View clinical trials related to Epileptic Seizure.
Filter by:People with central lobe epilepsy (CLE), with seizures arising from the primary sensorimotor cortex, typically show a high rate of convulsive seizures that do not respond to anti-epileptic drugs, but have a large impact on quality of life. They often seek surgical relief, but since the area contains the body's indispensable sensorimotor representation, CLE surgery will lead to permanent functional deficits. Cortical stimulation case studies in CLE have shown seizure frequency reduction of more than 90%, but in our experience, stimuli in the central lobe can hardly be applied without interfering with motor function. The investigators propose cortical electrical stimulation therapy of a conceptually novel type. The investigators systematically determine individual stimulation settings, stimulation site and a seizure detection algorithm. In REC2Stim (Rational Extra-eloquent Closed-loop Cortical Stimulation), at the start of a seizure, a train of electric pulses is delivered to a nearby extra-eloquent area connected with the epileptogenic area within the sensorimotor cortex. Success will constitute a therapeutic modality for pharmaco-resistant patients with an epileptic focus in eloquent areas.
Defining the origin of a seizure remains a difficult diagnosis. The presence of witness is not systematic, the clinical examination can be little contributory, and the delay recommended by the FSN is often surpassed for the realization of Creatine kinase (4h). In the event of a suspected seizure, an initial blood test with Creatine kinase and Lactates is often done on admission of the patient in other words before the 4hours delay. It seems interesting to harmonize the practices, to limit the patient wait in the emergencies for a deferred dosage of CK at 4 hours from the seizure and to identify an early biological marker. Objectives: To evaluate the value of blood CK and Lactate dosage in emergency procedures in the diagnosis of generalized seizures.