Neorickettsia risticii: NRI_0487
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Entry
NRI_0487 CDS
T00951
Name
(GenBank) NAD-glutamate dehydrogenase family protein
KO
K15371
glutamate dehydrogenase [EC:
1.4.1.2
]
Organism
nri
Neorickettsia risticii
Pathway
nri00220
Arginine biosynthesis
nri00250
Alanine, aspartate and glutamate metabolism
nri00910
Nitrogen metabolism
nri01100
Metabolic pathways
nri01120
Microbial metabolism in diverse environments
Brite
KEGG Orthology (KO) [BR:
nri00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
NRI_0487
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
NRI_0487
00220 Arginine biosynthesis
NRI_0487
09106 Metabolism of other amino acids
00430 Taurine and hypotaurine metabolism
NRI_0487
Enzymes [BR:
nri01000
]
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
NRI_0487
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Bac_GDH_CD
GDH_C
GDH_HM3
GDH_ACT1
GDH_ACT2
GDH_HM1
GDH_ACT3
GDH_HM2
ELFV_dehydrog
Motif
Other DBs
NCBI-ProteinID:
ACT69467
UniProt:
C6V502
LinkDB
All DBs
Position
complement(446724..451484)
Genome browser
AA seq
1586 aa
AA seq
DB search
MQKNTYPQFVAAIASCFEDGVSENFVSFVEQFYATLPTEKYIEVKLFSEIANEAYGFLKE
RLGDQRKIRIISSPKVCDILQKDRVAILILNPDSPFLVDSFTEEIKASGFTIYRRLNVVL
SVERNQDGKLTKIYKKESPGNCKNESFIYFLVSSAFSEKISELQKRLEDVSRLVAIVVAD
WKKMLTVLENEIQRIDSSDPAKQKNPSCSLSDEVTAFLKWLNDDNFIFLGYDEYTLVGKK
LEKEPTLSLGISKFERELGGDDKFREYKGVLHIGRSRYVSRVHRRVNADCVRIKRLSENG
EVIGEKRFLGLFTSLAHYRDVRLIPILRRKIENIERMSGFVEGGHNHKSLLALMQGMSKG
ELFQTSSEELHKICKGMISLAVKPSLKVFLRRDEVGMFVYCVVFVPNAQFSMKLRYKIRD
FLIQTLNGTLADECVVIGESGLVRLQFVFNVDSFTSSCTDEEIEGNLTFMAKDWEDELGQ
LITDSTAKKEEKLKYREYVEKFPESYKESFDVTSAYGDIGKICNVTQEKLIEVKLYEEGK
QRYLKIYFLEGKLELYQLILVIENMAMEVVEHNCYKIKCTPRVMIHHFLLKSGEEMLFPL
SQIKDKFEDSLLRILNKQLENDAYNALIVLAGLSWREVVLLRAFAGYLKQVSFKYNPAYI
QAALSHVPEAAVLIVQMFHVRFSREVDNTVRSEKIEILKAKLEELLSSVTNIIYDNIIRG
LAGLCFAILRTNYYMNKEYISIKVSSKEIADMPLPKPFVEVFVYHSQFEAIHLRGGKVAR
GGIRWSDRIQDFRVEILGLMKAQMAKNTAIIPVGSKGGFIIKKSIEDRKLMAETAIRYYQ
DFLRGLLDLTDNIVDGKCQKVKDIVAYDGDDCYLVVAADKGTANFSNYANEVSSEYSFWL
GDAFASGGSRGYDHKKLGITARGAWISLEMAFWEKFGELKKKGFTVVGIGDMSGDVFGNG
MLLSDEIKLVAAFNHVHIFVDPNPINPKDSFEERKRLFDIPGSTWKDYNASLISSGGGVF
LRSEKSIRISSEMKDLFKIYKNNLTPDELIRHILQADVDVIWNGGIGTYVKSSQESNDVV
GDKSNDNLRVDGKNIRASIFIEGGNLGCTQLGRIEYAARGGIINTDFIDNCAGVSCSDME
VNIKIALSSAVRSGKITLEERDTLLAAIEPGVVKLILLNINRVQSLMMAMETMRAGRQLE
QYQSLLNKLVKVGLLDRKVEFLPSDEEIKRLFAEGRSFERPQLAVLAAYSKMYIYEKIIT
SNLPDEEILNRYLINYFPTLMRERFIDEILNHPLRREIIATKLANDIVNRFGCTFVQNAV
QNTGFSSKEVICVLVAVVEIYELSPIFDELENLIGKVDIHSFYCIDSIFVQFLNRSVHWL
LRNYPNPISVVSVVEDFSEEIREITAKLVEILDAASLKKYQDSLSSFEAIGLPVELSAKL
