My background is in the study of human molecular genetic disease, and my interest has evolved to the analysis of embryonic development using the mouse as a model system. My particular interest is in the molecular mechanisms governing limb and craniofacial
I am an applied respiratory physiologist investigating the pathophysiology of upper airway dysfunction in individuals with sleep-disordered breathing and the application of exercise physiology principles to the development of novel rehabilitation methods
I am a clinical scientist translating basic science findings into clinical science questions and answers that impart better understanding and management of pain and painful disease.
I am a neuroscientist specializing in human balance disorders. Over the past 17 years my research has focused on developing innovative, objective and accessible measurements of semicircular canal and otolith function of the vestibular system in three dime