Concussions are often described as “mild” brain injuries, but their effects can be anything but minor.
Join us for an in-depth and accessible presentation with Dr. J. Patrick Neary, a leading researcher in mild traumatic brain injury (mTBI) and sport-related concussion, as he breaks down what a concussion truly is, how it affects the brain and body, and what science tells us about recovery.
With more than 20 years of research experience, Dr. Neary will explain the physiological changes that occur following a concussion, including disruptions in brain blood flow regulation and cardiovascular function. He will also explore the short- and longer-term consequences of concussion, helping participants better understand why symptoms can vary so widely and why recovery looks different for everyone.
This session will focus on practical, evidence-informed strategies to support recovery and reduce ongoing risk. Dr. Neary will share insights that are relevant for athletes, caregivers, healthcare professionals, educators, and anyone interested in brain health and injury prevention.
What you’ll learn:
What defines a mild traumatic brain injury (concussion) from a scientific perspective
How concussions affect brain blood flow, heart regulation, and overall brain function
Common consequences and recovery challenges following ca oncussion
Research-informed strategies to support recovery and mitigate long-term effects
Event details:
Date: January 23, 2026
Time: 12:00–1:00 p.m. (Regina time)
Where: Zoom (live online)
Can’t make it live? No worries—register and you’ll get access to the recording.
Cost: $30
Whether you are personally affected by a concussion, work with individuals at risk, or simply want a clearer understanding of brain injury and recovery, this session offers science-based knowledge you can trust. Register to gain practical insights and a deeper understanding of concussion and brain health.
Dr. Patrick Neary
Dr. J. Patrick Neary is an exercise physiologist and Professor in the Faculty of Kinesiology and Health Studies at the University of Regina. He has dedicated more than 20 years to studying the pathophysiology of mild traumatic brain injury (mTBI), including sport-related concussion, with a focus on how concussions affect brain blood flow regulation and cardiovascular function.