KEGG   Kangiella geojedonensis: TQ33_0550
Entry
TQ33_0550         CDS       T03889                                 
Name
(GenBank) NAD-glutamate dehydrogenase
  KO
K15371  glutamate dehydrogenase [EC:1.4.1.2]
Organism
kge  Kangiella geojedonensis
Pathway
kge00220  Arginine biosynthesis
kge00250  Alanine, aspartate and glutamate metabolism
kge00430  Taurine and hypotaurine metabolism
kge00910  Nitrogen metabolism
kge01100  Metabolic pathways
kge01120  Microbial metabolism in diverse environments
Brite
KEGG Orthology (KO) [BR:kge00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    TQ33_0550
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    TQ33_0550
   00220 Arginine biosynthesis
    TQ33_0550
  09106 Metabolism of other amino acids
   00430 Taurine and hypotaurine metabolism
    TQ33_0550
Enzymes [BR:kge01000]
 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
     TQ33_0550
SSDB
Motif
Pfam: Bac_GDH_CD GDH_C GDH_ACT1 GDH_HM3 GDH_ACT2 GDH_HM1 GDH_ACT3 GDH_HM2 ELFV_dehydrog fvmX5 Imm2
Other DBs
NCBI-ProteinID: AKE51531
UniProt: A0A0F6RBW9
Position
587561..592399
AA seq 1612 aa
MASVSNTSKLLENVQQICDQKFSKKQAELVKQFSQLIYSSVSEYEFSERTAEEYFDSISS
LWGFIQDFDGSSKVRVFNPDLKKDGWESRNTIIQINHKDIPFLVDSIRMELNRHGVDVLL
HIHVPMYIKRTKTGKVSQLDVSYDKGTKEGENIETPMYLEVDRMIDPEFMKLLEEDLVRI
LRDVRSAVADWKPMREKMNSIVSELESSPPPMRQDRIQEAVDFLRWVKENHFVFMGARTY
DLKDEGDDLYLRSVKGSGLGILADERKYSEYQLSRSPKGAQKLALSTDHILVLTKTSTLS
TVHRSSHVDYIGVKRFSEKGEVIGEHRFFGLFTSAAYNMDPQLIPVLRKKINNVLTESKL
KPGGHDYKALKNILETYPRDELFQIPTLKLLDVVMGILHIQERRQVRAFVRRDPFGRYFS
VLTFVPRDTYNTRIRLKMTNILSETFDSKGEIEFTTYFSESNLVRTHFRVPVENTETIEY
DIEQLETELAKSALSWEEVLSDEINKAFDGEEAAVLLKKYRQAFPPSFQNQQSVDSAMID
IKNIENLSDDWPLGMFLYRSGDGESLRFKLYHKDTPLPLSAVMPMLENMGLTVIDETPYE
VSSEFLGDYRILDFDVQYTESDIDVETIRDKFHKAFGKAWYKQAENDGFNRLIMAAGLDW
RQVAILRAYAKYMWQINFTFSQVYIEQTLSQYPEIATGLVELFELKFNPHEEFSQRKYAL
KKSQLLKDVQDVESLDQDKIINKYIELIEATLRTNFFQADENGKDKPYISFKLNPSIITE
MPKPVLMYEIFVYSPRVEGVHLRGGKVARGGLRWSDRREDFRTEILGLVKAQQVKNSVIV
PVGAKGGFVCKQLPSSGGREAFFAEGVECYKTFIRALLDITDNYVNDKLVHPRDVVVHDE
PDAYLVVAADKGTATFSDIANGISEEYGHWLGDAFASGGSNGYDHKAMGITAKGAWESVK
QHFREMGVDCQNEDFTVVACGDMSGDVFGNGMLLSKHIRLQVAFNHMHIFVDPNPDAAES
YKERERLFNLPRSGWNDYNSKLISKGGGIFERSAKKIELTPEIQEMLGVKAKSLAPNEFI
NAALKMKADLFWNGGIGTYVKSSKETHQQVGDRANDNLRVDGKDMQVKVIGEGGNLGCTQ
LGRIEYMQHGGRANADFIDNAGGVNCSDNEVNIKILLNGVVSDGGLTVKRRNNLLARMTD
EVSDIVIQDNYRQTQSISITESRAPSMVKEHMRFIHGLEKTVGLDRSLEFLPSDEELLER
EANGRGLTRAELAVLLAYGKIELKDSLCIPEVTENSYFESYLLEYFPKPLRKNYVDNMKK
HPLKDEIIAMCLANEMVNLMGTNFAFRVIDEVGANIGEVAQCYVMAKETFNLTGLCESIE
ALDNKVPAEVQTKMMFQARRIVRRATRWFVRNRSKDQTIEEVISFFKKGVSELQKNVHKT
LEAKEAQGIEKEIKSLVEQGVPEKLARQVGYLSTMFSSMDIVELSTQYKLPILTVAEVYY
