KEGG   Wolbachia endosymbiont of Onchocerca ochengi: wOo_06980
Entry
wOo_06980         CDS       T02212                                 
Name
(GenBank) NAD-specific glutamate dehydrogenase
  KO
K15371  glutamate dehydrogenase [EC:1.4.1.2]
Organism
woo  Wolbachia endosymbiont of Onchocerca ochengi
Pathway
woo00220  Arginine biosynthesis
woo00250  Alanine, aspartate and glutamate metabolism
woo00910  Nitrogen metabolism
woo01100  Metabolic pathways
woo01120  Microbial metabolism in diverse environments
Brite
KEGG Orthology (KO) [BR:woo00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    wOo_06980
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    wOo_06980
   00220 Arginine biosynthesis
    wOo_06980
  09106 Metabolism of other amino acids
   00430 Taurine and hypotaurine metabolism
    wOo_06980
Enzymes [BR:woo01000]
 1. Oxidoreductases
  1.4  Acting on the CH-NH2 group of donors
   1.4.1  With NAD+ or NADP+ as acceptor
    1.4.1.2  glutamate dehydrogenase
     wOo_06980
SSDB
Motif
Pfam: Bac_GDH_CD GDH_C GDH_HM3 GDH_ACT1 GDH_HM1 GDH_ACT2 GDH_ACT3 GDH_HM2 ELFV_dehydrog
Other DBs
NCBI-ProteinID: CCF78289
UniProt: I7IAF2
Position
complement(623666..628399)
AA seq 1577 aa
MHIDNNVDTESLFKLINQENKKEKEKIKEFIKYFYSFIYNSDLKVNDRFLLYIAKDAYNF
ILKKEKEKSKLKINNINDIPGIKGNFTVVKITSDDMPFLVDSIVATIKSHDLTICYYSNS
IINIKRKSGLIDEIYDLEENNGVKESVIYVIIKGISDSFVNTLKESLRKTLKAVNCVVKD
WLLMLQKIDEVKNELCSVVQATGIKVHIRSSHTTNQVVDFLNWLQNNNFLFLGYQERIAD
KDGKLVSSDEKNLGLMRVSKEYQSSSVSSENLNLYIVRSDLISIVHRRTYMNCIGMKELD
DHGNVVKERYFFGLFTSVAEVQDIRIIPIVKSKVKAIEKKTGFVPGGHNNKALVSILQAF
SCDELFQLNEDELFKICTSIMSLAIRPRVKLFLRKVGNFISCIILIPMRYASARLMFKIR
DILKNETSAESSDIYNNHIINEYDLMKLHVVLKTKNVSVLDDKILHIENKLRNITEKWED
RFIDNLYSTFNTVEDIFIRYCKAFPISYQESFEPHSAYYDMKKLETVRRKGISEVDLRLT
HDNLNYQLKVYTPSNGGLELSKILKITKNLGTKILSHNSYYVEINDGMWIHHFVLSRVDE
LINNITLKEQFEVTLTKVFSREIKNDYFNSLIIIAGLKWKEVLLIRALSAYLKQISFNYN
PGYIQKVVSEHPKIVKYLIQLFHVRFDPNIDIDRVETTNIFKEKIEELLKKVSNVSHDYV
LRSIFNLIMSILRTSYYQNDKPYLSTKFDSNKINGLPNPHPYRELYVYSNLFEGIHLRGG
KLARGGLRWSDRTEDFRTEVLGLMKAQMTKNAVIVPVGAKGGFIIKKVYKDRNSLRKKGI
ECYKDFIKGMLDITDNIVDDKIIPPKNVIRYDEDDPYLVVAADKGTASFSDYANQIASEY
HFWLGDAFASGGSAGYDHKKMGITARGAWIAAQRHFWKMNKNIYQDVSVIGIGDMAGDLF
GNGMLLSRNVRLIGAFNHMHIFIDPNPDVKNSFTERKRLFKLPFSTWMDYNKGLISQGGG
VFERSSKQINVSQEMKKCFGITENVLSPNSLIRYLLKAEVDLIWNGGIGTFVKAKSESHN
VVGDKTNDELRVNGRDIRASMFIEGGNLGCTQLGRIEYAKSGGYINADFIDNSAGVICSD
LEVNIKIAFVSIMKEGGISLKKRNEILASMVDEVASKVLEDHNRIETKALLLECLQAKER
LEQHHRLLLNLEKSGLLERSIEFLPADEEIAKMLTEAEGFSSPQLAILMSYTRTAIKSEI
IHSDLPEKDSFCHDYLLSYFPQKIVTEFRNFILKHQLRREIVSTCIANDVVNRMGCIFIN
NLVEKTGIKVYEAVNLYIIVNHLYDLSSLWRKIDELDEKIDVNSYLQVVRSVQKFIGRVS
FWLVKNLDKLSFINLDDVTKFKNAIETLSQNLTHVLDEHLLENYRYGSVSLIELNIDKDL
