View clinical trials related to Epilepsy.
Filter by:Study to determine drug interactions between GW273225 and the anticonvulsants valproate, carbamazepine or phenytoin
One in 3 epilepsy patients have refractory seizures. This drug resistance is likely related to the over expression of multidrug resistance proteins (MDR). Progesterone is a known inhibitor of MDRs and the low level of this hormone during the menstrual cycle may exacerbate seizures, perhaps explaining catamenial epilepsy; i.e. seizures occurring during the menstrual cycle. Verapamil suppresses seizures in animal models of epilepsy perhaps by inhibiting MDRs and thus may help patients with refractory seizures. If the study shows improved seizure control, the results will help establish the role of MDRs in refractory epilepsy.
Depression is very common in epilepsy. Depression is the strongest predictor of poor quality of life in patients with epilepsy. The biological basis for depression in epilepsy remains poorly understood. This study uses functional MRI (fMRI) to examine brain response to emotional and non-emotional stimuli in healthy control subjects and in patients with epilepsy who are either depressed or not depressed. Results from this study will contribute to a better understanding of depression in epilepsy, which may eventually inform development of better treatment modalities..
The purpose of this study is to test the effectiveness of low-dose Phenobarbital on the treatment of catamenial epilepsy. We propose that since the catamenial seizures are associated with the reduction in levels of GABA-enhancing allopregnanolone, short-term replacement with the GABAR-enhancing agent Phenobarbital will reduce the incidence of catamenial seizures.
This is a safety and efficacy study of add on therapy with seletracetam in patients experiencing refractory epilepsy.
This is a safety and efficacy study of add-on therapy with seletracetam in epilepsy patients who have participated in a previous seletracetam study