KEGG   Vibrio astriarenae: GT360_07115
Entry
GT360_07115       CDS       T06574                                 
Name
(GenBank) NAD-glutamate dehydrogenase
  KO
K15371  glutamate dehydrogenase [EC:1.4.1.2]
Organism
vas  Vibrio astriarenae
Pathway
vas00220  Arginine biosynthesis
vas00250  Alanine, aspartate and glutamate metabolism
vas00430  Taurine and hypotaurine metabolism
vas00910  Nitrogen metabolism
vas01100  Metabolic pathways
vas01120  Microbial metabolism in diverse environments
Brite
KEGG Orthology (KO) [BR:vas00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    GT360_07115
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    GT360_07115
   00220 Arginine biosynthesis
    GT360_07115
  09106 Metabolism of other amino acids
   00430 Taurine and hypotaurine metabolism
    GT360_07115
Enzymes [BR:vas01000]
 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
     GT360_07115
SSDB
Motif
Pfam: Bac_GDH_CD GDH_C GDH_ACT1 GDH_ACT2 GDH_HM3 GDH_ACT3 GDH_HM1 GDH_HM2 ELFV_dehydrog
Other DBs
NCBI-ProteinID: QIA63300
UniProt: A0A7Z2T2U1
Position
1:1497264..1502102
AA seq 1612 aa
MSERETIIPVLLEKVIQLIHDKLPASDTPLVTQLAEHLFSNVSHDDLIHRNESDLYGAVL
SLWHHLGEKNAQDISVRVFNPTVSRRGWQSTHTIIEIVVADGPFLVDSVKMALSRLGLTA
HLMLHGPTRVERDQQSVVSINQTKGDLASLFHIEVDRLTSDEEMAQLKHEILSVLNDTNL
VVRDWQLMSDKLTEVIQDLEEQKDAGFIDIERYEESIQFLRWLGEHNFTFMGYKEYDLVA
DGDAIELRPNSDQGLGLFSQPDKVRTVSLSEFPDSARLEAQKPYLLILTKGNVQSRIHRP
AYTDYIGIKKLDKNGKVIGEHRFTGLYTSAVYNQSVQTIPLISQKVQRILEQSGYLQGSY
AYKALNNILENFPRDELLQAKEKELREMGMGVVQMQDRDLLRLFVRRDPFGRFFSCMVYV
TKERYNTELRRQTQRILKQYFGSDQDVDFTTFFSESPLARTHYIVRVDNNNIDVDVKLVE
QNLMEASSTWDDRLSSTIISNFGESKGVPLSKQYSYAFPRSYKEDVLPAAAVSDIERLEK
LSDENKLGMLFYRPQELAADSNAVRLKLYHRNEPIHLSDVMPMLENLGLRVIGESPYEIN
RKDGQTFWILDFSMLHKSGGTVDLREARDRFQHAFAAIWSGDLESDGFNRLVLGASLTGR
ETSILRAYARYMRQVGFPFSQSYIEDTLTNHPELAKALVELFEHRFDPSLEEDASQQHTT
LAKITELLDDVESLDDDRIIRRYMDMIVATLRTNYYQVNEFGEPKPWLSLKMQPSLIPEI
PQPVPAFEIFVYAPDIEGVHLRGGKVARGGLRWSDRQEDFRTEILGLVKAQQVKNTVIVP
VGAKGGFVCKRQPSLSSRDEIFAEGQHCYKRFIRALLDVSDNIVDGKLVPPANVVRHDED
DPYLVVAADKGTATFSDLANSVSEEYNFWLGDAFASGGSNGYDHKAMGITAKGGWESVKR
HFREMGIDCQTTDFTAAGIGDMAGDVFGNGMLLSKHTRLLAAFNHMHIFLDPNPDSASSW
EERKRLFDLPRSSWEDYDQSLISEGGGIFSRRSKSISLTPEIQQLLDTSQQSIAPNDLIK
LILKMQVDLLWNGGIGTYIKSDQESHSDVGDRANDALRINGKELRAKIVGEGGNLGLTQL
GRIEFALNGGRVNTDFVDNVGGVDCSDNEVNIKIFLNSLVTSGDLTVKQRNTILESMEDE
VGDIVLDDAYHQSEAISVAEHQGVAAMKELIRFIHTIEKAGYLDRQLEYIPDDETLGERE
KLGASLTRPELSVLVAYAKMILKEQLVDEAISDDSFHGQQLINYFPTELRRNYISAMDKH
PLKAEIIATALANQMVNEMGCNFVTRLQEETGSTVIDVTNAYTAAREVFELNHVFEKIRQ
HDNIAPSSVQYEMIVVVRRSIRRLSRWLLRTHHGSIKVNDVIERYKADANTVISVLDSTL
VESEVAEHNTLAQSWIDQGIDAELANFVSRLSSLYSVLDISTVSREMGTSVQETAKLYFN
