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...ctivity is crucial for ketamine’s rapid antidepressant actions. NMDA and AMPA are receptors for the [[neurotransmitter]] [[Glutamic acid#Neurotransmitter

...ic acetylcholine receptor|nACh channel]]s, weakly inhibits [[AMPA receptor|AMPA]], [[kainate receptor|kainate]], [[GABAC receptor|GABA_C]], and [

| group1 = [[AMPA receptor|AMPA]] ...| list1 = '''[[Ampakine|Agonists]]:''' [[5-Fluorowillardiine]]{{•}} [[AMPA]]{{•}} [[Domoic acid]]{{•}} [[Quisqualic acid]]; ''[[Positive allosteri

...= [[Excitatory amino acid agonist|Glutamate receptor agonist]] ([[Ampakine|AMPA]]){{•}} [[Excitatory amino acid antagonist|Glutamate receptor antagonist]

...With respect to glutamatergic activity, a change in the density of NMDA or AMPA receptors does not occur. The administration of sulbutiamine reduces the re

==The role of the AMPA receptor== The [[AMPA receptor]] (AMPAR) is the engine that drives [[excitatory postsynaptic pote

...l physiological conditions, the neurotransmitter opens glutamate, NMDA and AMPA receptor channels, and voltage dependent Ca²⁺ channels (VDCC) wi ...|glutamate]] ([[glutamate receptor]]s) such as the [[NMDA receptor]] and [[AMPA receptor]] are overactivated. Excitotoxins like [[NMDA]] and [[kainic acid]

| align="center" | [[AMPA receptor|AMPA]]

...Orntoft U, Schmidt A, Nordholm L | title = Interaction of the competitive AMPA receptor antagonist NBQX with hexobarbital. | journal = Pharmacol Biochem B