KLGAQIDLHWFLNQIIAQPVSNHWQAFARAAFREELDYQQRNLIEAVLPLTAKYKSPETR
IKHFLADHDDLLSRWSEMVSDFKQSNTHEFAKFSVALRELQILVQRSHRLIK
NT seq 4839 nt   +upstreamnt  +downstreamnt
atggccagtgtaagcaatacttccaaattgttggaaaacgtccagcaaatctgcgatcaa
aaattctcaaaaaaacaagctgagcttgtaaagcaattctcccaacttatttactctagt
gtttcagaatatgaattcagtgagcgtactgctgaagagtattttgactctatcagtagt
ttatggggctttatacaagatttcgatggctcgtctaaggttagggtatttaaccctgat
cttaagaaagatggttgggagtcacgcaacaccatcattcaaatcaaccataaagatatt
ccgtttttagtagactctattcgtatggagttaaaccgtcatggtgttgatgtgttactt
cacatccacgtgccgatgtacattaagcgtactaaaactggcaaagtgtcgcagttagac
gtgtcgtacgataaaggaactaaagaaggcgaaaacatagaaacgcctatgtacttagaa
gttgatcgaatgattgaccctgagttcatgaaattgctagaagaagatttagttcgaatt
ttgcgtgacgttcgctctgctgtagctgactggaagccgatgcgtgaaaaaatgaacagc
attgtttccgagttagaatcgtcgccaccgccaatgcgtcaagatcgtattcaagaagct
gtagatttcttacggtgggttaaagaaaaccactttgttttcatgggcgcgagaacctat
gacttaaaagatgaaggcgatgacctttacttgaggtctgtgaaaggctctggtctagga
atacttgctgatgagcgcaagtattcagaataccaactatcccgttctccgaaaggcgcg
caaaaactagccttgtcgacggaccatattctcgtgctaaccaaaacaagtacattatcg
accgtacaccgttcgagccatgttgattatattggtgtgaaacgcttcagcgaaaagggt
gaagttattggcgaacatcgcttcttcggtttgtttacctctgctgcctataacatggat
ccgcagttaatcccggtcttgcgtaagaaaatcaataatgtcttaacagagtctaagctg
aagcctggcggtcatgattacaaagcgctgaaaaacattttggaaacttatccacgagat
gagcttttccaaattccgaccttgaagttacttgatgttgtcatggggattctgcacatt
caagagcgtcgccaggtgcgtgcttttgtccgtcgcgacccttttggccgttacttctca
gtactgacgttcgttcctcgagatacttacaacacgcgtattcgtctgaaaatgacgaat
attctatcagaaacctttgatagtaaaggtgagatagaatttaccacctatttctcagag
tcaaacttagtccgaactcatttccgcgtgcctgtggaaaatacagaaactattgagtat
gacatcgaacagcttgaaactgagctggcaaagtctgctttaagctgggaagaggtctta
tccgacgaaataaataaagcttttgacggggaagaggccgcggtactgttgaaaaaatac
cgccaggcgttcccgcctagcttccagaatcagcagagcgtcgactctgcaatgattgat
atcaaaaacattgaaaaccttagtgatgattggccgttgggcatgttcttgtatcgctca
ggagatggggagtcgttacgctttaagctatatcataaagatacgccattgccattgtcg
gcagtgatgccgatgctcgaaaatatggggctaacggttattgatgaaacgccctacgag
gtatcatcagaatttttgggtgattatcgaattcttgattttgatgtgcaatacacagaa
tcagacattgatgtcgaaacgattcgtgacaaattccacaaagcttttggtaaggcttgg
tataaacaagctgagaatgatgggtttaatcgtctcattatggcggcaggcttggattgg
cgacaagttgccatacttcgcgcttacgctaagtatatgtggcagataaactttaccttt
agtcaggtttacatcgaacagaccttatctcagtaccctgaaattgcaactggcttggtt
gagttgtttgagcttaagtttaatccgcacgaggagtttagccagagaaagtatgcactg
aagaaaagtcagctgttgaaagacgttcaagacgttgagagtctcgaccaagataagatc
attaacaagtacattgagttaattgaggcgactttacgaacaaacttcttccaagctgat
gagaatggtaaagataagccgtacatttcatttaagctgaacccaagcattattacagaa
atgccaaaacctgtactgatgtacgaaatttttgtttactcgcctcgtgttgaaggtgtg
cacttacgcggtggcaaggtcgctcgtggtggactacgctggtcagatcgccgtgaagat
