KEGG   Gordonia sp. 135: GKZ92_14065
Entry
GKZ92_14065       CDS       T06305                                 
Name
(GenBank) NAD-glutamate dehydrogenase
  KO
K15371  glutamate dehydrogenase [EC:1.4.1.2]
Organism
god  Gordonia sp. 135
Pathway
god00220  Arginine biosynthesis
god00250  Alanine, aspartate and glutamate metabolism
god00430  Taurine and hypotaurine metabolism
god00910  Nitrogen metabolism
god01100  Metabolic pathways
god01120  Microbial metabolism in diverse environments
Brite
KEGG Orthology (KO) [BR:god00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    GKZ92_14065
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    GKZ92_14065
   00220 Arginine biosynthesis
    GKZ92_14065
  09106 Metabolism of other amino acids
   00430 Taurine and hypotaurine metabolism
    GKZ92_14065
Enzymes [BR:god01000]
 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
     GKZ92_14065
SSDB
Motif
Pfam: Bac_GDH_CD GDH_C GDH_HM3 GDH_ACT3 GDH_ACT2 GDH_HM1 GDH_ACT1
Other DBs
NCBI-ProteinID: QGP90419
UniProt: A0A6I5ZLB8
Position
complement(3107921..3112651)
AA seq 1576 aa
MPDAVNHYFRSRAEGSGTDSAAEQVVRHLDVATRRDPGQALVEVVDDDGGAVEIVVVNDD
MPMLVEAVLATVEAHDLSIERMDHPVMPVQRDTDGGLEAIDDVPGAAWESWIFVGGLAGH
PGVDPEALRSDLLEVVFRVGDVDHDAARMRSLMTSCAADLAVMPVRESTGMRNTDRHEYA
ELLEWFAGNHFHPLGYTRVGTDGAGDGDERLGVWRTGSITRDFPSVTTQPLLPRASRVFV
ATGIQRSNFPVLLQVPAFDAHGNHDGEHRFLGTMTSSGLHQTVLDVPVLRTKVHDVLARV
GVDEDSFAGQSMIELLQNYPVVEMFASTTDELARRVTEMLDAVATRSLRLFVRTSLDGKT
AVALIYLPRDRYNTQNRLALERALMDELKGSALEYTARVSEMPLALLQVLVCIEPGAASE
LGSVDTGSPAHARMQAALAAAIRGWDERVRELAVNLGDRSGSVSGGPELLLRQLPSLSDD
YKELREPQDALADLIHVVSLEPGALAVTLDAIEQRGPGDHHSWRFTLYLCGESATLTDVL
PVLHSLGLDVLEEHPYEIRRSDDTVCWAYEFIVQLAAGMSVDLDHADDLEERFTEAFRQI
WLAAAEVDDYNELIIRCGLDWRSAAMLRAYGQYLRQCGFSYSTAHVANVLGRHLQITRGL
VELFVTSFDPAASDPERRERVSAQLRADIGTVLSLDADRIVSAFAAVMTATSRTNYFVTT
GERDLEHRPVISFKLRPRDIPQTPEPRPLHEIFVYSPRVEGVHLRFGAVARGGLRWSDRK
EDFRTEVLGLVKAQAVKNAVIVPLGAKGGFVVKRPPAPTGDTAADRDAQREEGIACYRQF
ISGLLDITDNIDRSTGEVIPARGVVRLDEDDTYLVVAADKGTAAFSDIANEVSQSYGFWL
GDAFASGGSAGYDHKAMGITARGAWESVKRHFREMGVDTQSQDFTVVGIGDMSGDVFGNG
MLLSEHIRLVAAFDHRHIFVDPDPVADRSYLERRRLFEVPRSSWADYDTDLIGEGGGVWS
RDRKSIPVSAEMAAALGIAEGVDELSPPELIRAILLAPVDLLWNGGIGTYIKASTENHGD
VGDKSNDAIRVDGDQVRAKVIGEGGNLGVTERGRIEFDLAGGRINTDALDNSAGVDCSDH
EVNIKILLDSAVSGGALETDDRDPLLESMTDDVADLVLADNISQNSELGFCRTFELTRVE
VHARMLDQLSRERGVDLRLEALPQARELRKRFDGELQRGLTSPEFATLMAHVKLEAKSDL
LASDLPDNDVFAARVARYFPEALRETYREQINSHRLRRQIVTTTLVNDVIDHAGMTHLFR
LSEGTGCTTEEGVRAYVVSNEIFGMSDVFESIRHAPAPAEVVDGMMLYARRLLFRASRWL
LAFRPQPLAMAAEITRYSDRVTRLSAAVDGWLGESSAKDISDRVHAYVDEGVPDDLARTV
AVSLHRFCLLDIIDAAEISDRDPEEVGDLYFAVMEHFGLEELLTAVSNLDYGDRWHALAR
