KEGG   Kangiella profundi: CW740_09330
Entry
CW740_09330       CDS       T05254                                 
Name
(GenBank) NAD-glutamate dehydrogenase
  KO
K15371  glutamate dehydrogenase [EC:1.4.1.2]
Organism
kpd  Kangiella profundi
Pathway
kpd00220  Arginine biosynthesis
kpd00250  Alanine, aspartate and glutamate metabolism
kpd00430  Taurine and hypotaurine metabolism
kpd00910  Nitrogen metabolism
kpd01100  Metabolic pathways
kpd01120  Microbial metabolism in diverse environments
Brite
KEGG Orthology (KO) [BR:kpd00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    CW740_09330
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    CW740_09330
   00220 Arginine biosynthesis
    CW740_09330
  09106 Metabolism of other amino acids
   00430 Taurine and hypotaurine metabolism
    CW740_09330
Enzymes [BR:kpd01000]
 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
     CW740_09330
SSDB
Motif
Pfam: Bac_GDH_CD GDH_C GDH_ACT1 GDH_HM3 GDH_ACT2 GDH_HM1 GDH_ACT3 GDH_HM2 PA28_alpha ELFV_dehydrog Imm2
Other DBs
NCBI-ProteinID: AUD79430
UniProt: A0A2K9A9M8
Position
complement(1985188..1990026)
AA seq 1612 aa
MVGSNTSSKLLNDVKQLIEQKASKRQSELVKQFAEIIYSSVAEDEFIERSPEQIFNSIFS
LWQFIQDFDGTCKLRVHNPTSDKNGWKNKHTIIELNHADMPFLVDSIRMELNRHGIDVHL
HIHVPIQVARDKNGKVKSVNLCVDDECEKNKNIETPMYIEIDKQLDEDTIKQIEADLLRI
LGDVRATVRDWHPMRDKLASIINELESTPPPLRKDRIEEALDFLRWVKANHFVFMGSLTY
DLKKSKDDLLLKPVKGSGLGTLAEPAKQKAYSLSESPKGAQKLALSNEHILVLTKTSTVS
SVHRPSHIDYIGVKRFNKDGEVIGEYRFFGLFTSAAYNMDPQFIPVLRKKIHNVLAESGL
KQGGHDYKALKNILETYPRDELFQIPTLKLLNVAMGILHIQERRQVRAFVRRDPFGRYFS
VLCFVPRDTYNTKVRLRMTEILSETFGSKGEIEFNTHFSESNLVRTHFRVPVENAEAIDY
DLTKLQADLQEAALSWEDVLVDTIAHLYEPAEATKLQKKYANAFSPGYQNQQSVLSAIAD
IKHIERLSEERPFDMLLYKKQIEGGLLRFKLFNREQPIPLSEVLPLLENMGLTVIDETPY
KISSEALGTMWIMDFSVRYDNDIDVDSVRDKFQEAFAKAWTNQAEKDGFNRLIIATGLDW
RQVAMLRAYAKYMWQIGFTFSQTYIEQTLSQYSEIAHGLVELFEHRFNPQQEFNERKYNA
LKRDLKKKFEQVSNLDQDKIVNKYLQVIDATLRTNFYQKAEDGKDKSYISFKLKPSMITG
IPKPVPMFEIFVYSPRVEGVHLRGGKVARGGLRWSDRREDFRTEVLGLVKAQQVKNSVIV
PVGAKGGFVCKQLPTTGGRDAFFAEGVECYKTFIRALLDITDNYVADKLVHPNDVVIHDE
PDPYLVVAADKGTATFSDIANGISLEYGHWLGDAFASGGSNGYDHKAMGITAKGAWESVK
RHFREMGINCQSEDFTVVGCGDMSGDVFGNGMLLSKHIRLQVAFNHMHIFVDPNPDSAAS
YKERERLFNLPRSGWNDYNASLISKGGGVFERSAKSITLTPEIQEMLGVKAKSLSPNEFI
NAALKMKVDLFWNGGIGTYVKSSKETHADVGDRANDSVRVNGNEVKARVIGEGGNLGCTQ
LGRIEYMLNGGRANTDFIDNAGGVNCSDNEVNIKILLNGIMAEHNMTEKQRNTLLAKMTD
EVSQIVIEDNYRQIQSISITESRAPSMVKEHMRFIHGLEKDVQLDRELEYLPTDEEMLER
ESKGQGLTRAELSVLLAYGKMQLKDSLRIPEVTEEKYFERYLVEYFPKPLRAKYSEVMAK
HPLRDEIIAMSVANEMVNLMGTNFAFRVIDEVGANIGEVAQCYAMAKETFGMQGLWDSIE
ELDNKVPANVQIQMMFQARRIVRRATRWFVRNRRKDQSIAEVVSYFRDGVVELQRNVHKT
LEAKEAQGIEKDAQQLIAQGVPEKLARQVSLLSTMFSAMDIIELAKQYDLPILLVAEVYY
