Alteromonas ulvae: ACOJR9_10515
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Entry
ACOJR9_10515 CDS
T11410
Symbol
gdhA
Name
(GenBank) NADP-specific glutamate dehydrogenase
KO
K00262
glutamate dehydrogenase (NADP+) [EC:
1.4.1.4
]
Organism
auv Alteromonas ulvae
Pathway
auv00220
Arginine biosynthesis
auv00250
Alanine, aspartate and glutamate metabolism
auv00910
Nitrogen metabolism
auv01100
Metabolic pathways
auv01120
Microbial metabolism in diverse environments
Brite
KEGG Orthology (KO) [BR:
auv00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
ACOJR9_10515 (gdhA)
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
ACOJR9_10515 (gdhA)
00220 Arginine biosynthesis
ACOJR9_10515 (gdhA)
Enzymes [BR:
auv01000
]
1. Oxidoreductases
1.4 Acting on the CH-NH2 group of donors
1.4.1 With NAD+ or NADP+ as acceptor
1.4.1.4 glutamate dehydrogenase (NADP+)
ACOJR9_10515 (gdhA)
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Ortholog
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GFIT
Motif
Pfam:
ELFV_dehydrog
ELFV_dehydrog_N
NAD_binding_7
Pyr_redox_2
AdoHcyase_NAD
AlaDh_PNT_C
DUF483
Motif
Other DBs
NCBI-ProteinID:
XQM99000
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All DBs
Position
2410102..2411454
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AA seq
450 aa
AA seq
DB search
MSDVSNFDEIYGFLNTKFENEKEYLQAVHEVLEDIIPIYNANSAYKQADVVRRLCLPERV
IYFTVSWVSSEGNVEVNQGWRVQHNGAMGPYKGGLRFHPTVNLSVLKFLAFEQCFKNALT
GLPMGGGKGGSDFNPKGRSDRDIMLFCQAFMRELQRHIGANTDIPAGDINVGAREIGYMY
GEYRRLNNKFEGVLTGKGLEFGGSYVRTEATGYGLIYFTESVCKANDTELNGKHVVVSGA
GNVALHAAQKAIQKGASVVTLSNSRGLLCCEEGFSEADITWAIKQHTTSDNILVTLEKRG
AGVWFEKKTPWHIKCDIALPCATQNELHEADAQELLKNGCTMVLEGANMPCSIEAQEAFI
SKKITYVPGKASNAGGVALSGLEMSQNAMFSQRSAHILDEELQSIMQSIHKRCLEEAKLL
ANRDGYINYMKGANIAAFRRLADAIVAQGV
NT seq
1353 nt
NT seq
+upstream
nt +downstream
nt
atgtcagacgtcagtaactttgatgaaatttacggttttttaaatacaaagtttgaaaac
gaaaaagaatatcttcaggctgttcatgaagtactagaagacatcattccaatttacaat
gccaacagcgcttacaaacaggcagacgtcgttcgccgcctgtgtttaccagaacgtgtt
atctatttcacggtttcttgggtaagctcagaaggaaacgtagaagtcaatcaaggctgg
cgcgtgcagcataatggcgcaatgggcccatacaagggaggattaaggtttcatccaacc
gtgaatctttcagtgctgaagtttttggctttcgagcaatgctttaaaaacgcattaacg
ggcctgccaatgggcggtggcaaaggaggctcagactttaaccctaaaggcagaagcgac
cgcgatattatgcttttttgtcaggcgtttatgcgtgaacttcaacgtcatattggtgct
aatactgatattcctgcgggcgacatcaacgttggagcaagggaaattggctacatgtat
ggtgagtatcgccgtttaaacaacaagtttgaaggcgttctcacaggaaaaggccttgag
tttggtggcagctacgtcagaaccgaggcaacgggttatggcctcatttattttacagag
tcggtttgcaaggcaaatgacacagagctcaacggcaagcacgttgttgtctctggtgcc
gggaatgtagcgctccatgctgcgcaaaaagccatacaaaaaggcgcttctgtggtaaca
ctatcgaatagtcgcggcttgttatgttgtgaagaaggctttagcgaagctgacatcacg
tgggctatcaagcagcacacgacatcagacaatatcttagtcacgcttgaaaaaagaggc
gctggagtgtggtttgaaaagaaaacgccgtggcatataaagtgcgatatcgctctaccc
tgcgcaacacaaaatgagcttcacgaagccgacgcacaagagctattgaaaaatggatgc
actatggtgttagaaggcgcaaatatgccctgcagcatagaagcacaagaggcgttcatc
agcaaaaagattacttatgtaccaggtaaagcatccaacgcaggtggcgttgctctttct
ggtttagaaatgtcgcaaaatgcgatgtttagccaacgtagtgcccacattctcgatgaa
gagctacagtccattatgcaaagtattcacaagcgctgccttgaggaagccaaattgcta
gctaatcgagacgggtacattaactacatgaaaggcgcaaacatcgccgcgtttagaaga
ttagcggatgccattgttgcacaaggcgtgtaa
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