Keyphrases
Polyamine Toxins
94%
Ionotropic Receptor
94%
Spiders
74%
AMPA Receptor (AMPAR)
34%
Nephila Clavata
29%
Channel Blocker
27%
Stargazin
26%
Potent Inhibitor
23%
Relationship Research
23%
Polyamine Toxins
23%
α-amino-3-hydroxy-5-methyl-4-isoxazolepropionic Acid Receptor
23%
Ca2+
23%
Subcutaneous Tissue
23%
N-methylation
23%
Hydroxylated
23%
Photochromic
23%
Pig Study
23%
Subcutaneous Injection
23%
Structure-activity Relationship
23%
Agonist Efficacy
23%
Structure-activity Relationship Studies
23%
Backflow
23%
Amino
19%
Methyl
19%
Propionic Acid
19%
Isoxazole
19%
Open Channel Blocker
16%
Pharmacology, Toxicology and Pharmaceutical Science
Polyamine
100%
Glutamate Receptor
70%
AMPA Receptor
57%
Receptor
44%
Isoxazole
40%
Propionic Acid
40%
Structure Activity Relationship
35%
Spider Toxin
32%
Nephila clavata
29%
Argiotoxin 636
23%
Alanine
23%
Philanthotoxin
23%
Channel Blocker
17%
Medicine and Dentistry
AMPA Receptor
47%
Channel Blocker
27%
Biopsy Technique
23%
Ion Channel
23%
Glutamate Receptor
23%
Polyamine
23%
Calcium Ion
23%
Pig Study
23%
Receptor
23%
AMPA
23%
Subcutaneous Injection
23%
Propionic Acid
19%
Intramuscular Injection
15%
Injection Site
15%
Subcutaneous Tissue
15%
