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Discovery of Novel Actions of Kainic Acid and Related Com
Uptake and Release of Excitatory Amino Acid Neurotransmitters
Neurotoxicity of Excitatory Amino Acids
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acidic amino acids action activity administration afferent affinity uptake AH neurons amino acids animals axons biochemical Brain Res cell bodies cerebellar Chapter compounds concentrations cortex cortical Coyle crayfish crayfish neuromuscular junction D-NMA damage degeneration dendrites depolarization dopaminergic doses effects endogenous enzyme excitation excitatory amino acids excitotoxic EXCITOTOXIC AMINO ACIDS excitotoxins fibers GABA glial Glu analogs Glu receptors Glu uptake glutamergic glutamic acid granule cells Gubareff high affinity hippocampal Huntington's chorea hypothalamus induced inhibition interneurons intrastriatal injections iontophoretically KA-injected kainic acid L-Asp L-Glu L-glutamate lesions low affinity mammalian McGeer mechanism membrane metabolism mice monosodium glutamate muscle Neurochem neuromuscular junction neurons neurotoxic neurotransmitter nmoles nucleus olfactory Olney Pharmacol Physiol postsynaptic potency potential pyramidal cells quisqualic acid regions release response retina slices specific spinal cord spinal neurones striatal striatum structure studies substantia nigra suggested synaptic synaptosomes terminals tion tissue toxic transmitter Watkins