KEGG   Scardovia inopinata: SCIP_0489
Entry
SCIP_0489         CDS       T03977                                 
Name
(GenBank) putative multicopper oxidase
  KO
K00368  nitrite reductase (NO-forming) [EC:1.7.2.1]
Organism
sij  Scardovia inopinata
Pathway
sij00910  Nitrogen metabolism
sij01100  Metabolic pathways
sij01120  Microbial metabolism in diverse environments
Brite
KEGG Orthology (KO) [BR:sij00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    SCIP_0489
Enzymes [BR:sij01000]
 1. Oxidoreductases
  1.7  Acting on other nitrogenous compounds as donors
   1.7.2  With a cytochrome as acceptor
    1.7.2.1  nitrite reductase (NO-forming)
     SCIP_0489
SSDB
Motif
Pfam: Cu-oxidase_3 Cu-oxidase_2 Cupredoxin_1 Copper-bind Cu-oxidase FAM176
Other DBs
NCBI-ProteinID: BAR06556
Position
624122..627028
AA seq 968 aa
MNTFNKSGRQVAFPWQRLILLLFVGFAALAGLAGAFARSNIPFIATRFPLADAHGALMTF
GFLGTAVCLERGVAFRAGSPRKPRWGFLAPVLGALGTVAMILLMARIIPVTSVWQAIPGS
LWALSMLMLGSVYVMIWRRQHSVSVLIQLLGSVAGMCGMSLWARGLDAAALAPWWMVFLV
LTIVGERLELAHVSFVGLYVEPTLIGSSVMTILALPVQLMVPAVGFPLLGIGMAVLLITM
LMNDTAIKTWKYKGVTGFMGICMLLGYVWALLASLVWIVGIYRLGGYWSDFSIHAFALGF
AVSMVIAHVCVIVPSILRRQMPYSPVLWLPLILMHLGLLLRLLGTIQALTLLWQVGDGFT
IGALFLLLACVLGMNLAVTHRRKIRARQKRARQERDVDQHWQKKDSKQEQEDSSQTQEEA
LLLREKIERAAARKAQNKPLTRDRARQRITMTRSDILAYADSHKTFFSVTSKLVWAVIVV
LFVCTAFVAIKPAVVAQQTALISNTSGLGTSSSSSPASSSFSSSNSSSSTVRPTGKTTKV
ALSVGADGMSFSPSIITVPAGNKLIIVFSNTAEQSHDLVLETGATSGKVSPGSRARILVG
VVTHNLTGWCSLTGHRQMGMTLTIKAIAPSGQEISGSSDSTPSSSSSSSSSSSHAAISHQ
DVSTPSYADLQKQAKKSAVYNPKMPGYTPGISPSSTSSTSSTGTVRALTMTVTEQKVTIA
DGVTQKMMQYNASNPGPILRGKEGDTFRITLINKGSMTHSIDFHAGDDAAPNKAMKSIEP
GHKLTYVFHASHAGIWLYHCSTMPMSNHIANGMYGAVIIEPKAGFPSVSKEYVLIASEAY
LGPNGGMADPAKIIAMQPDITMFNGRAFQYDAHPLTAQVGEKVRIWVMNAGPNLPLSFHI
VGTQFTTVWTEGNYRFKDNSRAGAQVLPLLAAQGGFVEMTFKTPGRYPIVNHSLSLAEKG
QHGYIWVK
NT seq 2907 nt   +upstreamnt  +downstreamnt
atgaatactttcaataaatccggacgtcaggtggccttcccctggcagcggctgattttg
ctcttattcgtaggctttgcagccctagctggtttggccggagccttcgcgcggtcaaac
attcccttcatagctacccgtttccctttggctgatgctcacggggccttgatgactttt
ggttttctggggactgctgtgtgcctggaaaggggagttgctttcagagcagggtcgccc
cgcaaaccgcgatggggttttctcgctcctgtccttggagccttaggcacggtggccatg
atcctcctcatggccaggattattccggtaacttctgtctggcaggccataccaggaagt
ctgtgggctttaagcatgcttatgctcggctcagtttatgtaatgatttggcggcgccaa
cactcggtttccgttcttattcaacttctaggttctgttgccggcatgtgtggcatgagt
ttgtgggctcgtggattggatgcagctgccctggctccctggtggatggttttcttggtc
ctgacgattgtgggagaacgactggaattggctcatgtatcatttgtgggtctttatgtg
gagccaaccttgattggttccagtgtcatgacaattctggctttgccggttcagcttatg
gttccggctgttggttttcctctcctgggaattggtatggccgtcctgctgataaccatg