LGDQLSLHWFLKQINGQAVDNNWQALARAAFREDLDWQQRQLTRQVLGCGCSAEQIDVLE
KLDEWISTNEQPLYRWNSILNEFKVGSVHEFAKFSVALRELMLLNLNCSSNE
NT seq 4839 nt   +upstreamnt  +downstreamnt
atgtcagaacgagaaaccatcatccccgtactcctagagaaagtcatccaacttattcac
gataaattgcccgctagtgataccccgttagtcactcaattagcagaacatctgtttagt
aatgtttcgcatgatgatctgattcatcgaaacgaatctgatctttacggtgcggttctt
agcttgtggcatcatttaggtgagaaaaatgctcaagacatttcagtgcgggttttcaac
ccaactgtaagccgtcgcggctggcagtcaacgcatacgattattgaaatagttgtcgca
gatggtccgtttttagttgattcagtaaaaatggcgctttctcgtctcggcctgactgcc
catttaatgttgcatggaccaactcgagtagagcgagaccagcaaagtgtggtgagcatc
aaccaaacgaaaggggatttggcctctttgtttcatattgaagtggatagattaacttcc
gatgaagagatggctcagctcaaacatgaaatattgagtgtgctaaatgacactaacttg
gttgtgcgtgactggcagttgatgtcggacaaactaacggaagtgattcaagatcttgaa
gagcaaaaagatgctggtttcattgatatagagcgttatgaagagagcattcaattttta
cgttggttaggcgaacacaatttcaccttcatgggttacaaagagtatgacttagtggcc
gatggcgatgctatcgagctaagaccaaactctgatcaaggattaggtctgttttctcaa
ccggataaagtgcgtacggtttctctttctgagtttcctgattctgcacgacttgaagca
caaaagccttatctactcattttgactaaaggtaatgtccagtcgcgtattcatcgccct
gcctataccgattatattggcattaagaaactggataagaacggcaaagtaataggtgaa
caccgctttactggcctatatacctcagccgtgtataaccaaagcgttcaaacaatccct
ctgattagccaaaaagttcagcggatacttgaacagagcgggtatttgcaaggttcgtac
gcttataaggcgctaaataatatcttagaaaactttccgcgtgatgagctgcttcaagcg
aaagagaaagaacttcgcgagatgggaatgggtgtggtccagatgcaggaccgagatctg
ttaagactctttgtacgtcgtgatccctttggtcgcttctttagttgtatggtgtatgtg
actaaagagagatacaacaccgaattaagaagacagacgcaacgaatcctcaagcaatat
tttggttctgatcaagacgttgactttacgacgtttttctcagaaagcccgttagcgaga
acgcactatattgttcgtgtcgataacaacaatatcgatgttgatgtcaaactagtagag
cagaacttaatggaagcatcttcaacttgggacgatagactctcttcaaccatcatctca
aactttggtgaaagtaagggtgtacctctttcaaagcaatactcgtatgccttcccacgt
tcatataaagaagatgtattgccagccgcagcggtatcggatatcgagcgtcttgaaaaa
ctgagcgatgaaaacaaacttggcatgttgttctatcgacctcaagagcttgctgctgat
tcgaacgcagttaggctaaaactgtatcatcgtaacgagccaattcatctttctgatgtg
atgccaatgttagaaaacttgggattacgagtgatcggcgagtctccttatgagatcaat
cgcaaagacggccaaacgttttggatcctagatttttcaatgcttcataagagtggtgga
acagttgatcttcgtgaagcgcgagatcgttttcaacacgcttttgctgcaatatggtct
ggcgatctagagagtgatggctttaaccgactcgtgttaggggcatcgctgacaggtcgc
gaaacctcaattttacgcgcgtacgctcgctatatgcgtcaagttggcttcccgttcagt
cagagctatatcgaagatacactcactaatcatccagagttggcgaaagcgctggtggaa
ctgtttgagcatcgatttgatccgagtttggaagaggatgcttcgcagcaacatactacg
ttagccaaaatcactgagcttttggatgacgtcgaaagcctagatgacgatcgaattatt
cgccgctatatggatatgatcgtcgcaacgctgcgcacaaactactatcaggtgaatgag
tttggtgaacctaagccgtggctttcactcaagatgcagccaagtcttattccagaaatt
cctcagccggtaccggcattcgagatctttgtttatgcaccggatattgaaggtgtgcat
ctgcgtggcggtaaagttgcacgtggtggtttgcgttggtccgatagacaagaagatttc
