KEGG   Denitrovibrio acetiphilus: Dacet_0860
Entry
Dacet_0860        CDS       T01189                                 
Name
(GenBank) NAD-glutamate dehydrogenase
  KO
K15371  glutamate dehydrogenase [EC:1.4.1.2]
Organism
dap  Denitrovibrio acetiphilus
Pathway
dap00220  Arginine biosynthesis
dap00250  Alanine, aspartate and glutamate metabolism
dap00430  Taurine and hypotaurine metabolism
dap00910  Nitrogen metabolism
dap01100  Metabolic pathways
dap01120  Microbial metabolism in diverse environments
Brite
KEGG Orthology (KO) [BR:dap00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    Dacet_0860
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    Dacet_0860
   00220 Arginine biosynthesis
    Dacet_0860
  09106 Metabolism of other amino acids
   00430 Taurine and hypotaurine metabolism
    Dacet_0860
Enzymes [BR:dap01000]
 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
     Dacet_0860
SSDB
Motif
Pfam: Bac_GDH_CD GDH_C GDH_HM3 GDH_ACT1 GDH_HM1 GDH_ACT2 GDH_ACT3 STALD ELFV_dehydrog GDH_HM2 MacB_PCD
Other DBs
NCBI-ProteinID: ADD67640
UniProt: D4H5Z4
Position
892628..897337
AA seq 1569 aa
MNPSNFSCITKSDFGEYNYDLISEKHSRIFGKYKQENEVLFDFSGLVIGHIPLHMIKFLS
DEDLENFIKYLFDVLNGRRKKKAYIKPDNLEAADFLIGNFSLISAVTDDRPFIYDSIWGY
LQERDYKNLFILHPIFNVERDSKGNVVKVSETSIGSRNESFVMVFLENKEGNILKDIAKD
IQEIYEHTIVAVDDFHKITELLHNLSTEYRSSSIDVSRFIHWLLQDNFIFQGARVIDIDQ
EDKCSTCNKLGVFRLDSSEPDYASIRSYIENDKFNFVEGYPVVVDKALRRSRMKERGYLN
RILFLDKSSGFTRVICILGLFSRKGRHTLPYDIPIIKEKVKETLNHFNFVHGSHDYKWIR
DLINTFPKVELFNFTKQLMIKMLELIISMQGTNQVRICYMDFRPLSNLFFFVALPEDRFS
YELVKEIETYLMQQFDASVLDVSVRQDEHKRYFLHFHLYVKNIEVLENIDEGKVKGGIYN
MMRTWDSNLYDVIRERLGGSEVDTVYHKYVSMFSETYIARNSAEASFGDIKILENLEGVR
SRLYTDNGTAVLKIYSGARYLLTELMPILDNIGLKVYEEDTYKLVYGDEKHYVNAVYFAD
IDDPEAFCAEYGTIIPELISKILTGSVESDKLNGLSMSEKLTYRQIGLLRGLRNFIRQIE
SSFTLKTLNNSLIHNSGVAKLLVQLFEEKYNPANKKPNIEPISDKIMEGIDSVMSVAEDK
ALRYYLWVLGGIVRTNYFRLPEREYMSFKIASKTLDIIHEPRPMFEIFVHSAQMDGIHLR
GGKVARGGLRFSDRIDDYRTEVLGLVKAQMVKNAVIVPVGSKGGFIVKHRLADKAADKEN
VIKQYKNYIKALLDITDNYVNSKVVHPDRVKIYDQPDPYLVVAADKGTATFSDLANSVSV
ERGFWLGDAFASGGSTGYDHKKVAITAKGAWESVKRHFREMGKDIQTVPFTVVGIGDMAG
DVFGNGMLLSRQIKLQAAFNHMHIFIDPDPDPESSFKERQRLFKLATAATWKDYDTSLIS
EGGGIFDRSAKKITLNKQMKQMLNCDKSVVTGEELIHLILLMKAELLWNGGIGTYIKAST
ETNAQVGDPANDNLRIDASECNFMVIGEGGNLGITQRARIELDINGVKVNTDALDNSAGV
DMSDHEVNLKIMFDKLLAAKLIESVPARNKYIEKLTKAVEQHVLSDNYHQSMVVSCGAMR
YSENPVVYRELARYLRDIGLLDFGIENIEFVSQDRAPTRPELCVLLAYSKIFLYNSIEAD
LDIEHELVKREYMNYYPLDTQQRFGEKLFEHSLRREIAATVVVNRLTNQAGATFFYELYK
NNNVSFTKLAESYLVAEDVLNCIPLRQELEKLDNKAEANAIYVALIEIEKTLKVATAWFL
EEANRQLIKDNKEIFEKVVAAIPRYISADMKEKYDEMVTSLTDRGIPQKLAKAVCNIRYS
KSAFDIFDLAVKNGSDVKDVLYCYYDAGYKLGINELTTGMKNVKIRDEWERVNLESILIR