tttagaaccgaaattttgggcttggtaaaagctcagcaggttaaaaactctgtgattgtt
cctgtcggtgccaaaggtggttttgtttgtaaacaactaccaagctcaggtggccgagaa
gcgttctttgcagaaggtgtcgagtgctataaaaccttcattcgagcgttgctggatatt
accgataactatgttaatgacaagttagtgcaccctcgcgatgtggttgttcatgatgag
cctgatgcttatttggtagtggcggccgataaaggaacagcgacattctctgatattgct
aacggtatttcagaagagtatggacactggttaggcgacgcattcgcttcaggcggcagt
aatggttatgaccataaagctatgggtattactgctaaaggggcttgggagtccgttaag
cagcacttccgcgagatgggagtcgattgccagaatgaggatttcactgttgttgcttgc
ggtgatatgtctggtgatgtgtttggtaatggtatgttgttatcgaagcatattcgttta
caagttgcctttaaccatatgcatatctttgtggatccaaatccagatgccgcagaaagc
tataaagagcgtgaacgcttatttaatctgccacgctctggttggaatgattacaacagt
aaacttatctctaagggcggtgggatatttgaacgtagcgccaaaaagattgagctaaca
cctgaaattcaagaaatgttgggtgttaaggctaagtctttagcgccaaatgagtttatc
aatgccgcactcaaaatgaaggctgatctgttctggaacggtggtatcggaacctatgtg
aagtcttctaaagagacccaccaacaagtcggtgatcgagctaacgataatttgcgtgtc
gacggtaaagacatgcaggttaaagtgataggcgagggtggtaatctaggttgtacacag
ttggggcgtatagagtacatgcagcacggaggccgtgctaacgctgactttatcgataat
gctggtggtgttaactgctctgataatgaagttaatatcaagattttattgaatggtgtt
gtgtctgatggcggtctaaccgtaaaacgtcgtaataatttactggcgcgtatgaccgat
gaagtatcggatattgtgatacaagacaactaccgtcaaacccagtctatcagtattacc
gaatctcgtgcaccgtcgatggtaaaagagcatatgcgctttatccacgggcttgagaaa
acggttggtttagatcgaagtcttgaattcttgccaagcgatgaagagttgcttgaacgt
gaagcgaatggccgcgggctaactcgggcagaattagcggtactactggcttatggaaaa
atcgagctgaaagattcgctctgtattccagaagtcacagagaatagttacttcgaaagt
tatttgcttgagtatttcccaaaaccactacgcaaaaactacgtcgataatatgaagaag
catccactcaaggatgaaattatcgccatgtgtttagccaatgaaatggttaacttaatg
gggacgaattttgccttccgagtgattgatgaagttggtgccaatattggtgaagttgct
cagtgttacgtcatggcaaaagaaacgtttaacctaacagggctgtgtgagagcatcgaa
gcgctggataacaaggttccagctgaagtccagaccaagatgatgttccaagcacgtcgc
attgtacgtcgcgcaacccgttggtttgttcgtaaccggagtaaagatcagacgattgaa
gaagtcattagtttctttaagaaaggcgtgtctgaacttcagaaaaatgtccataagact
ctggaagcgaaagaagctcagggtattgaaaaagaaattaagtcgctggttgagcaggga
gttccagaaaagcttgcaagacaagtgggttacctcagcaccatgttctcatcaatggat
attgttgagttatcgactcaatataagctgccgattttgacggtggccgaagtttactac
aagcttggtgcgcaaatcgatctgcactggttcttaaatcaaattattgcgcagcctgta
tctaaccattggcaagcctttgcccgtgcagcgttccgagaggagctggattatcagcaa
cgtaacttgattgaggcggttctgccattaacggctaaatacaagtctcctgagacccgt
attaagcacttcttggctgatcatgatgatttattgtcgcgttggagtgagatggttagt
gactttaagcaaagcaatacacatgaatttgcaaaattctcggtagcactcagagaactg
cagattctcgtgcagcgaagtcatcgtctcataaaatag

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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 (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (11)   
   Pfam (11)   
All databases (33)   

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