KEGG   Vibrio cholerae O1 El Tor FJ147: IR04_12695
Entry
IR04_12695        CDS       T03827                                 
Name
(GenBank) NAD-glutamate dehydrogenase
  KO
K15371  glutamate dehydrogenase [EC:1.4.1.2]
Organism
vcf  Vibrio cholerae O1 El Tor FJ147
Pathway
vcf00220  Arginine biosynthesis
vcf00250  Alanine, aspartate and glutamate metabolism
vcf00430  Taurine and hypotaurine metabolism
vcf00910  Nitrogen metabolism
vcf01100  Metabolic pathways
vcf01120  Microbial metabolism in diverse environments
Brite
KEGG Orthology (KO) [BR:vcf00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    IR04_12695
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    IR04_12695
   00220 Arginine biosynthesis
    IR04_12695
  09106 Metabolism of other amino acids
   00430 Taurine and hypotaurine metabolism
    IR04_12695
Enzymes [BR:vcf01000]
 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
     IR04_12695
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: AJZ99977
Position
I:complement(1680868..1685709)
AA seq 1613 aa
MTARETLMPVLLEKVYQLIQDKLELAQQPLVTQLGQHLFSNISQDDLVERNESDLYGAVL
SLWHHINEKKADERSVRVFNPTVSRQGWQSTHTIVEIVLPDSPFLVDSIKMALSRLGLAS
HLMLNGPAHIARHDDGSIKSINQGEGQLTSMFHIEVDRLSSKEEMTELKNELLDILHDTA
LVVKDWKPMATKLEQVINQLEADKKQIPVEAERLQETIQFLRWLGNHNFTFMGYKEFDLV
EKNGDTELTPTKDTGLGLFSDNERVRSVKLSQFPDSARLEAKKPFLLILTKGNKQSRIHR
PAYTDYIGIKKFDAKGKVIGEHRFTGLYTSAVYNQSVEGIPLIREKVGRILAASGYRQGS
YAYKALHNILENYPRDELLQAREEELLEVGMGVVQMQDRDLLRLFVRKDPFGRFFSCMVY
VTKERYNTELRRKTQQVFKQYFGCEQDVEFTTYFSESPLARTHYIVRVDNNNINVDVKKI
EQNLMEASTSWDDRLAEAIVANFGESRGLPLSKEYQRAFPRSYKEDVMPGSALADIEHLE
ALDEHNKLGMLFYRLQETAKDSKAVRLKLYHKDEPIHLSDVMPMLENLGLRVIGESPYEV
VKANGQVYWILDFSMLHKSDKQVDLREARDRFQQAFAAIWAGELESDGFNRLILGASLSG
REVSILRAYARYMRQVGFPFSQHYIEDTLSHHPDLAQGLVDLFVRRFDPKYKGGEKGQAE
IIKSLTEQLDQVQSLDDDRIIRRYMEMINATLRTNYYQLDEHKQNKPWLSLKMKPSEIPE
IPAPVPAFEIFVYAPDIEGVHLRGGKVARGGLRWSDRQEDFRTEILGLVKAQQVKNTVIV
PVGAKGGFVCKKQYLYTTRDEIFAEGQRCYKRFIRALLDVTDNIIEGQVVPPKNVVRHDE
DDPYLVVAADKGTATFSDLANSVSAEYQFWLGDAFASGGSNGYDHKAMGITAKGGWESVK
RHFREMGIDCQTTDFTAIGIGDMAGDVFGNGMLLSKHIRLLAAFNHIHIFIDPTPDSASS
WEERNRLFNLPRSSWEDYNPKLISKGGGVFSRKAKAITLTPEMQKMLNTKKTTLAPNELI
KMILKMEVDLLWNGGIGTYVKSSIETHTDVGDRANDGLRVDGREVNAKIIGEGGNLGMTQ
RGRIEFALKGGRVNTDFVDNVGGVDCSDNEVNIKIFLNGLVANGDLTLKQRNQILESMKD
EVGSIVIEDAYGQSESISVTEAQGVSLMKEQIRFIHHMEKAGYLDRALEHIPDDETLLER
ERQGMGLTRPELSVLMAYGKMALKEELASEEIAQDEFHAKQLVNYFPTELRGHYAQQMVN
HPLRVEIIATALANQMVNEMGCNFVTRLQEETGSSVVDIANAYAAAREIYGLGIVLEKVR
KLDNIAQSSAQYDVMFLVRRTLRRLTRWLLRNRTGKPSVIAMVERYQEDVKAITEQLDKV
LVKEEIVEHNSMAENWIEKGIEKELAHYVARLSSLYSVLDISAVAKEKGIAVTQTAKLYF