LALRDDMHGALRALTLKILEVSEPDESSDEKIAEWESSQSNRLSRVRSVLGEIEETGTLD
LATLSVAARQLRSVIR
NT seq 4731 nt   +upstreamnt  +downstreamnt
gtgccggacgcggtgaaccactacttcaggtcccgggccgaaggctcggggacggacagc
gccgccgagcaggtggtgcgtcatcttgacgtcgcgacccggcgggatcccggacaggca
ctggtcgaggtcgtcgacgacgacggcggcgcggtcgagatcgtcgtcgtcaacgacgac
atgccgatgctcgtggaggcggttctggcgaccgttgaggcacacgacctatccatcgag
cgcatggaccatccggtcatgccggtgcaacgcgacaccgacggcgggctcgaggcgatc
gacgacgtccccggtgccgcctgggagtcctggatcttcgtcggcgggctcgccggacat
cccggcgtcgatccagaggcgctccgatcggacctcctcgaggtcgtgttccgggtgggc
gacgtcgaccacgacgccgcccggatgcggtcgctgatgacgtcgtgtgcggccgacctg
gcggtaatgccggtgcgtgagtcgacaggcatgcgcaacaccgaccggcacgagtacgcc
gaactcctcgaatggttcgccgggaaccacttccatcccctcggatacacccgggtgggt
accgacggcgccggtgacggtgacgagcggctgggggtctggcgcaccggctccatcacc
cgggacttcccgtcggtgaccacgcagccactgctcccgcgagcgagtcgggtcttcgtc
gccaccggcatccagcggtcgaatttcccggtgctgctgcaggttcccgccttcgacgcg
cacggcaaccacgacggtgagcaccggttcctcggcaccatgacctcttccggtctgcac
cagacagtgctcgacgtcccggtgttgcgcaccaaggtgcacgacgtgctcgcgcgcgtc
ggcgtcgacgaggactccttcgccggacagtccatgatcgagctgctgcagaactatccg
gtggtggagatgttcgcctccaccaccgacgagctcgcccgtcgtgtcaccgagatgctc
gacgcggtcgcgacccggtcgttgcgcctgttcgtgcgtaccagtctcgacggcaagacc
gcggtcgccctcatctacctgccccgggaccgctacaacacccagaatcgactcgccctc
gaacgtgccttgatggatgaattgaagggcagcgcactggaatacacggcccgtgtgagt
gagatgccgctcgcgctcctgcaggtgctggtgtgtatcgagccgggcgccgcatccgaa
ctcggctcggtggacaccggatcacccgcgcacgcacggatgcaggcggcgctcgcggcg
gcgatccgaggatgggacgagcgtgtccgggaactcgccgtgaacctcggcgaccgttcc
ggatcggtctcgggtggaccggaactccttctgcggcaactgccctcactctccgacgac
tacaaggaactccgcgaaccccaggacgccctcgcggacctgatccacgtcgtctccctc
gagccgggcgcgttggcggtgaccctcgacgccatcgagcagcgcgggccgggcgaccac
cacagctggcggttcaccctctacctgtgcggggagtcggcgaccctcaccgatgtcctg
ccggtgctgcacagtctcggcctcgatgttctcgaagaacatccgtacgagatccggcgg
tccgacgacaccgtctgctgggcctacgagttcatcgtgcagctcgccgccgggatgtcg
gtggacctcgaccatgccgacgacctcgaggagcgcttcaccgaggcgttccgtcagatc
tggctcgccgcagcggaagtcgacgactacaacgagctgatcatccggtgcggactggac
tggcggtcggcggcgatgctgcgcgcctacgggcagtacctgaggcagtgcggattctct
tacagcaccgcccatgtcgcgaatgtgctgggccgtcatctgcagatcacgcgcgggctg
gtcgaactgttcgtgacctccttcgacccggccgcctccgaccccgaacggcgcgagcgg
gtgagcgcacaactccgggccgacatcggcacggtgctgagtctcgacgccgatcgcatc
gtgtcggccttcgccgcggtcatgaccgcgacgtcacggaccaactacttcgtcacgacc
ggtgaacgggatctcgagcaccgcccggtcatctcgttcaagctccggcctcgcgatatc
ccgcagacccccgaaccccgtccgttgcacgagatcttcgtgtactcgccccgtgtggag
ggcgtccatctgcggttcggcgcagtggcacgcggcgggctgcgctggtcggaccgcaag
gaggatttccgcaccgaggtcctcggtctggtgaaggcacaggccgtcaagaacgccgtc
atcgtccccctcggcgcgaagggcggcttcgtcgtcaagcgtccgccggcgccgaccggg
