Tardive Dyskinesia

Ilex paraguariensis has antioxidant potential and attenuates haloperidol-induced orofacial dyskinesia and memory dysfunction in rats

Animal Behavior / Movement disorders / Free Radical / Antioxidants / Phytotherapy / Movement / Animals / Male / Neurotoxicity / Behavior Modeling / Rat Brain / Clinical Sciences / Haloperidol / Ilex paraguariensis / Rats / Time Factors / Wistar Rats / Memory Disorders / Maze Learning / Aqueous Extract / Neurosciences / Tardive Dyskinesia / Biochemistry and cell biology / Movement / Animals / Male / Neurotoxicity / Behavior Modeling / Rat Brain / Clinical Sciences / Haloperidol / Ilex paraguariensis / Rats / Time Factors / Wistar Rats / Memory Disorders / Maze Learning / Aqueous Extract / Neurosciences / Tardive Dyskinesia / Biochemistry and cell biology

Free radical pathology in schizophrenia: A review

Free Radicals / Schizophrenia / Oxidative Stress / Free Radical / Transition-Metal Oxides / Cerebrospinal Fluid / Humans / Reactive Oxygen Species / Female / Membrane Lipids / Ct Scan / Lipid peroxidation / Clinical Sciences / Antioxidant enzyme / Red blood cell / Oxygen Consumption / Tardive Dyskinesia / Membrane Fluidity / Biochemistry and cell biology / Cerebrospinal Fluid / Humans / Reactive Oxygen Species / Female / Membrane Lipids / Ct Scan / Lipid peroxidation / Clinical Sciences / Antioxidant enzyme / Red blood cell / Oxygen Consumption / Tardive Dyskinesia / Membrane Fluidity / Biochemistry and cell biology

Ondansetron, a 5-HT3 antagonist, improves tardive dyskinesia

Tardive Dyskinesia

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