Wearable Tech Monitoring for Postinjury Rehab

Newswise — As wearable fitness trackers become ever more popular and sophisticated, they provide new opportunities for monitoring training and guiding post-injury rehabilitation in endurance runners, according to an article in the December issue of Current Sports Medicine Reports, official journal of the American College of Sports Medicine (ACSM). The journal is published in the Lippincott portfolio by Wolters Kluwer.

"Overall, current wearable technologies accurately quantify certain running biomechanics and external training loads experienced globally by the runner," according to the report by Isabel Moore, PhD, of Cardiff (UK) Metropolitan University and Richard W. Willy, PhD, PT, of University of Montana, Missoula. Their article provides sports medicine professionals with a snapshot of what wearables can do – and what they may soon be able to do – in monitoring runners' training and helping them return from injury.

Wearable fitness devices – including fitness trackers, smart watches, heart rate monitors, and global positioning system (GPS) tracking devices – have become widely used by athletes at all levels. Estimates suggest that more than 90 percent of regular runners use a GPS-equipped watch or other tracking device. Wearable tech was named the top fitness trend for 2020 in ACSM's annual survey of fitness professionals,.

While most commercially available devices haven't been validated against accepted 'gold standard' techniques, "[W]earables can provide important insights into in-field running biomechanics than were not previously possible in laboratory-based investigation," Drs. Moore and Willy write. They focus on two major ways trainers, coaches, and other professionals can use data from wearables to guide training in endurance runners.

Tracking Training Loads. Several studies have used wearable devices to measure external training load: an objective measure of the work performed by an athlete. Wearables can track training loads in real-time or near-real-time, much more accurately than traditional training diaries. Running watches equipped with GPS technology can track measures such as distances, duration, and speed, providing valuable information to maximize performance – for example, as a guide to pre-competition tapering.

Some devices – including accelerometer-equipped GPS running watches and insole pressure measurement devices – can provide in-depth data on running technique, including cadence, stride length, and contact time. This information can help to find or refine the optimal cadence and step/stride length for individual runners. With ongoing advances in data algorithms, it may be possible to generate accurate information on running kinematics, providing personalized information on performance and injury risk.

Injury Risk and Rehabilitation. Wearables can generate data on biomechanical loads, which may prove useful in studying running injuries and guiding the rehabilitation process. Recent studies have evaluated the use of GPS-equipped wearables to provide runners with real-time feedback on running pace.

 

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