VKLIQKDITAHACCSERKWLDKLISSEPKFFENYRNFLATVRDGEIDSLVPYNVVLDMFH
NLIRKVDSQ
NT seq 4710 nt   +upstreamnt  +downstreamnt
atgaatccttcaaacttttcatgtataaccaaatctgattttggtgagtataactatgac
ctgatatcagaaaagcacagcagaatattcggaaaatacaagcaggagaatgaagtcctt
tttgatttcagcgggcttgtgatcgggcatattcctctccatatgatcaaattcctttca
gacgaagaccttgaaaattttatcaaatacttatttgatgtgctaaacggcagacgcaaa
aaaaaggcttatatcaaacctgacaaccttgaggcagcggattttcttataggtaatttc
agccttatatctgctgttactgatgaccgtccttttatatacgacagtatatggggctat
cttcaggaacgtgactataaaaacctttttattcttcacccgatatttaatgttgagcgt
gacagcaaagggaacgtggttaaagtatctgagacctctataggctcaaggaacgaatca
tttgtaatggtatttcttgagaataaagagggaaacatccttaaagacatcgcaaaggac
attcaggaaatatacgaacacactattgttgctgttgatgattttcataaaataactgag
ctgcttcataatttgtctacagagtaccgctcaagttctatagatgtttcacgtttcata
cactggctgcttcaggataactttatctttcagggggcacgtgtaattgatatagatcag
gaagataaatgctcaacttgcaacaaactgggagttttcagactcgactcttccgagcct
gactacgcatctatcaggtcatacatagaaaatgataaatttaattttgttgaaggctat
cctgtcgttgtggataaggctttacgccgttcacgtatgaaagagaggggctaccttaac
aggatactttttctggacaagagttccggttttacccgtgtgatatgcattctcgggctt
ttttcacgtaaagggcgacatacgctgccttatgatattcctataattaaagagaaagtg
aaagaaacgctgaaccattttaactttgtgcatggttcgcacgattacaagtggatccgc
gatcttattaatacatttccgaaagttgaactgtttaattttacgaaacagctgatgatc
aaaatgctggagcttattatttctatgcaggggactaatcaggttcggatatgttatatg
gatttccgcccgctgagcaatcttttcttctttgtggctctgccggaagacaggttttca
tacgagcttgtgaaagagattgaaacataccttatgcagcagtttgatgccagcgttctg
gatgtatcagttcgtcaggacgagcacaaaaggtattttctgcatttccatctatatgtg
aaaaatatcgaagtgcttgaaaatatagacgaaggaaaggttaaaggcggcatttataat
atgatgcgcacatgggactctaacctttatgatgttatacgtgaaaggcttggcggttct
gaagttgatactgtttatcataagtatgtaagcatgttcagtgaaacatatatagcaaga
aacagtgcggaagcgtcattcggcgatattaaaattctggagaatcttgaaggggttcgt
tccagactctatacagataacggtacagccgtacttaaaatttattccggagcaagatac
ctcctcacagagctgatgcctatactggacaacattggcttgaaagtttacgaggaagat
acttataagcttgtttacggagatgagaaacattatgtcaatgcagtatattttgctgat
attgatgatccagaagctttctgtgctgagtacggtacaataatccctgaactgataagc
aagattctgacaggttctgtagaaagtgataaactaaatggtctttccatgagcgaaaaa
ttaacttacaggcagatcgggctgttacgcggactcagaaatttcatacgtcagatagag
agcagttttacactgaaaacgctgaacaactcacttatacataactctggtgtggcaaaa
ttgctggttcagctttttgaagaaaaatataatcctgcaaataagaaacctaacatagag
cctatttccgataaaattatggaagggatagatagtgttatgtctgttgcggaagataaa
gctctgcggtattacctgtgggtgcttggaggcattgtccgtacaaactacttccgtctg
ccggaacgcgagtatatgtcctttaaaatagcttccaaaactcttgacataatacatgag
ccgagacctatgtttgagatattcgttcactctgctcagatggacggcatacatctgcgg
ggtggtaaagttgcaagaggtggactgcggttctccgacagaattgacgattatcgtaca
gaagtgcttgggcttgttaaagctcagatggtcaaaaacgcagtcattgtccctgtcgga
