Enzymes [BR:coq01000]
 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)
     D9V35_08675
Transporters [BR:coq02000]
 Other transporters
  Transmembrane electron carriers [TC:5]
   D9V35_08675
SSDB
Motif
Pfam: Molybdopterin Molydop_binding Nitr_red_alph_N Molybdop_Fe4S4
Other DBs
NCBI-ProteinID: AYN87553
Position
complement(1904506..1908204)
AA seq 1232 aa
MSHILDRLNFFKKTKSSFADGHGAVVNEDRKWEDAYRQRWQQDKIVRSTHGVNCTGSCSW
KIYVKSGLITWETQQTNYPRTRADLPNHEPRGCPRGASYSWYVYSAQRVKYPMLRGQLAR
LWRDARQKMDPISAWEYISQTSELASSYKKRRGLGGFVRSTWREVNELVAAANNFTIKKY
GPDRIIGFSPIPAMSMVSYASGSRYLSLIGGVPLSFYDWYCDLPPASPQVWGEQTDVPES
ADWYNSTYLLVWGSNIPMTRTPDAHFYAEVRYKGTKTVAVSSDYGEMVKFSDIWLSPKQG
TDAALSMAMGHVIFKEFHLDRPSEYFTSYCRQYTDMPMLVMLDEKNGQLFPGYFLRASHL
ADQLDEKNNPEWKTLVIDELTGQIVTPKGSIGFRWGETGQWNLKEQDSKGQTVKAQLSLL
GKHDNVAEVVFNYFAGESKNEQMLRKVPVKTITLADGNQVKVTTVFDLMAANYSIDRGLG
DGAMDYMDDVPYTPKWQEKHTGVKPELVIQVAREFAQNADKTHGKSMVIVGAGLNHWYHM
DMSYRGIINMLMLCGCIGQSGGGWCHYVGQEKLRPQTGWAPLAFGLDWNRPSRQMNGTSF
FYNHTSQWRHEKLAINEVASQNSLSEFEGMALIDCNAKAERMGWLPSAPQLSMNPLTLTQ
NAIAQNKDPIDYAVEGLKSGAIDMSCNDPDNPVNFPRNMFVWRSNILGSSGKGHEYFLKY
LLGTQNAVLSEEQNCIKPKEIKVREAAEGKLDLLVVLDFRMSTTCLYADVILPTATWYEK
NDLNTSDMHPFIHPLSEAVQPLWQSKSDWEIFKGLAGKFSELAAGYLGNQKDLVLTPLMH
DTPQELGQPFDVKDWKKGECDPIPGKTMPAMKVIERNYGAIYEQFTSIGPLLEKLGNGGK
GISWDTKHEVDQLRNLNKVIGQGIAKGQPRLDTAIDAAEMILNLAPETNGHIAVKAWGAL
SKVTGIDHTYLATPREHDSIRFRDIQVQPRKIISSPTWSGLESETVSYNAGYTNVHELIP
WRTLTGRQQFYQDHQWMRAFGEMLCVYRPAVDLKTTQKVLGQHGNGNPEIVLNFITPHQK
WGIHSTYSDNLRMLTLSRGGPHVWLSEIDAQKAGIIDNDWIEVFNLNGTLTARAIVSQRV
PEGMTLMYHAQEKIINVPGAEVSKKRGGIHNSVTRTVLKPTHMIGGYAQYSYGFNYYGTV
GSNRDEFVVVRKMKHVDWLEETVSVNYPKVEA
NT seq 3699 nt   +upstreamnt  +downstreamnt
atgagccatatattagatcgtttaaacttttttaaaaaaacgaaaagcagttttgctgac
gggcatggcgctgttgttaacgaggacagaaaatgggaagacgcgtatagacaacgttgg
caacaggataaaatcgtaagatcaactcacggtgtgaattgcaccggatcctgcagttgg
aaaatctatgttaaaagtggattgattacctgggaaacccaacagacaaattatccaaga
actcgtgcggatctacctaatcatgaacccaggggatgtcctcgcggggcatcttacagc
tggtatgtttattctgcccaacgtgttaaatatccaatgctgcgtggacagctggctaga
ttatggcgtgatgcacgtcagaagatggatccgatatccgcctgggaatatatcagtcaa
acatcagaattggccagttcttacaagaaaagacgtggattgggcggatttgtccgatca
acctggcgggaagtcaacgagcttgttgccgcggcaaataactttaccatcaaaaaatat
ggtcccgaccgtattattggattttctcctattccggctatgtcgatggtcagctacgct
tccggatctcgttatctttctcttattgggggtgttccgctatctttttatgattggtat
tgtgatctgccaccagcaagcccacaagtatggggcgagcaaaccgatgttccggaatca
gcagattggtataattcaacctatttactagtgtggggatcaaatatccccatgactcgt
acgccagacgctcatttttatgccgaagttcgttataaaggtacaaaaacggtcgctgtt
tcatcagattatggtgaaatggtaaaattcagtgatatatggctctctcctaaacaaggt
acggatgctgccttatccatggcgatgggacacgtaatcttcaaagaatttcatctggat
cgtccctctgaatattttacgtcatattgccgtcaatatacagatatgccaatgctggtt
atgcttgatgaaaagaatggccaactgtttcccggatatttcttgcgtgccagtcatttg
gcagatcagcttgatgaaaaaaacaatcctgaatggaaaacgcttgttattgatgaattg
