KEGG   Salinivibrio sp. YCSC6: E8E00_06650
Entry
E8E00_06650       CDS       T05946                                 
Name
(GenBank) NAD-glutamate dehydrogenase
  KO
K15371  glutamate dehydrogenase [EC:1.4.1.2]
Organism
saly  Salinivibrio sp. YCSC6
Pathway
saly00220  Arginine biosynthesis
saly00250  Alanine, aspartate and glutamate metabolism
saly00430  Taurine and hypotaurine metabolism
saly00910  Nitrogen metabolism
saly01100  Metabolic pathways
saly01120  Microbial metabolism in diverse environments
Brite
KEGG Orthology (KO) [BR:saly00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    E8E00_06650
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    E8E00_06650
   00220 Arginine biosynthesis
    E8E00_06650
  09106 Metabolism of other amino acids
   00430 Taurine and hypotaurine metabolism
    E8E00_06650
Enzymes [BR:saly01000]
 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
     E8E00_06650
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: QCF35870
Position
I:1465189..1470009
AA seq 1606 aa
MTSRDPIVPVLLEKVYQLIADKLDDTQQPLVDALAKRILGQISDNDLQERNESDLYGAVM
SMWHHLNTFEQDKIFVKVFNPSLSGNGWQSTHTIVEILAPDAPFLVDSVRMALNRLGITT
HLMLNTPVKALKNQQGDVVEISGENGQFQSTFHIEIDKMSEDAEMAALEKELHETLTDVV
MVVNDWQPMRKQMLSLVKSLKEATLPFDDERRQEAIEFLTWITENNFTFMGYKCFDLVAV
EGDYELRASSECDALGLAKKHKSPNVVRLSEMPESARATALKKELLVLTKSNAKSRVHRP
AYVDYIGIKKFDAQGNVIGEHRFTGLYASSAYNQSTSSIPVLRNKVRRILDNSGFYQESH
SWKALANILENYPRDELFQATEDEMRNVGMGVVQMQDRDMLRVFVRRDPFGRFFSCMVYI
TRERYNTEFRRQTQRIFQQYFGSDQDVEFNTFFSESPLARTHYIVRVDNNNFDIDVKKIE
QNLTEAASSWDDRLQEAVIANFGENRGTPIAKRYLRAFPRSYKEAMLPGSAVADIERLEG
LSDDHKLDMLFYRPQEVSHHSNAVSLKLFQKGEPIHLSDVMPMLENLGLRVIGESPYEVE
TSHGDIYWILDFSMLHSAGSAFNLSKARDRFQQAFADIWHGRLDNDGFNRLVLNAGLSGR
EVTILRAYARYMRQVGFPFSQAYIEETLASHPDLASLLVQLFNKRFDPAAKNTQRAQDKL
IAQIEDALEQVESLDDDRIIRRYMEMMLATLRTNFFQKDPENGLDKPYLSLKLQPADIPE
IPQPVPAYEIFVYSPDVEGVHLRGGKVARGGLRWSDRQEDFRTEVLGLVKAQQVKNTVIV
PVGAKGGFVCKRQHQFTGRDEIFAEGQRCYRIFIQGLLDITDNIIEGELTPPNEVVRHDD
DDAYLVVAADKGTATFSDLANSVSAQYNFWLGDAFASGGSNGYDHKKMGITAKGAWESVK
RHFREIDIDCQTTDFTCVGIGDMGGDVFGNGMLLSKHIRLVAAFNHMHIFIDPEPDAAKS
WKERERLFNLPRSSWEDYDSKLISKGGGVFSRRAKSITLTPEIQKLLGTRKQSMAPNDLI
KQILQTKVDLLWNGGIGTYVKAANETHTEVGDRANDGLRVNGKEVGARIIGEGGNLGMTQ
LGRIEYALKGGRVNTDFIDNVGGVDCSDNEVNIKILLNGLVASGDLTLKKRNQLLEKMEN
DVSEIVLEDAYSQSESISVTHNQQASLLKEQIRFIHYLEKEGKLDRALEYLPDDETLAER
NLRGNGLTRPEIAVLVAYGKMVLKEQLVVDEVTQDSHFGQLLPGYFPKELQRHYRQEMES
HPLRGEIIATVLANQMSNDMGFNFITRMQDETGASVSDIAKSYAIAREVFGFEQIFDDVR
ALDNQVSASVQYDILFRCRRMLRRATRWMLRNKRKGESIEAQVAFYRPALQNLAANLDSY
LVDSEIKEHDDQAEKLRKAGVPDELASKVCRLTSIFSGLDLAQVSEQLDKPFELVARLYY
VLGDTLSLHWFLKQINNQPVDNHWQALARASFREDLDWQQRLLTARIVSEMDPKQDAEAG