ctgatgaatgatacagcaatcaaaacctggaaatataagggtgtaactggtttcatggga
atttgcatgcttttgggctatgtctgggctttgcttgcaagcctcgtgtggattgtcggt
atataccgtttgggtggctattggtctgatttcagcattcacgcctttgctctgggcttt
gctgtatccatggtgattgcccatgtctgtgttatcgttccttccattctgcgccgtcag
atgccatatagccctgtattgtggctgcctttaatccttatgcatctgggacttcttctg
cgtttgctgggaacgattcaggctctgactctcctgtggcaggttggtgacggattcacc
attggtgcccttttcttgctactagcttgcgttctaggaatgaatctggcagttactcac
aggcggaaaatccgcgctcgccaaaagcgtgctcgtcaagagagagatgttgatcaacat
tggcagaaaaaagacagtaagcaggagcaggaagacagcagccagactcaggaggaggct
ttgcttcttcgggaaaaaattgaacgtgccgctgctagaaaggctcaaaataagcctttg
acccgcgatagggccagacagcggataactatgactcggtcagatatccttgcttatgct
gattctcataagactttcttctctgtcaccagcaagttggtctgggcagtgattgtggtt
ctgtttgtgtgcactgctttcgtagcgatcaaacccgctgttgttgctcagcagaccgcc
ctgataagcaatacctcaggcctgggtacttcttcctcttcttcccccgcttcctcttcc
ttttcctcctctaattcctcttcctcaacggtcaggccgacagggaaaactacaaaggtt
gctctttccgtaggagcggatggaatgtcattcagtccttcgatcattacagttcctgca
ggaaataagttaatcattgtcttctccaatactgctgagcaaagtcacgatctggtgctg
gaaactggtgctactagtggaaaagtttctccggggtcacgggcacgaattttggtcgga
gtagtcactcataatctgactggctggtgttccctaactggacacaggcagatgggaatg
acgttgacgattaaagctattgctccatctggtcaggaaatttctgggtcctcagactcg
acgccatcttcatcctcatcttcttcatcctcatcttcccacgccgcgatatctcatcag
gatgtatccacaccttcttatgcagaccttcagaaacaggcaaaaaagagtgcagtatac
aatcctaaaatgccgggctacaccccaggaatttccccatcttccacgtcgtctacatcc
tccacaggaactgtgcgagcactgactatgacggtcactgagcagaaagtaaccattgca
gacggtgtcactcaaaaaatgatgcagtacaacgcatcaaacccaggacccatacttcgt
ggaaaagaaggagatactttccgcattactctgatcaacaaagggtccatgacgcattcc
attgatttccatgctggggatgatgccgcccccaataaggcgatgaagtctatcgaacca
ggtcacaagctgacctatgttttccacgcgtctcatgccgggatttggctttatcattgc
tcaactatgccaatgagcaaccatatagccaacggaatgtacggagcagtaatcattgag
cccaaggctggtttccccagtgtcagcaaagaatatgtgcttattgcgtcagaggcatac
ttgggccccaatgggggtatggcggacccggcaaaaattatcgccatgcaaccagatatc
accatgtttaacggtcgtgcttttcagtacgatgcccaccctcttactgctcaggttggt
gagaaagttcgcatatgggtcatgaacgcgggccccaaccttcccctctccttccatatt
gtgggaactcaattcaccactgtctggaccgagggaaactacagatttaaagacaattcc
agggccggagctcaagtcctgccacttttggctgctcagggagggttcgtggaaatgact
ttcaagactccgggcagatacccgattgtcaaccactctttgagtctggcggaaaaaggc
cagcatggctatatatgggtgaaatga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (5)   
   KEGG PATHWAY (3)   
   KEGG MODULE (2)   
Chemical substance (8)   
   KEGG COMPOUND (8)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (23)   
   KEGG ORTHOLOGY (1)   
   RefGene (20)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein domain (6)   
   Pfam (6)   
All databases (48)   

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