ASLEFVSAALGIAQTRKIILENDGHNVDCLTVGRIYFNIGAALSLSSLREMACEKFENAS
YWQRMSVYCLLDELCKEQFAFTREIAKYVTEDIDYTEAIEKWSSKYSTKLERYQSFYNDV
ASSGELDMNKFMVLVKRLRSMLLKEY
NT seq
4761 nt
NT seq
+upstream
nt +downstream
nt
atgcaaaaaaacacatatccccaatttgtcgcagccatagcctcgtgttttgaggatggg
gtgtccgaaaatttcgtatcatttgtggaacagttttatgcgacgctaccaacggaaaaa
tacatagaagtaaaactcttttctgagattgcaaatgaagcttatggttttttgaaggag
cgtttgggagatcaaaggaaaataaggattattagctcgccgaaagtatgtgatattttg
caaaaggaccgggtagcgatattaatcttaaatcctgatagtccgtttttagtcgactct
tttactgaagaaattaaggcaagtggtttcactatatatagacgattgaacgttgtttta
tcagttgaaagaaaccaagacggaaaattgacaaaaatatataagaaggaaagtcctggt
aactgtaagaatgagtctttcatttactttcttgtcagttctgcattctctgaaaaaatc
tccgagctacagaaaaggctcgaagatgtaagtaggcttgttgcaattgtggttgctgac
tggaaaaaaatgcttactgttttggaaaatgagattcaaagaattgattcttctgatcct
gccaagcaaaaaaatccaagctgttctctcagtgatgaagttactgcgttccttaaatgg
ttgaatgatgataatttcatcttcctaggttacgacgagtataccctagtgggtaaaaaa
cttgaaaaagagcctaccctttctcttggtatttcgaaatttgaaagagagcttggtggt
gatgataagtttagagagtataaaggtgttctccatattggtagatccagatatgtttct
cgtgtccataggcgggtcaatgccgattgtgtaagaataaagcgtctctcagaaaatgga
gaagtaatcggagaaaaaagatttcttggtttgtttacctctctagcacactacagagat
gtaaggctgatacctattctgcgtaggaaaatagaaaacatcgaaagaatgtcaggtttt
gtagagggtggacataatcacaagtccctcttagcgctaatgcagggcatgtcgaaaggt
gagctgtttcagacctcaagtgaggagctccacaaaatctgcaaaggtatgatctcttta
gctgttaagccaagtctgaaggtttttcttagaagagacgaagtcgggatgtttgtttat
tgcgtggtttttgttccaaatgcacagtttagtatgaaactgcgctataagatcagagat
tttctcatacaaacgctgaatggtactcttgcggatgaatgtgttgtaattggagagtct
gggcttgttagactgcaatttgtgtttaatgttgattcttttacttcctcatgtacggat
gaagaaatagaaggaaaccttaccttcatggcaaaagactgggaagatgagctcggacaa
ttgataacagattccacagctaaaaaggaggaaaaactaaaatatagggagtacgttgag
aaatttccagaaagttataaggaatctttcgatgttacctcagcttacggagatattgga
aaaatatgcaatgtcacacaagagaaacttatagaagtcaaactctatgaagaagggaaa
cagcgctacttgaagatatattttcttgaagggaaattagaactctaccagctgatacta
gttatagaaaatatggcgatggaagtggtagagcataattgctacaagatcaagtgcaca
cctagggtgatgatacaccattttctccttaaaagtggtgaagagatgctttttcctctt
tctcaaataaaagacaagtttgaggattcactcctgaggattctcaataagcagctagaa
aatgatgcttacaatgctctgatagtcttggcaggtttatcttggcgtgaagttgtttta
ttgcgcgcttttgctggatacctgaagcaggtatcttttaagtataatcctgcttatata
caggccgcgctgtcacatgttccggaagctgcagtgttgattgtccagatgttccatgtg
cgtttttcgcgggaagtagacaacactgtaagaagtgaaaaaattgagatactgaaggca
aagcttgaggagcttttatcgtcggtgactaacatcatttatgacaatatcattagaggt
cttgcagggctctgtttcgcgatattgcggacaaattattacatgaacaaggagtatatc
tcaattaaggtttcctctaaggaaattgctgacatgcctcttcctaaaccttttgtagag
