Publication | Closed Access
THE ROLE OF GABA METABOLISM IN THE CONVULSANT AND ANTICONVULSANT ACTIONS OF AMINOOXYACETIC ACID
118
Citations
12
References
1973
Year
NeurotransmitterClinical NeurosciencePharmacotherapyExperimental PharmacologySocial SciencesGaba LevelsNeurobiology Of DiseaseBrain Gaba LevelsNeurologyNeurochemistryMolecular NeuroscienceBehavioral PharmacologyNeuropharmacologyNeuroprotectionNervous SystemCerebral Blood FlowPharmacologyInhibitory NeurotransmittersClinical DisordersNeurophysiologyPhysiologyNeuroscienceCentral Nervous SystemMedicineNeuropeptidesGaba‐t Enzyme System
Abstract— At high dosage levels AOAA acted as a convulsant agent in mice and rats but in lower amounts it was an effective anticonvulsant agent against INH‐induced seizures, by tripling the time to the onset of the convulsions. AOAA elevated brain GABA levels as a result of a preferential inhibition of the GABA‐T enzyme system but, contrary to previous reports, the activity of the GAD enzyme system was also inhibited, even by relatively low dosage levels of AOAA. The state of excitability of the brain following the administration of AOAA was related, within the limits of the present study, to changes in GAD activity and GABA levels, but additional data are required before the relationship can be properly evaluated.
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