KEGG   Escherichia coli W: ECW_m1855
Entry
ECW_m1855         CDS       T02002                                 
Symbol
ydiJ
Name
(GenBank) predicted FAD-linked oxidoreductase
  KO
K26063  (R)-2-hydroxyglutarate dehydrogenase [EC:1.1.-.-]
Organism
elw  Escherichia coli W
Pathway
elw00310  Lysine degradation
elw01100  Metabolic pathways
elw01120  Microbial metabolism in diverse environments
Brite
KEGG Orthology (KO) [BR:elw00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    ECW_m1855 (ydiJ)
SSDB
Motif
Pfam: FAD-oxidase_C FAD_binding_4 Fer4_8 BBE Fer4_20 Fer4_17 Fer4_18 Fer4_10
Other DBs
NCBI-ProteinID: ADT75319
UniProt: E0IXK9
Position
complement(1911991..1915047)
AA seq 1018 aa
MIPQISQAPGVVQLVLNFLQELEQQGFTGDTATSYADRLTMSTDNSIYQLLPDAVVFPRS
TADVALIARLAAQERYSSLIFTPRGGGTGTNGQALNQGIIVDMSRHMNRIIEINPEEGWV
RVEAGVIKDQLNQYLKPFGYFFAPELSTSNRATLGGMINTDASGQGSLVYGKTSDHVLGV
RAVLLGGDILDTQPLPVELAETLGKSNTTIGRIYNTVYQRCRQQRQLIIDNFPKLNRFLT
GYDLRHVFNDEMTEFDLTRILTGSEGTLAFITEARLDITRLPKVRRLVNVKYDSFDSALR
NAPFMVEARALSVETVDSKVLNLAREDIVWHSVSELITDVPDKEMLGLNIVEFAGDDEAL
IDERVNALCVRLDELIVSQQAGVIGWQVCRELAGVERIYAMRKKAVGLLGNAKGAAKPIP
FAEDTCVPPEHLADYIAEFRALLDSHGLSYGMFGHVDAGVLHVRPALDMCDPQQEILMKQ
ISDDVVALTAKYGGLLWGEHGKGFRAEYSPAFFGEELFAELRKVKAAFDPHNRLNPGKIC
PPEGLDAPMMKVDAVKRGTFDRQIPIAVRQQWRGAMECNGNGLCFNFDARSPMCPSMKIT
QNRIHSPKGRATLVREWLRLLADRGVDPLKLEQELPESGVSLRTLIARTRNSWHANKGEY
DFSHEVKEAMSGCLACKACSTQCPIKIDVPEFRSRFLQLYHTRYLRPLRDHLVATVESYA
PLMARAPKTFNFFINQPLVRKLSEKHIGMVDLPLLSVPSLQQQMVGHRSANMTLEQLESL
NAEQKARTVLVVQDPFTSYYDAQVVADFVRLVEKLGFQPVLLPFSPNGKAQHIKGFLNRF
AKTAKKTADFLNRMAKLGMPMVGVDPALVLCYRDEYKLALGEERGEFNVLLANEWLASAL
ESQPVATVSGESWYFFGHCTEVTALPGAPAQWAAIFARFGAKLENVSVGCCGMAGTYGHE
AKNHKNSLGIYELSWHQAMQRLPRNRCLATGYSCRSQVKRVEGTGVRHPVQALLEIIK
NT seq 3057 nt   +upstreamnt  +downstreamnt
atgattccacagatttcccaggcacccggcgtcgttcaactggtgcttaattttttgcaa
gagctggagcaacaaggttttaccggcgatacggcgacaagttatgccgatcgtctgaca
atgtcgaccgacaacagtatttaccaacttctccccgatgcggtggtatttccgcgttca
accgcagatgtggcgctgatcgcccgtcttgccgcgcaggaacgctattcatcgctgatc
tttaccccccgtggcggcggcaccggcactaacggtcaggcgctcaaccaggggattatt
gttgatatgtcccgccatatgaaccgcatcatcgaaattaaccctgaagagggctgggtg
cgcgttgaggccggggtgataaaagatcaactcaatcagtacctgaaaccgttcggctac
ttttttgcaccagaactttcgaccagcaaccgggcaacgctcggcgggatgatcaatacc
gatgcttctggtcagggatcgctggtctatggcaaaacgtcagatcacgtacttggcgta
cgcgcggtgttgttggggggcgatattctcgatacgcaacctttacccgtcgaattggcg
gaaacgctgggtaaatccaataccacaatcgggcgaatttataacacggtttatcaacgt
tgccgtcagcaacgccagttaatcatcgacaacttccccaaacttaaccgctttcttacc
ggttacgatctgcgtcatgtctttaacgatgagatgaccgagttcgacctgacgcgcatt
ctgacgggttcagaagggacgctggcctttattaccgaagcgcggctggatattacgcgc