cgtacagaaatccttggtctagtcaaagcgcaacaggtaaaaaataccgtgattgtcccg
gtgggtgcaaaaggcggctttgtttgcaaacgtcagcctagtttatcgagccgtgatgaa
attttcgctgaaggccaacactgttataaacgcttcatccgcgcgttattagatgtatca
gacaatatagtcgatggaaaattggttccacctgccaatgtggttcgtcacgatgaagat
gatccttacttggtggtggctgctgacaaaggtacagccacattctctgatttagccaac
tcggtatctgaagagtacaacttctggctaggggatgcgtttgcatctggcgggtcaaat
ggttatgaccacaaagccatgggtattactgctaaggggggatgggagtccgttaaacgc
cacttccgcgaaatgggcattgattgccaaaccaccgattttaccgcggcgggtatcggc
gatatggctggcgatgtgtttggcaatggtatgctcctatcaaagcatactcgcttatta
gcggcgtttaaccacatgcatatcttccttgatccaaatccagattcggcaagtagttgg
gaggaacgaaagcgtttgtttgatcttccgcgttcgagctgggaagactatgatcaaagc
ttgatctcagaaggtggtggtattttctctcgacgatccaagtccatttccttgacccca
gaaattcagcaattgctcgatacgtcacaacaatcgattgctccaaatgatctgattaag
ttgatattgaaaatgcaggttgatctgctgtggaatggaggtattggaacctacattaaa
tctgaccaagagtcacattctgatgttggagaccgcgccaacgacgcactcagaattaac
ggtaaagagttacgagcaaaaattgtcggtgagggcggtaatttaggcttaactcaacta
ggtagaatcgagtttgctttgaacggtggtcgggtcaacaccgattttgttgataatgtg
ggtggtgtggattgttcagataatgaagtcaacattaagatcttccttaacagtttggtg
acgtcgggggatctgacggttaagcaacgcaatacgattctagagtcgatggaagatgaa
gtgggtgacatcgttcttgatgatgcttatcaccaatctgaagcgatctctgttgcagag
catcagggcgtggcggccatgaaagagcttattcgctttattcatacgattgaaaaagca
ggatacttagatagacagcttgagtatattccagatgatgagacgttgggtgaacgtgag
aaactgggggcatcattaacgcggccagagctttctgtattggtcgcttatgcgaaaatg
atcttgaaagagcagctggtggatgaagcaatatcagatgatagcttccatggtcagcaa
ctcatcaattacttcccaaccgagttacgccgtaactacatttcagcaatggacaaacat
cctttgaaagcggagatcattgctacagcattagcgaaccaaatggttaacgaaatgggt
tgtaattttgtcactcggcttcaggaagagacgggctcaacagtcatcgatgtcaccaat
gcgtatacggcggctagagaagtgtttgaacttaaccacgtgtttgaaaaaattcgccaa
catgacaacatcgcgccatcatcggtccaatatgagatgattgtagtagtgagacgcagt
attcgacgactatcccgctggctattgagaacccaccatggttcaatcaaagtaaatgat
gtgattgagcgatacaaagcagatgcaaacaccgtaatttccgtcttagatagtacgcta
gtagagagtgaagtggcggaacacaacacattggctcagtcgtggattgatcagggtatt
gatgctgagctagctaactttgtgtctcgtttatcaagtttatactcagtactggatata
tccacagtatctcgtgaaatgggcacttctgtgcaagaaaccgccaagctttactttaat
ttgggggatcagttgtcccttcattggttcttgaagcagataaatggtcaagccgtcgat
aataattggcaggcgttagcaagagcggcctttagagaagatcttgattggcaacaacgt
caattaacacgccaagtgcttggctgcggctgtagtgcggagcaaatcgatgtattagag
aagctagatgagtggatttcaaccaatgagcaaccactttatcgttggaatagcattttg
aatgagttcaaagtcggttcggtgcatgaatttgcaaaattttccgtcgcattacgagaa
ttaatgctattaaatttgaattgttcatcaaatgagtaa

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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 (9)   
   Pfam (9)   
All databases (30)   

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