Mu- and delta-opioid modulation of electrically-induced epileptic seizures in mice.
Carl Pinsky, Ranjan Bose, Frederickson Rc
Abstract
Carl Pinsky, Ranjan Bose, Frederickson Rc
Abstract
Graded seizure responses to suprathreshold cerebral electroshock in mice were modified by drugs acting at mu- and at delta-opioid receptors. Morphine exerts a proconvulsant effect at a non-mu opioid receptor and may exert a simultaneous anticonvulsant effect at a mu-opioid receptor. Delta-opioid receptor blockade increases seizure severity, suggesting a predominantly anticonvulsant nature of the delta-opioid system in the seizure model tested here.
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Graded seizure responses to suprathreshold cerebral electroshock in mice were modified by drugs acting at mu- and at delta-opioid receptors. Morphine exerts a proconvulsant effect at a non-mu opioid receptor and may exert a simultaneous anticonvulsant effect at a mu-opioid receptor. Delta-opioid receptor blockade increases seizure severity, suggesting a predominantly anticonvulsant nature of the delta-opioid system in the seizure model tested here.
Key concepts: Opioid, δ-opioid receptor, Anticonvulsant, Opioid receptor, Blockade, Epilepsy, Morphine, μ-opioid receptor