KLGAEINLHWFLTQIIAQPVLNHWQAFARAAFREELDYQQRNLIEAVLPLTNKYKSADTR
IKHFLADHDDLLSRWREMVTDFRQTSTHEFSKFSVALRELQILVQRSHRLIK
NT seq 4839 nt   +upstreamnt  +downstreamnt
atggtcggttcaaacacttcttccaagttgctaaatgatgttaagcaactaatcgaacaa
aaagcatcaaaacgtcaatctgagctcgttaaacaattcgctgaaatcatctacagcagt
gttgctgaagatgaatttatcgagcgtagtcctgagcaaatctttaattcaatattcagc
ctgtggcagtttattcaagattttgatgggacttgcaagttacgtgtgcataacccaaca
agcgacaaaaatggctggaaaaataagcataccattattgagttaaatcatgcggatatg
ccattcctggttgactcaattcgcatggagcttaatcgtcatggaattgatgtgcattta
cacatccatgttcccatacaggttgctcgtgataaaaatggcaaggttaaatctgtcaat
ttatgtgtcgatgatgagtgcgaaaagaacaagaacattgaaacgccaatgtatattgaa
attgacaagcagctcgacgaagacaccattaagcagatagaagctgatttgttgcgtatt
ttaggcgacgttagagcaacagtacgtgactggcatccgatgcgcgataagcttgccagt
atcattaatgagcttgaatcgactccaccgcctttgcgtaaagatagaatagaagaggca
cttgatttccttcgctgggtaaaagctaatcacttcgtattcatgggctccctcacttat
gatttgaaaaaatcaaaagatgatttgttattaaaaccggttaaaggcagtggacttggt
actttagcggaacctgccaaacaaaaagcctacagtttatcggagtcaccaaaaggtgct
cagaagctggcactatctaatgaacatatattagtccttactaaaaccagcacggtctct
tcagtacaccgtccgagccatattgattacatcggtgttaagcgctttaacaaagacgga
gaagttattggcgaatatcgcttcttcggcctctttacttctgcagcctataacatggat
ccgcagtttattcctgtgctgcgtaagaagattcataacgttctagctgagtcagggctt
aagcagggcggtcatgactataaagctttgaagaatattctggaaacttacccaagagat
gagctattccagatccctactttgaagttgttgaatgttgcgatgggtatcctgcacatt
caggagcgccgccaggttagagcctttgtacgtcgcgatccatttggccgttatttctcg
gtgctttgctttgttcctagagacacctacaacaccaaggttcgtttgcgtatgacagag
attctgtcagaaacttttggtagtaagggtgaaattgaatttaatactcacttctcagaa
tcaaatctagtgcgcactcatttccgtgtgcctgtagaaaatgctgaagcgattgactac
gacctaacaaagctgcaggcagatttacaggaagcagccttaagttgggaagatgttcta
gttgatacaattgcgcatctttatgaaccagctgaggcgaccaagttacagaaaaaatat
gctaatgccttctcacctggttatcagaatcagcagagtgtgttgtcagccatcgcggat
attaagcatattgagcgtctaagcgaagagcgcccatttgatatgctgctttacaaaaag
cagattgagggtggtctattacgctttaaattatttaatcgtgagcaacctataccactt
tcagaggtcttgcctctgctagaaaatatggggctgaccgtaattgatgaaacaccttat
aaaatatcgtccgaagcgcttggaaccatgtggattatggatttcagtgtgcgttatgac
aatgatattgatgttgactcagtgcgtgataagttccaggaagcattcgccaaggcctgg
acaaatcaggcggaaaaagatggcttcaatcgtttaatcattgcaactggcctggattgg
cgtcaggttgccatgcttcgtgcgtatgccaagtatatgtggcagattggcttcaccttc
agccagacctatatcgaacagacattgtctcaatattctgagattgctcatggcctggtt
gaattattcgaacaccgatttaaccctcagcaagagtttaatgagcgcaagtacaatgct
ctaaaacgtgatctaaagaagaaattcgagcaggtcagtaatcttgatcaggacaaaatc
gtcaataaatatttgcaagtcattgacgcaacattgcgcaccaatttttatcagaaagcc
gaagatggcaaagataagagctatatttccttcaagttaaagccatctatgattaccggt
attccaaaaccggttccaatgtttgagatatttgtttattcaccacgtgttgagggtgtt
