Major Drug Classes and Individual Agents
Start with the big picture
The lesson provides a mechanism-based map of antiseizure drugs, pairing each class with representative agents. Sodium channel blockers are described in relation to reduced neuronal excitability and seizure propagation, while T-type calcium channel blockers are linked to thalamic oscillations and absence seizures. Other groups include broad-spectrum mixed-mechanism agents, SV2A binders, α₂δ calcium channel ligands, and drugs that modulate GABA or glutamate signaling. The topic also covers carbonic anhydrase–inhibiting agents, a potassium channel opener, an mTOR inhibitor for tuberous sclerosis–related seizures, and prescription cannabidiol. This preview introduces the classification framework; the full lesson develops the individual classes and their key agents in greater detail.
What you'll learn
- Classify major antiseizure drug groups by their primary molecular target or mechanism.
- Identify representative agents in the principal antiseizure drug classes.
- Describe how sodium channel blockers affect neuronal firing and seizure propagation.
- Explain the connection between T-type calcium channel blockers and absence seizures.
- Recognize additional antiseizure mechanisms involving GABA, glutamate, SV2A, and mTOR.
Continue your study
Work through the complete notes and reinforce the topic with the study tools available in the full lesson.