HLGDRLSLHWFLKQINHQAVDNHWQALARASFREDLDWQQRQLTAQVLSSNLSDAQQEIE
LALDKWLERNQVSISRWENILSEFKVGTVHEFAKFSVALRELTLLNLNCLTVE
NT seq 4842 nt   +upstreamnt  +downstreamnt
atgactgcgcgtgaaactttgatgccagttttgcttgaaaaagtttatcaactgattcaa
gacaaactagagcttgctcaacaacccttagtgactcaacttggacaacacctgttcagt
aacatttcacaagacgacctagtggagcgtaacgaatcggatctttatggtgcagtgctc
agtttatggcaccacatcaatgagaaaaaagccgatgaacgctcagtacgagtatttaac
ccaacggtaagtcgccaaggttggcaatcgacccacaccattgttgagattgttctccca
gatagtccctttctggttgattcaatcaaaatggcattaagccgcctaggattggcatcg
cacttaatgctcaacggacctgctcatattgcacgtcacgacgatggctcgatcaaaagc
attaatcaaggagaagggcaactgacctcaatgttccacattgaagtcgatcgcctaagc
agcaaggaagagatgacagagctgaaaaacgaattgctggatatcctgcatgacactgct
ctggttgtgaaagattggaaaccgatggcgaccaagcttgaacaagtgatcaatcagctg
gaagcggataaaaaacagatccctgtagaagccgaacgcctacaagaaaccattcagttt
ttacgctggctaggtaaccataacttcacctttatgggttacaaagagttcgatttggta
gagaaaaatggcgataccgaactgacgccaaccaaagacaccggacttggcttattctct
gacaatgagcgagtacgtagcgtaaaactttctcaattcccagattcagccaggctcgaa
gccaaaaagcctttcctgttgatcttaacgaaaggcaacaagcaatcgcgaatccatcgt
cctgcttataccgactatatcgggatcaaaaagtttgacgcgaaaggcaaggtgatcggt
gagcatcgctttactggcttatacacttccgctgtgtacaaccaaagtgttgaaggcatc
ccgctgatccgcgaaaaagtagggcgcattcttgcggccagcggctaccgccaaggctct
tacgcctacaaagccctgcacaatattcttgaaaactacccacgcgatgagttgttacaa
gcccgtgaagaagagctgcttgaagtaggcatgggcgttgtacagatgcaagatcgtgat
ttactgcgcctgtttgtacgtaaagacccattcggacgtttcttcagttgcatggtgtat
gtgaccaaagagcgttacaacactgagctgcgccgtaagacacaacaagtgttcaaacag
tattttggctgtgagcaagatgttgaatttacaacctatttctcagaaagcccactggcg
agaactcactacattgtgcgtgtcgacaataacaacatcaacgtagatgtgaaaaagata
gagcagaatttaatggaagcctcaacctcgtgggatgatcgtctcgcagaagccattgtc
gccaatttcggtgaaagtcgtggattaccgctgtcaaaagagtatcaacgtgccttccca
cgttcttacaaagaagatgtgatgccgggctctgcactggcagatatcgagcacctcgaa
gcgttagatgagcacaataaactgggcatgctgttctaccgtttacaagagacagccaaa
gactccaaagcggtgcgcttaaagctgtatcacaaagacgaacccatccatctatcagac
gttatgccgatgctagaaaacctcggcttacgcgtgattggtgaatcgccttatgaagta
gtgaaagccaatggccaagtgtactggatccttgatttctctatgctacataagagtgat
aagcaggtggatctgcgtgaagcacgcgaccgattccaacaagcgtttgccgctatctgg
gcaggagagctggagagtgatggctttaaccgtttgattttaggtgcatcactgtcaggt
cgtgaagtttcgatcctgcgtgcttatgcgcgttatatgcgtcaagtcggcttcccattt
agccagcactatattgaagatacactcagccaccatcccgatcttgcacaaggattggtg
gatcttttcgtgcgtcgtttcgatccgaaatacaaaggcggagaaaagggccaagctgaa
atcatcaaatctctgacagagcaattagatcaagtacagagtctcgacgatgatcgaatt
atccgtcgctatatggagatgatcaacgcgacgctgcgcaccaactactatcagttggat
gagcacaagcagaacaaaccttggctatctctcaaaatgaagccaagtgagatccctgaa
attcctgcaccagtgcctgcgttcgaaatcttcgtctatgccccagacattgaaggggtg
