Scope of Research: Basic and Clinical Research
Goals are to understand the structural, genetic, and electrophysiological mechanisms underlying epilepsy and to improve the treatment and quality of life of people with epilepsy. Key elements are the Strong Epilepsy Center and the Clinical Neurophysiology Laboratory.
Clinical epilepsy research includes
- Trials of investigational drugs and devices
- Comparison of generic vs. generic anti-epileptic drug lamotrigine
- Comparison of generic vs. brand anti-epileptic drug lamotrigine
- Genetic studies of brain malformations
- Cerebral Cavernous Malformations and epilepsy
- Central Neurophysiological characterization of seizures
- Interactions of sleep and epilepsy, and clinical therapeutics.
- Investigation of the most effective treatment regimens following resolution of neonatal seizures.
- Investigation of seizures following cardiac surgery in neonates.
- Investigation of novel implantable brain stimulator for seizure control.
- Investigation of the behavioral and affective correlates of epilepsy.
- Investigation of predictors of epilepsy surgery outcomes (i.e., cognitive, quality of life, economic).
- Investigating fMRI correlates of atypical speech representation Bioequivalence of generic AEDs
Clinical neurophysiology research focuses on electrophysiological correlates of cognitive deficits in various developmental disorders.
Basic research includes:
- Investigation into the regulation of hippocampal neurogenesis
- Collaborative research on mechanisms of excitotoxicity
- Collaborative research on glial mechanisms in epileptogenesis (Maiken Nedergaard)
- Collaborative research on computational modeling of cortical circuitry related to epilepsy (David Pinto)
A remarkable device helps to turn off Paul Herzog's epilepsy