Sandy Wright’s concussion research results in prestigious recognition
Southern Medical Program student Alexander (Sandy) Wright has received the prestigious Vanier Canada Graduate Scholarship.
“The recognition is both humbling and motivating at the same time,” says Wright. “It challenges you to ensure the quality of your work is better than your best, and to truly strive towards becoming a global leader in your research field.”
The Vanier scholarship program is designed to help establish Canada as a global centre of excellence in research and higher learning by supporting exceptional doctoral students. The scholarship provides $150,000 in funding over three years.
Wright is working with Professors Paul van Donkelaar and Philip Ainslie at UBC Okanagan’s School of Health and Exercise Sciences, Dr. Alexander Rauscher at the UBC MRI Research Centre in Vancouver, and Dr. Bradley Monteleone, a Kelowna-based sport medicine physician. The student physician takes a multi-disciplinary approach to improving the understanding of and ability to diagnose and treat athletes with concussions.
Wright joins a growing number of researchers attempting to zero in on the many unknowns surrounding concussions, including diagnosis, short- and long-term health impacts, and best approaches to clinical management. His primary research focuses on evaluating the links between head impact biomechanics in correlation to blood flow changes within the brain – a relatively new field in the world of concussion research.
“A concussion is a clinical diagnosis, and is very reliant on athlete-reported symptoms,” says Wright. “We currently don’t have an objective tool or measure to clearly identify when an athlete has experienced a concussion. In many cases, traditional imaging tools such as magnetic resonance imaging (MRI) or computerized tomography (CT) scans will come back completely normal.”
Wright and his research collaborators have recruited athletes from a variety of local athletic teams to assist with the study. Athletes are brought in at the beginning of the season for a series of baseline tests. First, a cognitive test measures and evaluates their current brain function. They are then assessed on numerous characteristics of blood flow control to the brain with the help of specialized equipment such as a transcranial Doppler radar device.
Acknowledging the research is still in its early stages, Wright and his team are encouraged with their preliminary findings.
“Beyond gaining a better understanding into what is really happening in the brain with concussions, the end goal in this field of research is ultimately to develop an objective tool that will assist health professionals to identify, assess and treat athletes who have experienced a concussion,” says Wright. “We also hope to better inform rules and return-to-play policies for sports and provide more education to athletes, patients, and their families.”