AKKVADLCILAYALDIILISEQTSLSILDVGKIYFELKSLLRFDLIRTIAIKMKNRSSYW
DRSLINDLLDDLSNYHYKLAIKVIKFTNDCENKVQTWARDDIGYIERYNSFLDEMVASKL
DLSRLIFIIKRIKVLAS
NT seq 4734 nt   +upstreamnt  +downstreamnt
atgcatatagataataatgttgacactgaatctttattcaagctgattaatcaagagaac
aaaaaagaaaaagaaaaaattaaagaatttataaaatacttttatagttttatttacaat
agtgatttaaaggttaatgataggttccttttgtacattgcaaaggacgcatacaacttc
atcctcaaaaaggaaaaagaaaaaagcaaattgaagataaataatataaatgatatacca
ggaataaaaggcaattttactgtagttaaaataacgagtgacgacatgccttttctagtt
gattctattgttgctactattaaatcgcacgatttaactatatgttattatagtaatagt
ataattaatattaaaagaaaaagtggactgattgatgagatttacgatttagaagagaat
aatggtgtaaaggagtcagtaatatacgtaattattaagggtataagtgatagttttgtt
aacactctaaaagaatctctacgaaaaacactgaaagcggttaattgtgttgtaaaagat
tggcttctgatgctccagaagatagacgaagtgaaaaatgaactttgttctgtcgttcag
gcaacaggtatcaaggtccatattcgatcgtcacacactactaatcaagttgtagatttt
ctaaattggttgcaaaataataattttttatttttaggttaccaagagcgcattgctgat
aaagatggcaaacttgtttctagtgatgagaaaaatcttggtttaatgagagtaagcaaa
gaataccaaagttcttctgtttcttctgagaatttgaatttgtacatagtaaggtcagat
ctgatctcaatagttcatcgacgtacatacatgaattgtataggaatgaaagaattagat
gatcatggtaacgtggtaaaagagcgatatttttttgggttatttacttcagtagcagag
gttcaagacattcgcattattccgatagtaaaaagtaaagtcaaagcaatagagaaaaaa
acaggatttgtgcctggtgggcacaataataaggctttagtttctattttacaagcattc
tcttgtgacgaattattccagttaaatgaagacgagttatttaagatttgtacttcaatt
atgtcccttgcaattaggccaagagttaaactctttttaagaaaagtaggaaattttatt
agttgtataatactaataccaatgcgatatgctagtgccaggttaatgttcaaaatacgt
gatatattgaaaaatgagacaagtgcggaaagttcagatatttacaacaaccacattatc
aatgaatatgatttaatgaaattacatgtagtcctaaagactaaaaatgttagtgtcctt
gacgataaaattttgcacatcgaaaacaaattaagaaacatcacagaaaagtgggaagat
cgttttatagataatctatatagcactttcaatactgtcgaagatatattcatccgttac
tgcaaagcatttccaataagctatcaggagagttttgaacctcacagtgcatattatgat
atgaagaaattggaaacagtaagaaggaaaggaataagtgaggttgatctaaggcttact
catgacaatcttaattatcaattaaaggtttacactccaagcaacgggggacttgaatta
tcgaaaatattaaaaattactaagaatttgggaacaaagatcctatctcataatagttat
tacgtagaaattaatgatggaatgtggatacaccattttgtgttatcaagagtcgatgaa
ttaataaataatatcactctaaaagagcagttcgaggtgacacttacaaaagtattcagt
agagaaatcaaaaatgactattttaatagcttaattattattgctgggctgaagtggaaa
gaagtgcttctaattagagcgttaagcgcttacctaaagcaaatatcatttaactataac
cctggatatattcaaaaagtggtctcagagcatccaaaaatagtaaagtatttgatacaa
ctgtttcatgtaagatttgaccctaacatagatatcgatagagtagaaactactaatatc
ttcaaagaaaaaattgaagaacttctaaagaaagtcagcaatgtttcacatgattatgtt
ttacgttccatatttaacttgataatgtctattttgagaaccagttattatcagaacgat
aaaccttacttatctacaaagtttgattcaaataaaataaacggtttacctaatccgcac
ccataccgtgaattatatgtttactcaaacctctttgagggaatccatttaagaggagga
aaattagcacgtggtggtctaagatggtcagatagaacagaagattttcgcactgaagtt
ttagggcttatgaaagctcaaatgacaaaaaatgcagttattgttcctgttggtgcaaaa
