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Monoamine oxidase inhibition and brain amine metabolism after oral treatment with toloxatone in the rat
18
Citations
20
References
1979
Year
Whole BrainPsychopharmacologyPharmacotherapySocial SciencesMolecular PharmacologyAbstract RatsOral TreatmentToxicologyType B MaoNeurologyBrain Amine MetabolismNeurochemistryPsychoactive DrugBehavioral PharmacologyNeuropharmacologyDopaminePharmacologyDopamine ResearchNeurophysiologyMonoamine Oxidase InhibitionNeuroscienceMedicine
Abstract Rats were administered toloxatone 100 mg kg−1 p.o., and killed 0·5 to 8 hours later. Toloxatone reversibly inhibited type A MAO, but did not affect the activity of type B MAO in whole brain. Cerebral concentrations of noradrenaline, dopamine and 5-hydroxytryptamine were increased after toloxatone, while their metabolite concentrations were reduced. Synaptosomal uptake processes of these amines were not altered by toloxatone.
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