ttgcctaaagtgcgccgtctggtgaatgtcaaatatgactcttttgactctgcgctgcgt
aacgcgccgtttatggttgaggcgcgggcgctttcggtagagacggtggactcaaaagtg
ctgaatctggcgcgggaagatattgtctggcattccgtcagcgagttgattaccgatgtg
cctgacaaagagatgctcggactgaacattgtggaatttgctggtgatgatgaggcgctg
attgacgagcgagttaatgcactctgtgtgcggcttgatgagctgattgtcagccaacag
gcaggtgtgattggctggcaggtgtgccgcgagctggcgggtgttgaacgtatctatgcg
atgcgcaaaaaagccgttggtctgcttggcaatgccaaaggtgccgctaagccaatcccg
tttgctgaggatacctgtgtaccgccggaacatctggcggattatattgctgaatttcgc
gcgctgctcgacagccacggcttaagctacggtatgttcggtcacgtcgacgcaggtgtt
ttgcacgtccgtccagcgctggatatgtgcgatcctcaacaagagattttgatgaagcaa
atctctgatgacgtggtggcgctgactgcgaaatacggtggtttgttgtggggcgagcac
ggcaaaggttttcgcgctgaatacagcccggcgtttttcggtgaggaactttttgcagaa
ctgcgcaaagtgaaagcggcatttgacccgcataaccgactcaacccagggaagatttgc
ccgccagaaggtctcgatgcgccgatgatgaaagtggacgcggtgaagcgcggtacattc
gatcggcagatccccattgcggtacgccagcagtggcgcggtgcgatggagtgtaacggc
aacggtttatgcttcaactttgatgcccgtagtccgatgtgtccgtcgatgaagatcacc
cagaaccggattcattcaccgaaagggcgcgcaacgctggtgcgtgaatggctgcgtttg
ttggcggatcgcggcgttgatccactcaaactggaacaagaactgcctgaatccggcgtc
agtttgcggacgttaattgcccgcacgcgcaatagctggcatgcgaataaaggcgaatat
gacttctcacacgaagtcaaagaggcgatgtcgggctgtctggcctgtaaagcgtgttcg
acccagtgccccatcaaaattgatgtgccggagtttcgctctcgttttctgcagctctat
cacacccgttatttacgcccgctgcgcgaccacctcgtcgctacggtcgagagctacgcg
ccgctgatggcacgcgcgccgaaaacctttaacttcttcattaaccagccgctggtgcgc
aaactctcggaaaaacatatcggcatggttgatttgccgctgctgtcggtcccctcgcta
caacaacaaatggtggggcatcgctcggcaaacatgacgctggaacagcttgaatctctc
aatgcagagcagaaagcgcgcacagtgttggtggtgcaggacccctttaccagctattac
gatgcgcaagtggtggcggattttgtccgtctggtcgaaaaattaggtttccagcctgtg
ttactgccattttcgccaaatggcaaagcccagcatattaaaggttttcttaatcgtttt
gcgaagacggcgaaaaagacggcggatttcctcaaccgtatggcgaagctgggtatgcca
atggtgggcgtcgatccggcgctggtactttgttatcgcgatgaatataaactggcgctg
ggcgaggaacgtggcgagtttaacgtcttactggcgaatgaatggctggcaagcgcactt
gagtcacagccagtggctacagtcagcggtgaatcatggtatttctttggtcactgtacc
gaagttaccgccttgccgggtgcgccagcacaatgggccgcgatatttgcccgttttggc
gcgaaactggaaaatgtcagcgtgggttgctgcggcatggcagggacttacggacatgaa
gcgaaaaaccataaaaattcgctcgggatctatgagttatcctggcatcaggctatgcag
cgactgccgcgtaaccgctgtctggcgaccggatattcctgccgtagccaggtaaaacgg
gttgaaggcacgggggtacgccatcctgtgcaggctttactggagattattaaatga

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Pathway (4)   
   KEGG PATHWAY (3)   
   KEGG MODULE (1)   
Chemical substance (2)   
   KEGG COMPOUND (2)   
Chemical reaction (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (8)   
   Pfam (8)   
All databases (21)   

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