At the University of Florida, athletic training students are discovering that virtual reality (VR) extends beyond gaming; it is revolutionizing the way they approach patient recovery from injuries. In March, coinciding with National Athletic Training Month, these students are harnessing advanced technologies to create personalized rehabilitation strategies that have the potential to reshape the industry.
In the course ATR7300c Evidence-Based Therapeutic Intervention, led by Clinical Associate Professor Chris Brown, Ph.D., L.A.T., A.T.C., CSCS, P.E.S., OPE-C, ten doctoral students in the UF Doctor of Athletic Training (DAT) program engage in realistic simulations using VR applications while donning Meta Quest 3S headsets.
“Initially, students experience the role of the patient to grasp the sensations of movement. Once they feel confident, they then guide others through the exercises,” Brown explained.
The immersive nature of virtual reality sets it apart from conventional rehabilitation environments, fostering interaction and enhancing the range of motion during exercises. Although the adoption of VR in clinical settings has been slow due to high costs and limited research, its ability to customize exercises presents promising opportunities for improving patient outcomes.
Innovative Training Approaches
Throughout the semester, students in Brown’s class delve into simulations that cover a wide array of scenarios, from post-surgical rehabilitation for shoulder and knee injuries to performance-oriented exercises for athletes. They also learn to tailor rehabilitation programs to fit individual lifestyles. For instance, a tennis player recovering from an injury in an urban environment may require a specialized rehabilitation plan that accommodates their surroundings.
Brown aspires for his students to integrate the knowledge gained in class and utilize this technology in their future careers.
“We are equipping our doctoral clinicians with the skills to utilize available tools and enhance their rehabilitation practices with patients,” Brown stated.
Alex Alvarez, DAT, L.A.T., A.T.C., OPE-C, a 2024 DAT program graduate, currently serves as an athletic trainer for the U.S. Marine Corps at Camp Schwab in Okinawa, Japan. He applies the VR techniques learned in Brown’s course to improve the recovery process for his patients.
“Before allowing a patient to return to full activity, we aim to provide exercises that replicate the demands of their sport or activity,” Alvarez noted. “We want to ensure that the first time they practice a landing technique or agility drill isn’t on the field. With VR, we can transport the patient to the necessary scenario, bringing the outside world to them.”
Revolutionizing Rehabilitation
From treating lower extremity injuries to addressing concussions, the potential applications of virtual reality in rehabilitation are vast. VR also serves as an effective distraction for patients who may be overly focused on pain, which can lead to discontinuation of traditional rehabilitation exercises.
“For some patients, once they don the VR headset, their pain diminishes, enabling them to achieve a greater range of motion without discomfort,” Alvarez explained. “If we can alter a patient’s perspective by changing their environment or gamifying rehabilitation while still meeting our therapeutic objectives, then we should embrace it. While VR will not replace traditional rehabilitation, it is a valuable tool that can facilitate patient progress.”
As clinicians continue to explore the integration of virtual reality into rehabilitation practices, the opportunity for students to experiment with this technology in an academic setting encourages innovative thinking about how to best utilize new tools for patient care.
“Learning to implement this technology is a rare opportunity, and to my knowledge, no other program globally offers this,” Alvarez remarked. “It’s a distinctive experience that nurtures creativity and prepares future clinicians to lead advancements in rehabilitation and athletic training.”