Unifying Forces: U-M Concussion Center and USOPC Partner to Address Concussion Risks in Parasports

Due to the nature of their sports, parasport athletes may be exposed to an increased risk of concussions. To support a better understanding of concussion risk and short and long-term outcomes in Paralympic athletes, the Concussion Center, along with the Exercise and Sport Science Initiative from the University of Michigan, is proud to announce a partnership with the United States Olympic and Paralympic Committee (USPOC).

Some parasports, such as wheelchair rugby, wheelchair basketball, and adaptive skiing, involve physical contact and the potential for collisions.  Factors such as the speed of play, physical contact, and equipment used can contribute to the likelihood of concussions. It is of utmost importance to promptly identify and appropriately manage concussions in parasport athletes, considering the injury’s potential short-term and long-term health impacts.  

Concussion evaluation and management for parasport athletes carry unique challenges. Not all athletes can undergo balance testing, and symptom reporting may vary from ablebodied athletes depending on the physical disability. Dr. Geoff Burns, the lead physiologist for the USOPC and Team USA, shared his enthusiasm about this new collaboration, stating, “We are excited to partner with the U-M Concussion Center. They bring tremendous knowledge and a clear mission that aligns with the needs of our international athletes”.

Initial research efforts will be centered around understanding the risk for concussion across several sports and levels of impairment and the biomechanical risk factors for concussion in combat and sliding sports. Plans for more long-term projects are still in the pipeline. Concussion Center director, Dr. Steven Broglio, expressed his eagerness, “The Olympics represent the pinnacle of athletic competition, and we are excited to offer our help and support to the para-athlete community. We have so much to learn about this group, I am confident we can have a positive impact quickly.”