acgggacagattgtaacccccaaaggatcaattggttttcgctggggtgaaacaggtcaa
tggaatcttaaggaacaggatagcaaaggacagaccgttaaggcccaacttagtctgctg
ggtaagcatgataatgttgcggaggttgtgttcaattattttgctggagaaagcaaaaat
gagcagatgctccgaaaggttccggttaaaaccattaccttggctgatggtaatcaggta
aaggttactacagtttttgatttaatggctgccaattacagtattgaccgtggtctaggt
gatggcgctatggattatatggatgatgttccctatactcctaaatggcaggaaaaacat
actggtgtaaaaccagaattggttattcaggttgctcgtgaatttgcccaaaatgccgat
aaaactcatggtaaaagcatggtcatagtgggtgccggattaaaccactggtatcatatg
gatatgtcctatcgtggcattatcaacatgttaatgctttgtggatgtataggtcaaagt
ggaggtggctggtgccattatgttggtcaggaaaaactgaggccacaaaccggttgggct
ccattggcatttggattggattggaatcgtccatctcgtcagatgaacggaacatccttt
ttttacaatcatacaagtcaatggcgtcatgaaaagctggctatcaatgaagttgcttca
caaaatagcctgagtgaatttgaaggtatggcgctgattgattgtaatgccaaggctgaa
cggatgggatggttaccttctgcaccgcaattgtcaatgaatccgttgacgttgacacaa
aatgcaattgctcaaaataaagatcccattgactatgcggttgaaggattgaaatcaggt
gcaattgacatgtcttgtaatgaccctgataatccagtgaactttccacgtaacatgttt
gtatggcgttccaatattcttggttcttcaggtaagggacatgaatatttccttaaatat
cttttgggtactcagaatgcagttttaagtgaagagcaaaattgtattaaaccgaaggaa
atcaaggtaagagaagccgcagaaggtaaactggatcttttggtcgtcttggatttccgt
atgtcaacgacttgtttatatgcagatgtaattcttccgacggccacctggtacgagaaa
aatgacttgaatacatcggatatgcatccctttattcatcctttaagcgaggctgtacaa
cctttatggcaaagtaaaagtgattgggaaattttcaaaggactggctggaaaattttct
gaactcgccgcaggatatcttggaaatcaaaaagatcttgtcttgacacccttaatgcat
gacactccacaagagttgggacagccttttgacgttaaagactggaaaaagggtgaatgt
gatcctattcctggtaaaacaatgccagccatgaaagttatcgagcgaaattatggagca
atttatgaacagtttacatcaattggtcctttacttgaaaaactcggtaatggtggtaaa
ggtataagttgggataccaagcatgaggttgatcaattacgtaatttaaacaaggttatt
ggtcagggtattgcaaagggacagccgagacttgatactgctattgatgcggctgaaatg
atcctgaatcttgctcctgaaacaaatggtcatatcgctgtcaaggcatggggggcatta
tcaaaagtaacaggtattgaccatacgtatttggccacccctcgtgaacatgattccatt
cgttttcgtgatatacaagttcagccacgtaagattatatcttccccaacctggtctggc
ctggaaagtgaaacggtaagttacaatgctggttatacaaatgttcatgaattgattcct
tggagaaccctgactggtcgacagcagttttatcaggatcatcaatggatgcgtgcattt
ggtgaaatgttgtgtgtctatcgtccagcggttgacttgaaaacaactcaaaaggttttg
ggacagcatggtaacggaaatccagaaatagtcctgaattttatcacaccacatcaaaaa
tggggcatccacagtacttattccgataatttacggatgttgacattatcccgtggcggg
ccacatgtctggctttccgaaattgatgcacaaaaggctggtatcattgataatgactgg
attgaggttttcaatctaaatggaactttaacggccagagcaattgtaagtcagcgtgtt
ccagaaggaatgaccttgatgtatcatgctcaggaaaagatcatcaatgttcccggtgca
gaagtttcaaaaaaacgcggcggcattcataattcggtaacaagaacagtcttaaaaccg
acacatatgattggcggttatgcgcaatattcctatggttttaactattatggaacagtt
ggttcaaatcgtgatgaatttgttgttgtacgtaaaatgaagcatgtcgattggcttgaa
gagactgttagcgttaattacccaaaagttgaggcataa

  All links  
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 domain (4)   
   Pfam (4)   
All databases (31)   

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