CLR Neurosthenics® launches neurophysiological assessment platform to help prevent sports injuries, optimize performance and improve rehabilitation

LOS ANGELES, Dec. 17, 2024 /PRNewswire/ — Sports and recreational injuries send more than 3.5 million Americans to the hospital emergency room each year according to the National Safety Council. The problem is much greater in collegiate sports, where NCAA injury incident reports reached 1.3 million in 2022. Beyond soft tissue damage, these injuries include life-altering Anterior Cruciate Ligament (ACL) tears and Traumatic Brain Injuries.

To reduce the occurrence and impact of sports-related injuries, CLR Neurosthenics today launched CLR Advantage^™, a groundbreaking solution that employs interactive software and a wearable, wireless sensor network to collect real-time neurophysiological data while athletes perform pre-programmed physical exercises, cognitive tests, reaction games and position drills. This data is then used to instantly generate reports that reveal hidden deficiencies, indicate player readiness, and guide training routines for injury prevention, performance optimization and rehabilitation.

Designed by a team of leading sports neurophysiologists and biometric engineers, patent-pending CLR Advantage^™ utilizes FDA-approved qEEG brain wave sensors and physiological monitors to capture a continuous stream of high-resolution data, including cortical power, heart rate, heart rate variability, respiration rate, trapezoidal tension, galvanic skin response and peripheral temperature. The solution then employs NASA technology to process biometric signals and report on neurophysiological capabilities, including brain connectivity, power, activation and symmetry during various physical tasks and mental exercises. CLR Advantage^™ finally correlates event-marked physiologic data to reinforce neurologic observations. For example, data may indicate certain risk in an athlete that exhibits an elevated heart rate, neurologic asymmetry and qEEG inhibition during a single-leg balance exercise.

CLR Advantage^™ recently completed a two-year clinical trial with 177 NCAA Division I athletes at the University of Cincinnati. Performed in partnership with Select Medical at the University’s Sports Medicine Department, the study compared the neurophysiological performance of healthy athletes with those suffering from ACL injuries. Results from the study, which continues to assess injured athletes through various stages of rehabilitation, were published in the International Journal of Sports Physical Therapy. To supplement ongoing research, CLR Advantage^™ is currently employed by the NFL Professional Football Athletic Trainers Society (PFATS) to study ACL injury propensity through assessments that include a variety of dynamic force exercises.

“For the first time, we now have a better understanding of exactly how the brain is impacted by an acute injury,” said Robert Mangine, Senior Athletic Director of Sports Medicine at the University of Cincinnati and Residency Director for NovaCare Rehabilitation. “CLR Advantage^™ allows us to look at brain activity as athletes progress through the rehabilitation, then use that data and musculoskeletal measures to determine a safe return to play.”

The Microsoft Azure cloud-powered CLR Advantage^™ platform provides an end-to-end, HIPAA-compliant solution for operators to organize teams, create athlete profiles, schedule appointments, conduct assessments, monitor live biometric data, and generate comprehensive analytic reports. Offered on a subscription basis, the solution is available for demonstration at CLR Neurosthenics’ Los Angeles Assessment Center. https://clradvantage.com/

For additional information contact: Mark O’Bryan (424) 256-7264 mark.obryan@clradvantage.com

¹https://publications.aap.org/pediatrics/article/144/5/e20192759/38190/Soccer-Injuries-in-Children-and-Adolescents

²https://perma.cc/9EG6-6TBJ; Robert L. Parisien et. al., Implementation of an Injury Prevention Program in NCAA Division I Athletics Reduces Injury-Related Health Care Costs. 9 Orthopedic J. of Sports Med. (2023).

https://ijspt.org/task-driven-neurophysiological-qeeg-baseline-performance-capabilities-in-healthy-uninjured-division-i-college-athletes/

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SOURCE CLR Neurosthenics