catttgcgcggtggtaaagtcgctcgtggtgggctgcgttggtctgatcgccaagaagat
ttccgtactgaaattttaggcttggtcaaagcacaacaagtgaaaaatacggtcatcgtg
cctgttggtgcaaaaggtggctttgtttgtaagaaacagtatctctacaccacacgcgat
gagatttttgcagagggccaacgctgctacaaacgctttattcgcgctttactcgacgta
acggataacattattgaagggcaagtggttccgccgaagaacgtggttcgtcatgatgaa
gatgacccttatttggtggtggctgcggataaaggcaccgcaaccttctctgatttagca
aactcagtgtcagcggaataccaattctggctcggtgatgcttttgcttcaggggggtca
aatggttatgaccacaaagcgatgggcattaccgccaaagggggttgggaatcggtaaaa
cgtcatttccgtgaaatgggcattgattgtcaaaccaccgattttaccgcgattggcatc
ggtgacatggccggcgacgtgtttggtaacggtatgttgttatcaaaacatattcgccta
ctggcggcctttaaccatattcatatcttcattgatccaaccccggattctgcgagcagt
tgggaagagcgtaaccgcttgtttaatctgcctcgttcaagttgggaagattacaatccg
aagctgatttctaaaggtggtggtgtcttctcgcgtaaagcaaaagcgattacgctgacg
cctgaaatgcagaagatgctcaacactaaaaaaaccacgttggcacccaatgagttgatc
aaaatgatcctgaaaatggaagtcgatctcctctggaatggtggcattggtacctatgtg
aaatcatccattgaaacacataccgatgtcggtgaccgagccaatgacggattacgtgtc
gatggacgtgaagtaaacgctaaaatcatcggcgaaggcggtaaccttggtatgactcag
cgcggtcgtatcgagtttgcactcaaaggtggacgcgttaacacggacttcgtggataac
gtcggtggcgtagactgttccgataacgaagttaacatcaagatcttcctcaatggcttg
gtggctaatggtgatttaacactcaaacagcgcaaccagatccttgagtcgatgaaagat
gaagtaggaagcatcgtgattgaagatgcttatggacaatctgaatcaatttccgtgacc
gaagcgcagggcgtatcactcatgaaagaacagatccgctttatccatcacatggaaaaa
gcggggtatttggatcgtgctttagagcacattccggatgatgaaactctacttgagcgt
gaaagacagggcatgggattaacacgtcctgaactttcggtgctgatggcctacggcaaa
atggcgttgaaagaagaattggccagtgaagagattgcgcaagatgaattccatgccaaa
caattggttaattacttcccaactgagttacgcggtcactatgcgcagcagatggtgaac
catccgctacgagtagaaatcatcgcgacagccttagcaaaccaaatggttaatgaaatg
ggctgcaacttcgttacgcgtttacaagaagagaccggctctagcgtggtcgatattgcg
aatgcgtatgcggccgcgcgtgagatttacggtttaggtatcgtgctcgaaaaagtacgc
aaactggacaacatagcgcaaagtagcgcccaatatgatgtcatgttcctcgtgcgtcgc
actttgcgtcgcctgactcgctggttactgcgcaaccgtacaggtaagccatccgtgata
gcaatggtcgaacgctatcaagaggatgtcaaagctatcaccgaacaattggataaagtt
ttggtgaaagaggagattgttgagcataattctatggctgaaaactggatagagaagggc
atcgagaaagaacttgcgcattatgtggcgcgtctttctagcctttactctgtactggat
atctcagccgtggcgaaagagaaaggcatcgcagtcactcaaacagcgaagctttatttt
catctcggcgatcgtttatctctgcactggttcttgaagcaaatcaaccaccaagccgtt
gataaccattggcaagcattagcaagagcctctttccgtgaggatctcgattggcagcaa
cgccagttaactgctcaagtgctcagtagcaatttgagtgatgctcaacaggaaattgaa
ctggcacttgataaatggctagagcgtaaccaagtctcaataagccgttgggagaacatc
ctcagcgagtttaaagtcggtaccgttcatgaatttgccaaattctcagtggcattgcga
gagttgaccttgctcaacttaaattgtctcactgtagaataa

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

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