Falls are a major health and economic burden in our aging population. Falls occur when we lose our balance and are unable to recover. What limits our ability to maintain and restore balance? This ability is a complex interaction of rapid central processing of accurate sensory information in the brain and rapid peripheral execution of motor responses by the muscles. When one of these processes is impaired, the interplay between brain and muscle functions might allow for compensation or, contrastingly, may limit improvements of balance. This interplay between central and peripheral functions has been strikingly overlooked, while it may underlie balance problems with ageing and disease, and allows for targeted prevention.
The goal of this project is to determine, through detailed analysis of balance and activity behaviour in daily life, how the interplay of central and peripheral impairments contributes to balance problems. Specifically, the goal of the project will be reached by addressing two major aims: (#1 aim) establish how the interplay of central and peripheral impairments affects balance control, and (#2 aim) identify whether prefrontal brain areas govern this interplay.
Expertise & facilities
Donate to us
Every dollar of community support enables our scientists to continue making life-changing discoveries that contribute to a brighter and healthier future.
Fundraise for us
Run, swim or bake your way to making a positive difference in the lives of people touched by brain and nervous system disorders.