View clinical trials related to Hypersomnia.
Filter by:The project will improve scientific knowledge regarding a recent law applying potentially to every french driver. It will give for the first time an indication on the impact of alerting treatments on driving risks. It will reinforce the links between different research environments (sleep physiopathology, clinical research, cognitive neurosciences, driver's supervision, virtual reality, pharmacology) among the RESAT network (Réseau Eveil Sommeil Attention Transport). It will stimulate data acquisition in technological research to better understand the difference between real and simulated driving
The purpose of this study is to test whether shifts in the timing of the biological clock to a later hour (phase delay shifts of the human circadian system) can be produced in response to four successive evenings of light exposure, and whether that phase shift will result in greater evening alertness and greater nighttime sleep efficiency. Three different light sources will be compared: 1) standard fluorescent light; 2) blue-enriched light; 3) incandescent fluorescent light.
The purpose of this study is to assist training doctors about different diseases of the nervous system affecting sleep. Patients selected to participate in this study will have any of a variety of sleep disorders. They will undergo several tests including an overnight recording of brain activity, eye movement, leg movement, breathing, heart rate, and other measures. Results of these tests will be used to better understand diseases causing sleep disorders and may be used to develop better treatments for them.