gtttttgtttaccacagtcaattcgaagcaatacacctaaggggtggaaaggttgcacgt
ggcggcatcagatggtctgatagaattcaagattttcgtgttgagattctcgggcttatg
aaagcccagatggcaaaaaacactgctatcattccggttggttcaaagggcggcttcatt
atcaagaaaagcatagaagataggaagcttatggctgaaacggcaatccgatattatcag
gattttttgaggggcttacttgatcttacagacaatattgttgatggaaagtgtcaaaaa
gtaaaggatattgttgcttacgatggggatgactgctatcttgtggttgctgcagataag
gggacagctaatttttcaaattacgcaaacgaggtttcctcggagtatagtttctggctc
ggggatgcctttgcgtcgggtggttcacgtggatatgatcataaaaagttgggaatcact
gctcgtggtgcatggatctctcttgagatggctttctgggagaagtttggtgagttgaag
aaaaaagggttcacggttgttggtataggcgatatgtccggcgacgtatttggaaacggg
atgctactgtcagatgaaataaagctcgtcgctgcgtttaatcatgtgcacatttttgta
gatccgaatccaattaatccaaaagactctttcgaggaaagaaaacggctttttgatata
cctggatcaacttggaaagattacaatgcttctcttatttccagtggtggaggtgttttt
ttgcgcagtgaaaaatccatacggatcagtagcgaaatgaaagatcttttcaaaatatac
aagaataaccttacccccgatgagttgatcagacatattcttcaggcagatgtggatgtt
atttggaatggtggaataggaacatatgttaaatcttctcaggaaagtaacgacgtagtc
ggagataagtccaacgacaatttaagggtcgatgggaaaaatattagagcttcaatcttt
attgaaggtggaaacttaggttgcacgcagctcggtaggatagaatatgctgcaaggggt
ggtattataaacaccgactttatagataattgtgctggtgtatcgtgctcggatatggag
gttaatatcaaaattgctctatccagcgctgtaagatcaggaaagattacacttgaagag
cgagatactctactggcagcaatagagccaggagtagttaaattaatactcttaaatatt
aacagggttcagtctcttatgatggctatggagacaatgagagccggtagacaacttgag
caatatcaaagtttactgaacaagctagttaaagtgggtcttttagacaggaaggtagag
tttttaccctccgatgaggaaataaagcgcctttttgcagaaggtaggagtttcgagcga
cctcagctagctgtgttggcagcttacagcaagatgtacatttatgaaaaaatcataact
tctaacctgccggatgaagaaattttgaaccgctaccttataaattattttccaactttg
atgcgggaaagattcatagatgaaattttaaatcatccacttagacgtgagatcattgcg
actaagcttgctaatgacattgtcaacagatttggatgtacgtttgtgcaaaatgcagta
caaaacactggtttctcgtctaaagaggtaatctgtgtgctcgttgcagttgtggaaata
tatgagctctctcctatttttgatgagctggagaatctcatagggaaagtggatattcat
tctttttactgtattgattcgattttcgtgcagtttttaaaccgttcagtgcactggttg
ctcagaaattatcctaatccaataagtgttgtttcagttgtagaagatttttctgaagaa
attagagaaataactgcaaaactagtggaaatccttgacgctgcttcccttaaaaaatat
caagattcactttcttcatttgaagctattggcctgccagttgaactgagtgctaaatta
gcaagcttggaatttgtttcagctgctttgggaattgcacagacccgtaagatcattctt
gaaaatgatggccacaatgtagattgtctgactgttggacggatttattttaatataggt
gcagctttatctctttcctctttaagggaaatggcatgtgaaaaattcgagaatgcctcc
tattggcaaagaatgtccgtgtattgtctattagacgaactctgcaaggaacagtttgcc
tttactcgtgaaattgcaaaatatgttaccgaggacattgattatactgaggcaattgaa
aagtggagtagtaagtactctacaaaacttgagcgctatcagtcattttataacgacgtt
gcgtcttctggagaacttgatatgaataagttcatggtgcttgtaaagcgtttacgctca
atgctgttgaaggagtattag
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