[Neuropharmacological properties of piracetam derivatives].
Ostrovskaia Ru, Molodavkin Gm, Trofimov Ss, R Ia Popova, Т. А. Гудашева
Abstract
Ostrovskaia Ru, Molodavkin Gm, Trofimov Ss, R Ia Popova, Т. А. Гудашева
Abstract
Piracetam and its 8 derivatives were studied in experiments on mice and rats with the use of standard neurotropic tests and nootropic activity tools. The electrophysiological index of GABA-ergic inhibition (the recovery cycle of cortical evoked potentials) was also investigated. It was shown that piracetam derivatives as well as piracetam itself have a pronounced antihypoxic activity and prevent the amnestic effect of electroshock in experimental passive avoidance. Most of them were inactive according to the standard neurotropic test. Piracetam derivatives with a hydrazide grouping in the side chain combine nootropic activity and a specific stimulant effect, while the derivatives possessing a phenyl ring combine nootropic and depressant activity.
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Piracetam and its 8 derivatives were studied in experiments on mice and rats with the use of standard neurotropic tests and nootropic activity tools. The electrophysiological index of GABA-ergic inhibition (the recovery cycle of cortical evoked potentials) was also investigated. It was shown that piracetam derivatives as well as piracetam itself have a pronounced antihypoxic activity and prevent the amnestic effect of electroshock in experimental passive avoidance. Most of them were inactive according to the standard neurotropic test. Piracetam derivatives with a hydrazide grouping in the side chain combine nootropic activity and a specific stimulant effect, while the derivatives possessing a phenyl ring combine nootropic and depressant activity.
Key concepts: Piracetam, Nootropic, Chemistry, Pharmacology, Depressant, Neuroscience, Psychology, Medicine