tccaaaggcggttttatcgtgaagcacaggcttgctgacaaagctgctgacaaagaaaat
gttattaaacaatataaaaattatataaaggcattgctggacatcaccgacaactatgtt
aattcaaaagttgttcaccctgacagggttaagatatatgaccagcctgatccttacctt
gtcgtggctgccgacaaaggcactgctacattcagcgaccttgcaaattcagtttctgtg
gagcgtggattctggcttggtgatgcttttgcatcaggaggcagtaccggctatgatcac
aaaaaagtagcgataactgcgaaaggtgcgtgggaaagtgttaaaaggcatttccgtgag
atgggtaaagatatacagactgtccctttcactgttgtcggaataggtgacatggcggga
gatgtttttggtaacggtatgctgctttccagacagataaagcttcaggcggctttcaac
catatgcacatcttcatagatcctgatcctgatcctgagagcagttttaaagaacggcag
aggttgtttaagcttgccactgctgccacatggaaagattatgacacgtctttaatctct
gaggggggcggcatctttgaccgctcggcgaagaagataactctgaataaacagatgaag
cagatgcttaattgtgataagtctgttgtaaccggagaagagctgattcatcttattctt
ctcatgaaggctgaactcctctggaatggaggtatcggaacatatatcaaagcatctaca
gaaacgaatgctcaggtgggtgaccccgcaaacgataatctgcgtatagatgcatcagaa
tgcaattttatggttattggtgaagggggaaaccttggtatcactcagcgggcccgcatc
gaactggacatcaacggcgtcaaagtgaacactgacgctctggataactctgccggagtt
gatatgagcgatcatgaagtcaatcttaagattatgtttgataaactacttgctgcaaaa
cttatcgagagtgttcctgccagaaataaatacatagagaaactgaccaaagccgttgaa
cagcatgtcctttcggacaactatcatcagtctatggtggtaagttgcggagctatgaga
tatagtgaaaatcctgttgtctacagggagcttgcgagatatctgcgcgatataggactt
cttgacttcggtatagaaaacattgagttcgtctcacaggacagagctccgaccagaccg
gagttgtgcgtgctgctggcatactctaagattttcctgtataacagtatcgaagcggat
cttgatattgagcacgagcttgtgaagagagagtatatgaattactatcctctggataca
cagcagaggtttggtgagaagctctttgaacactcactcagaagagagatagcggcaact
gtcgtggtgaacagacttactaatcaggcaggggcgacattcttttacgagctttataaa
aataataatgtcagctttacaaagctggctgaaagctacctcgtggcggaggatgtgctt
aactgtattcctctgcgtcaggagcttgagaagctggacaataaggcagaggctaacgca
atttatgttgctctgattgagatagaaaaaactctcaaagttgcaactgcgtggtttctt
gaagaagccaacaggcagcttatcaaagataataaagagatctttgaaaaagtcgttgcg
gctataccccggtatatatctgcggatatgaaagagaagtatgatgaaatggttacctca
cttacagacagaggtatccctcagaagcttgcgaaagctgtttgtaatatacgatacagc
aaatccgcttttgatatatttgatctggctgttaagaacggttcagatgttaaggatgtt
ctttactgttactatgatgcgggctataagcttggcatcaacgaacttacaacaggaatg
aaaaatgttaagattcgtgatgagtgggaacgggtaaaccttgaaagcatacttataagg
gtaaaattaatacagaaagacataacagcgcatgcatgttgcagtgaaagaaaatggctg
gataagctgatatcttctgaaccaaaattctttgaaaactataggaattttcttgcaact
gttcgggatggcgagatagacagcctggttccgtacaacgttgtgcttgatatgtttcat
aatttgatcaggaaggtggatagtcaatga

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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 (36)   
   KEGG ORTHOLOGY (1)   
   RefGene (33)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (11)   
   Pfam (11)   
All databases (66)   

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