Cannabidiol exerts antiepileptic effects by restoring hippocampal interneuron functions in a temporal lobe epilepsy model

Keyphrases

• Antiepileptic Drugs 100%
• Cannabidiol 100%
• Hippocampal Neurons 100%
• Temporal Lobe Epilepsy Model 100%
• Cholecystokinin 40%
• Immunohistochemistry 30%
• Interneuron 30%
• Pyramidal Cells 30%
• Excitability 20%
• Parvalbumin 20%
• Fast-spiking 20%
• Kainic Acid 20%
• Spontaneous Excitatory Postsynaptic Current (sEPSC) 10%
• Synapse 10%
• Epilepsy 10%
• Mg2+ 10%
• Multiple Mechanisms 10%
• Neuroprotective Effect 10%
• Status Epilepticus 10%
• Seizure Models 10%
• Synaptic Connections 10%
• Atrophy 10%
• Inhibitory Interneurons 10%
• Pyramidal Neurons 10%
• Temporal Lobe Epilepsy 10%
• Type-specific 10%
• In Vivo Applications 10%
• Single-unit Recording 10%
• Effective Potential 10%
• Excitatory Postsynaptic Potential 10%
• Network Functions 10%
• Neuroanatomy 10%
• Epileptic 10%
• Parvalbumin Interneurons 10%
• Antiseizure Effect 10%
• Intrinsic Membrane Properties 10%
• Phytocannabinoids 10%
• Normal Networks 10%
• Epileptic Seizure 10%
• Refractory Epilepsy 10%
• Membrane Excitability 10%
• Parvalbumin Cell 10%
• Acute Brain Slices 10%

Neuroscience

• Interneuron 100%
• Temporal Lobe Epilepsy 100%
• Cannabidiol 100%
• Anticonvulsant 100%
• Pyramidal Cell 40%
• Parvalbumin 40%
• Cholecystokinin 40%
• In Vivo 30%
• Excitability 30%
• Immunohistochemistry 30%
• Kainic Acid 20%
• In Vitro 10%
• Neuroprotective Agent 10%
• Synapse 10%
• Status Epilepticus 10%
• Brain Slice 10%
• Synaptic Potential 10%
• Neuroanatomy 10%
• Epileptic Seizure 10%
• Intractable Epilepsy 10%