LDAWMEEHDMILGRWRSIVDEFKVGSVHEFAKFSVALRELSLLNLN
NT seq 4821 nt   +upstreamnt  +downstreamnt
atgacctcgcgtgaccctatagtaccggtgttacttgagaaagtttatcaactgattgcc
gataaactggatgatactcaacagccactcgtcgatgcattagccaaaaggatattgggt
caaatttctgataatgatttgcaggagcgcaatgaatcagatctctatggtgccgtgatg
agcatgtggcatcacctcaacacattcgaacaagataaaatattcgttaaggtctttaat
cccagcctcagtggtaacggttggcaatcaacccataccattgtcgaaatcctcgccccg
gatgcgccgtttttggtagattccgtccgtatggccctcaatcgattggggatcacgaca
cacctgatgctaaatacgcccgtgaaagcgttgaaaaaccaacaaggtgatgtggttgag
atcagcggtgaaaatggccaattccaaagcactttccacatcgaaatcgataagatgtca
gaagatgctgaaatggcagcgttggaaaaagagctccatgaaacgctgaccgatgtggtg
atggtcgtgaatgattggcagccaatgcgcaagcaaatgctgtctttggtgaaatcactg
aaagaggccacgctgccgtttgatgatgagcgccgtcaagaagcgattgaatttctgact
tggattaccgaaaacaactttaccttcatgggttacaagtgttttgaccttgtggccgtt
gaaggggactatgagcttcgcgcctccagtgaatgtgatgcactcggtctggccaaaaag
cacaaatcaccgaatgtggtgcgcttgtcggaaatgcccgagtctgcgcgtgcaacggca
ttaaagaaagagctgttggtactgaccaaaagcaatgcgaagtcgcgtgtgcaccgacct
gcctatgttgactatatcggcatcaaaaaatttgatgcgcagggaaatgtgattggtgag
catcgctttacggggctgtatgcgtcatcggcgtataaccaatcgacctccagtattccg
gtattacgcaataaagtacgccgcattctggataacagcggcttctatcaagagtctcat
tcgtggaaagcactggcgaacatcctcgaaaactatccacgtgatgagctgttccaagcc
accgaagatgagatgcgtaatgtcggtatgggcgtcgtgcaaatgcaagaccgtgacatg
ctgcgtgtgttcgtccgtcgcgatccgtttggccgtttcttctcatgtatggtgtatatc
acgcgtgagcggtacaacacggaatttcgtcgtcagacgcaacgtattttccagcagtac
tttggttctgatcaggatgttgagttcaacaccttcttctctgaaagcccattggcacgc
acgcactacattgtgcgggtcgataacaacaacttcgatattgatgtgaaaaagattgag
caaaaccttaccgaagcggcttcatcatgggatgaccgtttacaagaagcggtgattgcc
aactttggcgaaaaccgaggtacgccgatcgcgaagcgttacctacgcgcgttccctcgt
tcctataaagaagcgatgttaccgggctctgcggtggctgatattgaacgtttggaaggc
ttaagtgacgaccataaattggacatgttgttctatcgtccacaagaggtgagtcatcac
tctaatgcggtgagcctgaaactgttccaaaaaggcgagccgatccacttatccgatgtg
atgccgatgttagaaaacctcggtctgcgtgtcattggtgaatcgccgtatgaagtcgaa
accagtcatggtgacatctattggattctcgacttctcgatgttgcacagtgccggttca
gccttcaacttgtcgaaagcgcgggatcgtttccagcaggcctttgctgatatttggcac
ggacggttggataacgatgggtttaaccgtttagtcttgaatgcagggctatcgggccgt
gaagtgactatccttcgtgcctatgcgcgttatatgcgacaagtcggttttccgtttagt
caggcatacattgaagagacgctggcatcccatcctgatctggcgagtttgctggttcaa
ctgttcaacaaacggtttgatccggcggcgaagaatacgcagcgtgcgcaagacaaattg
atcgcccagatcgaagacgcgcttgagcaagtggaaagtctggatgacgatcggattatc
cgtcgttatatggaaatgatgttggcgacattgcgcaccaacttcttccaaaaagaccca
gagaatggcctggataagccgtatctatcattaaaattgcaacctgcagacattcccgag
atccctcaaccggtgccagcctacgagatcttcgtatactcacccgatgtggaaggtgtg
catctgcgcggggggaaagtcgctcggggtggtttgcgctggtcagatcgtcaagaagac
