Kindling, an Animal Model of Epilepsy: The Role of the Catecholamines in Its Genesis and the Influence of Anticonvulsant Drugs and Ketamine on Its Occurrence |
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6-hydroxydopa 6-hydroxydopamine AAD duration abnormal action of ketamine amygdala amygdaloid after discharge anesthesia anesthetic animals anticonvulsant anticonvulsant action anticonvulsant drugs anticonvulsant effect antiepileptic apomorphine audiogenic blocked catecholamine catecholamine levels cats caused CENT OF CONTROL central cerebral cortex clinical clonic cortical decrease depletion depression diazepam diphenylhydantoin discharge duration disulfiram DOPA dopamine doses effect of ketamine electrical stimulation electrode epileptic epileptogenic excitatory Experimental Models facilitated kindling focal foci full kindled seizures hippocampus human epilepsy increase induced seizures inhibition injection ketamine kindled convulsions kindled rats kindling process limbic lobe limbic system maximal mechanisms membrane metabolism metrazol Models of Epilepsy monoamine neuronal Neuropharmacol norepinephrine normal pargyline petit Pharm Pharmacol PHARMACOLOGICAL AGENTS phenobarbital phenoxybenzamine propranolol Purpura rat brain Raven Press receptor reserpine seizure activity seizure focus seizure severity seizure susceptibility seizure threshold serotonin Severity and Amygdaloid stable kindled seizures suppressing Ther tion treatment trimethadione whole brain