ggtgggtttataataaagaaagtctataaagacagaaattctttaagaaaaaaaggtatt
gagtgttataaggattttatcaaaggaatgcttgatattactgataatatagttgatgat
aaaataattccaccaaaaaatgtgattaggtatgatgaagatgatccatacttagtagtt
gcggcagataaaggtactgcttcattttctgattatgctaaccaaatagcctctgaatat
catttttggcttggtgatgcatttgcatccggtggatcagctggttatgatcataaaaag
atgggtatcacagccagaggtgcgtggattgcagcacaaaggcatttttggaagatgaac
aaaaatatttatcaagatgtctctgttattgggattggagatatggctggcgatctattt
ggaaatggcatgctgctttcaagaaatgtgcgtttgattggcgcattcaaccatatgcac
attttcatcgatccaaaccctgatgtaaaaaatagtttcacagagcgtaagcgtcttttt
aagttaccattttcaacttggatggattataacaaaggtttgatctctcaaggtggagga
gtgtttgagcgtagcagtaaacagataaacgtttctcaagaaatgaaaaaatgctttggt
ataacagaaaatgtattatccccaaacagcttaatccgatatttgttaaaggcagaggta
gatttgatatggaatggaggaattggtacatttgttaaagcaaaaagtgaaagccataac
gtagttggtgataaaacaaacgatgaattaagagtaaatggcagagatattagagcttct
atgttcatagaaggtggtaatcttggttgcacacagcttggaagaatagaatatgctaaa
agcggtgggtacatcaatgcagattttattgataattcagcaggagtaatatgttccgac
cttgaagttaacatcaaaattgcatttgtttcaattatgaaagaaggtggtatttctttg
aaaaaaagaaatgaaatactggctagcatggtagatgaagttgcatctaaggtgcttgaa
gaccacaatagaattgaaacaaaagcattactccttgaatgcttgcaagctaaggaaagg
ttggaacagcaccataggttattgctcaatttggaaaaatctggattgttagaaagaagt
atagaattccttccagctgatgaggaaatagcaaaaatgttgactgaagcagagggcttt
agctctcctcaacttgctattctcatgtcttatactagaacagcaataaaaagtgaaatt
atacactctgacctacctgaaaaggattccttttgtcatgattacttactaagttatttt
ccacaaaaaatagtaacagagttcaggaatttcatattgaaacaccaattacgcagagaa
attgtttctacttgcattgcaaatgatgtagtgaataggatggggtgtatatttattaat
aatctagttgagaaaactggaattaaggtgtacgaagcagttaatttatatattattgtt
aatcacctatatgatttaagtagcttatggcgaaaaattgatgaattagatgaaaaaatt
gatgttaactcatacttgcaagtggtaagaagtgtgcaaaagttcattggcagggtatca
ttttggttagtaaaaaatctagataaacttagctttataaatttggatgatgttacaaag
tttaagaatgcaattgaaactttaagccaaaacttaactcatgttttagatgaacatctg
ttggaaaactatcgttatggatccgtttctttaatagaacttaatatagataaagatcta
gctaagaaagttgctgacttatgcattttagcctatgcattggacattatactcatttct
gaacaaacatctttatctattcttgatgttggtaaaatatactttgagctaaaatcgcta
ctaagattcgatctgattagaacaattgccattaagatgaaaaatcgttcttcttattgg
gatcgtagcttaatcaatgacttattggatgatttaagcaattatcactataagttagct
attaaagttataaaatttactaatgactgtgaaaataaggttcaaacttgggcccgtgat
gatataggttacatagaacgttacaatagcttcctagacgaaatggttgcttctaaactt
gatttaagcagattaatatttataattaaaagaatcaaagtacttgcctcatag

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (5)   
   KEGG PATHWAY (5)   
Chemical substance (7)   
   KEGG COMPOUND (7)   
Chemical reaction (2)   
   KEGG ENZYME (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 (9)   
   Pfam (9)   
All databases (30)   

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