Search
Search
Jayne Garland
Jayne Garland, Msc, Phd
Dean Faculty of Health Sciences, Western University
Jayne Garland is Professor and has been the Dean of the Faculty of Health Sciences at Western University since 2016. Prior to this role, Jayne was Professor and Director of the Department of Physical Therapy at UBC from 2009-2015. She was a member of Western’s Faculty of Health Sciences from 1989 to 2009, a tenure that included eight years as the Director of the School of Physical Therapy.
Jeff Weiler
Jeff Weiler, PhD
Coordinator, The Gray Centre for Mobility and Activity
Adjunct Professor, Schulich School of Medicine and Dentistry
Jeff Weiler is the Coordinator of The Gray Centre for Mobility and Activity and oversees clinical, research and administrative day-to-day operations. Jeff earned a Phd from Western University in the area of motor control and has an extensive track record of publishing research papers and presenting on topics related to the neuroscience of human movement.
Joan Hubert
Joan Hubert
Patient Partner
As a patient partner, Joan Hubert is integral to the success of The Gray Centre. Following a traumatic car accident in 2016, Joan spent more than five months as an inpatient at Parkwood Institute completing her rehabilitation. Since that time Joan has been a patient advisor on various projects and committees and is a current member of the Quality Committee of St. Joseph’s Health Care London’s Board of Directors.
Our first event
Introducing The Gray Centre for Mobility and Activity
This virtual session on Oct. 21 presented a selection of the latest research and treatments in mobility and activity health care.
Watch a recording of the event.
Hear presentations from:
Sue Peters, PhD
Wireless Neuroimaging During Mobility to Predict Recovery Trajectories after Stroke
Stroke survivors say their top rehabilitation priority is to regain the ability to walk. Yet, one out of three stroke survivors do not walk in their community after discharge from rehabilitation. Though a stroke damages the brain, clinicians fail to use brain measures to guide the rehabilitation process. The problem is that there are no proven neuroimaging predictors of mobility recovery. Excitingly, wireless neuroimaging can now allow us to discover more ecologically valid data. Learn more about the possibilities of collecting neuroimaging data using wireless technology during mobility tasks (e.g., overground walking, stairs) at multiple timepoints during a patient’s rehabilitation stay.
Swati Mehta, PhD
Virtual Physical Activity Programming During Pandemic
The current pandemic has reduced access to safe, monitored physical activity (PA) programs for persons with spinal cord injury (SCI). Inactivity can contribute to a multitude of secondary complications including worsening physiological and psychosocial health. Learn about the use of telerehabilitation for continuing activity engagement without the risk of virus exposure.
Dr. Manuel Montero-Odasso
Mobility and Cognition. The Collision of 2 Giants
Until recently, cognitive and mobility research in older persons has been performed in silos, creating knowledge gaps and obscuring the shared mechanisms that cause both cognitive and mobility impairments. Considering cognitive and mobility impairments separately is not only inefficient but it does not acknowledge the reality that leads to insidious disability in older people caused by dementia and falls. Learn more about our research in cognition and mobility.
Stephanie Cornell, MPT
Who, What, When? Using Technology in Rehab
Parkwood Institute is home to specialized rehabilitation programs with access to some of the most advanced rehab technologies in Canada. Effective and appropriate use of rehab technology means that our patients receive the best care possible, when they need it. But there needs to be a coordinated plan in place to ensure both competency in technology use and sustainability over the long-term. Learn more about our training, education and evaluation model for utilizing rehabilitation technology in practice.