[Significance of the cortical tracings of "sleep" induced in the waking cat by 3 hallucinogens].
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The hallucinogenic drugs represent a recurrent outbreak pattern with each generation or two seeming to rediscover their ego-dissolving effects. The inhalants produce a short-lived intoxication with certain volatile solvents affecting specific organ systems.
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This article explores the field of psychopharmacology from an historical perspective. Part 1 traces the uses throughout history of psychoactive substances that are widely abused by modern society. Part 2 examines the development in the 1950s and 1960s of drugs and other physical methods that have revolutionized the treatment of the mentally ill.
The borohydride stabilizable binding of 2-phenylethylamine and p-tyramine to mouse brain homogenates was compared to that of tryptamine and of serotonin. The highest binding was found to be that of tryptamine, followed by that of serotonin, tyramine, and phenylethylamine. The stabilizable binding of phenylethylamine to calf midbrain (including corpus striatum) homogenates and synaptic membranes was decreased by dopamine; this amine and D-amphetamine also decreased the stabilizable binding of tyramine to rat brain homogenates. The subsynaptosomal distribution of the binding of phenylethylamine to synaptic calf midbrain fractions was also investigated. The highest binding capacity was found in the 0.8 M fraction, rich in myelin.
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