Psychopharmacology: The Third Generation of ProgressHerbert Y. Meltzer, American College of Neuropsychopharmacology |
Common terms and phrases
5-HT receptors Acad action activity adenosine adenylate cyclase adrenoceptors affinity agonists amino acid animals antagonists autoreceptors axons behavioral benzodiazepine binding sites Biochem Biol Brain Res catecholamines cell bodies central cerebral cortex Chem choline cholinergic clinical concentrations cortex cortical cyclic AMP decrease depolarization depressed disease disorders dopamine dopaminergic drugs edited effects enzyme excitatory function GABA receptor GABAA GABAergic gene glutamate grafts hippocampus Hökfelt hormone increase inhibition inhibitors interactions kinase lesions Lett levels locus ceruleus mAChR mechanisms mediated membrane modulate molecular Natl nerve Neurochem neurons neuropeptides Neurosci neurotransmitter noradrenergic norepinephrine nucleus pathways patients peptides Pharmacol pharmacological phosphoinositide phosphorylation Physiol physiological pituitary postsynaptic potential precursor presynaptic Proc progabide protein Psychiatry Psychopharmacology raphe Raven Press regions regulation release response role selective serotonergic specific stimulation striatal striatum studies substantia nigra subtypes suggest synaptic synthesis terminals tissue transmitter treatment turnover uptake vivo York