ttccgtaccgaggtgcttggcctcgttaaagcgcaacaggtgaaaaataccgtgattgtg
ccggtaggcgcgaaaggcgggttcgtctgtaaacgccaacaccagtttaccggtcgcgat
gagatctttgcagaaggtcaacgctgttaccgtattttcattcaaggcctgttggatatt
acggataacatcatcgagggcgaactgaccccgccaaatgaggtggtacgccatgatgat
gatgacgcttatctggtggttgcggcggataaaggcacggcaaccttctctgatttggcg
aacagtgtctcagcacaatacaacttctggttaggggatgcctttgcctctggtggctcc
aatggttacgaccataagaaaatgggtattactgcgaaaggggcctgggagtcggtaaaa
cgccatttccgcgaaatagacatcgattgccagacgacagattttacttgtgtcgggatt
ggtgacatgggcggcgatgtatttggtaatggcatgttgctttctaagcatattcgctta
gttgcggcctttaaccatatgcatatctttattgacccagaaccggacgccgcaaaaagt
tggaaagaacgtgagcgtttattcaacttgcctcgttctagttgggaagactatgacagc
aagctgatttcaaaaggcgggggcgttttctctcgtcgtgcgaaatccatcaccttgacg
ccagagatccaaaagctattgggtacgcgcaagcaatccatggcgccgaacgacttgatc
aagcagatcctacaaaccaaagtagatctgctctggaatggcgggattgggacgtacgtg
aaagccgcaaacgagacccatacagaagtgggtgatcgtgcgaatgacggattacgtgtt
aacggtaaggaagtaggtgcgcgcattatcggtgagggcggtaacctcggtatgacgcaa
ttagggcgtattgaatacgcactaaaaggtggtcgtgttaatacagactttattgataac
gtgggtggcgttgattgctcggataacgaagtaaacatcaagatcctattgaatggcttg
gtggcatccggtgatcttaccttgaaaaagcgtaatcaactgctggagaaaatggagaat
gatgtttctgagattgtgctggaagatgcctacagtcaaagtgaatctatctctgtcacg
cacaaccagcaagcgtcgttgctcaaagagcagatccgctttattcattatctcgagaaa
gagggcaagttagatcgtgcgcttgagtatttgcctgatgatgagacgctcgcggaacgt
aacttgcgtggaaatggtttaacacgtccagaaattgccgtgctggtcgcgtacggcaaa
atggtgttaaaagagcagctggtggtcgatgaggtgacacaagatagtcactttggtcaa
ctgctccccggttatttcccgaaagagttacaacgtcactatcgtcaagagatggagtcg
cacccactgcgtggtgagatcattgcgactgtgctggcgaaccaaatgtcgaatgatatg
ggctttaactttatcacccgtatgcaagacgaaaccggtgccagtgttagtgacattgct
aaatcttacgcgattgctcgtgaagtctttggtttcgaacagatatttgatgatgttcgc
gcattagataaccaagtgagcgcgtccgttcaatacgacattttgttccgttgtcgtcgc
atgttgcgtcgtgcgactcgctggatgcttcgcaacaaacgcaaaggcgagagcattgaa
gcgcaagtagcgttttatcgtcctgcgttacaaaacttggcagcgaacctggatagctac
ttggtcgacagtgagattaaagagcacgacgatcaggcggagaaactgcgcaaagcgggt
gtacccgacgagttggcaagcaaagtgtgccgcttgaccagcatcttctcgggcctcgac
ttggcgcaagtatccgagcagttagataaaccgttcgagctggtggcacgcttgtactat
gtgctgggtgataccttatcgctgcattggttcttgaaacaaatcaacaaccaaccggtc
gacaaccactggcaggcgcttgcacgtgcttcgttccgagaagacttggattggcagcaa
cgtttgctgactgcgcgtattgtttcagaaatggatccgaaacaagacgcagaagcagga
ctcgacgcttggatggaggagcatgacatgattctgggccgctggcgcagcattgtggat
gagttcaaagtcggctcggtccatgaatttgcgaaattctcggttgcgctgcgcgaatta
tcgcttttaaatttgaattaa

  All links  
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 domain (9)   
   Pfam (9)   
All databases (29)   

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