cacttgcgtggtggtaaagtagctcgtggtggtttgcgctggtcagatcgacgtgaagac
ttccgtactgaggtcttgggtctggttaaagctcagcaggtgaaaaactctgtaattgtc
ccggtaggtgctaaaggtggttttgtctgtaagcaattgccaactacgggtggtcgtgat
gcattctttgccgaaggcgtagagtgttataaaacctttattcgtgcattgttggatatt
actgataattacgtggctgataagctggttcatcctaacgatgttgtgattcacgatgag
cctgatccgtatttggttgttgcagcagataaaggtactgcaactttctcggatatcgcc
aacggcatttcgctagagtatggtcattggttaggtgatgcctttgcttctggtggtagc
aatggctacgaccataaagcgatgggtattactgcgaaaggtgcctgggagtcggtcaaa
cgtcacttccgcgaaatgggtattaattgccagagcgaagactttacggttgtgggctgt
ggtgacatgtccggtgacgtatttggtaacggtatgttgctgtcaaagcacatccgcctg
caagttgccttcaaccatatgcatatattcgtcgatccaaatccggattcggctgcttcc
tataaagaacgtgagcgtttgtttaacttgccgcgttctggctggaatgattacaacgca
tcattaatttctaaaggcggtggcgtatttgaacgtagtgccaagtccattactttaacg
cctgaaattcaggaaatgttgggcgttaaggcaaaatcgctatcaccgaatgaatttatc
aatgcagccttgaaaatgaaggttgatctattctggaatggcggtattggtacttacgtt
aaatcctctaaagaaactcacgctgacgtgggtgaccgcgcaaatgatagtgttcgtgtt
aatggtaatgaggtaaaagctcgcgtcataggtgagggcggtaacttgggctgtacccag
ctgggtcgaattgagtatatgctcaatggcggccgtgccaacacagattttattgataat
gctggtggcgtgaactgttcagacaatgaggtcaacattaagatcttgctgaatggcatc
atggctgagcacaatatgaccgaaaagcagcgtaatacgctgttggctaaaatgactgat
gaagtttcgcaaattgttatcgaagataactatcgccaaatccagtctatcagtattacc
gagtcgcgtgcgccgagtatggttaaggagcatatgcgctttatccatggtctggaaaaa
gatgttcagcttgatcgtgagcttgaatatctgccaaccgatgaagaaatgctcgagcgt
gaatccaaagggcagggtttaacccgcgccgagctatcagtgctattagcttatggcaaa
atgcagcttaaggattcattacgaattcctgaagtcacagaagaaaaatattttgagcgc
tatctggtcgaatatttcccgaaaccattacgtgccaaatactctgaagtgatggccaag
cacccactacgcgatgaaattatagcgatgagtgtggctaatgaaatggtcaacctgatg
ggaactaactttgcattccgagtgattgatgaggttggtgctaatattggcgaagtggcg
caatgttatgccatggccaaagaaacttttggtatgcaaggactctgggatagtatcgaa
gagctggataataaagtcccggctaatgtacagattcagatgatgttccaggcgcgtcgt
attgtacgccgtgctactcgctggttcgtgcgtaatcgtcgcaaggatcagtccattgct
gaagtcgtcagttatttccgtgatggcgtggttgaattgcaacgcaatgttcataaaaca
ttggaagcaaaagaagctcagggcattgagaaagatgcacagcaattgattgcgcagggt
gtaccagagaagctagctcgccaggtttcattgctgagcactatgttctcagcaatggat
atcattgagctggccaaacagtatgatctgccaattctgttggtagcagaggtttactac
aaactgggtgcggaaattaacctccattggttcctgactcaaatcatcgcacaacctgtt
ctcaatcattggcaggcatttgctcgtgccgcattccgcgaagagctggattaccagcaa
cgaaacttgattgaagcggtattgcctttgaccaataagtacaagtcagcagatacacgg
atcaagcacttcctggccgatcatgatgatttgctatcacgttggcgtgaaatggttact
gacttcagacaaaccagtacccatgagttctccaagttctcagtggcgctacgagagttg
cagattctggtgcaacgcagtcatcgtctgataaagtga

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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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