gacaccgctgccgaccgggatgcgcagcgcgaggaggggatcgcctgctaccggcagttc
atctccggtctgctggacatcaccgacaacatcgaccgctcgaccggggaggtcatcccg
gcgcggggtgtggtccggctcgacgaggacgacacctacctggtcgtggcggccgacaag
ggcaccgcggcgttctccgacatcgccaacgaggtgtcacagtcctacggtttctggctc
ggtgacgcgttcgcctcgggcggctcggccggatacgaccacaaggccatgggcatcacc
gcacgcggtgcctgggagtcggtcaaacggcatttccgggagatgggcgtcgacacccag
tcgcaggacttcaccgtcgtcgggatcggcgacatgagcggggacgtgttcggcaacggg
atgctgctcagcgagcacatccggctcgtcgccgccttcgaccaccggcacatcttcgtc
gacccggaccccgtcgccgaccggtcctacctcgaacgccgccgcctgttcgaggtgccg
cgatcgtcgtgggccgactacgacaccgatctgatcggtgagggcggaggggtgtggtcg
cgggaccgcaagtcgatccccgtcagcgcggagatggcggcagcgctcggtatcgcggag
ggcgtcgacgaactctcgccgcccgaactgatccgagcgatcttgctcgcgcccgtcgac
ctgctctggaacggcggcatcggaacatacatcaaggcgtcgacggagaaccacggggac
gtcggcgacaagtcgaatgacgcgatccgcgtcgacggtgatcaggtgcgtgccaaggtg
atcggggagggcggcaacctcggcgtcaccgaacgggggcggatcgagttcgatctcgcg
ggtggccggatcaacaccgacgcactcgacaactcggccggagtcgactgttccgaccac
gaggtcaacatcaagatcctgctcgactccgcggtgtcgggcggtgcgctggagaccgac
gaccgggacccgttgctcgagtcgatgaccgatgacgtcgccgatctcgttctcgccgac
aacatctcacagaactccgagttgggcttctgccgcaccttcgaactcacgcgcgtggag
gtccacgcccggatgctcgaccagctgtcacgcgaacgcggcgtcgacctcagactggaa
gccctcccgcaggcacgcgaactccgcaagcggttcgacggtgagttgcagcgcgggctg
acctcaccggagttcgcgaccctgatggcgcacgtcaaactcgaggcgaagtcggacctg
ctggccagtgacctccccgacaacgacgtgttcgccgcacgcgtggcccgctacttcccg
gaggccctgcgcgagacgtaccgcgagcagatcaactcccaccggctacgccgccagatc
gtcacgacgaccctcgtcaacgacgtcatcgatcacgccgggatgacgcatctgttccgg
ttgagcgagggcaccgggtgcaccaccgaagaaggtgtccgcgcctacgtcgtgtccaac
gagatcttcggcatgagcgacgtcttcgagagcatccggcacgcaccggcaccggccgag
gtcgtcgacggaatgatgctctacgcccgacgcctgctgttccgggcgtcgcggtggctg
ctcgcgttccgtccccagccactcgccatggccgccgagatcacccgctactccgatcgg
gtcacccggctgtccgcggccgtcgacggctggctgggggagagctccgcgaaagacatc
tccgaccgggtacacgcgtacgtcgacgagggggtccccgacgacctcgcccggacggtg
gccgtcagcctccaccggttctgcctgctcgacatcatcgatgccgccgagatctccgac
cgcgaccccgaggaggtcggcgacctctacttcgcggtgatggagcacttcggactcgag
gaactgctgacggcggtgtcgaacctggactacggcgaccgctggcacgcgctcgcccgg
ctggcgctgcgcgacgacatgcacggcgcgctacgggcgctcaccctcaagatcctcgag
gtcagcgaacccgacgagtcgagcgacgagaagatcgccgaatgggagtcctcccagtcg
aaccggctcagccgcgtgcgcagcgtcctcggagagatcgaggagaccgggaccctcgac
ctcgcgacgctgtcggtcgccgcgcgacagctccgcagtgtcatccgctga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (6)   
   KEGG PATHWAY (6)   
Chemical substance (7)   
   KEGG COMPOUND (7)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (2)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (7)   
   Pfam (7)   
All databases (28)   

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