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Scroll down to access ACL Protocol download ACL injuries can be devastating for athletes, resulting in months of physical therapy and lost play. When rehabilitating after ACL surgery, the overall goal is to regain range [...]

The rotator cuff consists of four muscles that serve to dynamically stabilize the glenohumeral joint (humerus + scapula). Each of these four muscles plays a role in resisting humeral head translation and centralizing the humeral [...]

Biofeedback is often seen as a staple tool in post-operative rehabilitation. However, the use of surface EMG biofeedback in non-operative situations is arguably just as important. In this blog, we are going to review and [...]

This year, we explored diverse clinical applications for visual sEMG; collaborated with experts on sport-specific rehab like throwing and climbing; dug into research; and learned how to utilize our tools and knowledge for the [...]

Technology advances in health care have largely dominated the industry over the last few years. In this blog post we will take a brief look at some of the most recent and relevant technology trends [...]

This article was originally published by armoredheat.comWe used the mTrigger biofeedback [system] to measure the amount of Lower Trap and Middle Trap Activation when performing two common scapular exercises:- Tripod Y Raise (Former Gold Standard [...]

Versatile, easy to use, surface EMG biofeedback gives you the ability to know more about muscle activation any time you want. So, once you’ve determined a patient could benefit from biofeedback training, when should you [...]

Fall and winter sports have hit the ground running - or skating rather! Which means it’s time to start thinking about adductor strains. Ice hockey and soccer have the highest rate of adductor/groin injuries (24.5%) [...]

Hop testing has long been a gold standard when assessing return to sport readiness following a knee injury. However, the standard “single leg hop”, “triple hop”, and “cross over hop” tests may not provide the [...]

We often focus on how biofeedback is used to improve muscle activation and performance. But what about a climbing athlete whose performance relies on muscle endurance, precision, and efficiency? Where does biofeedback fit into the [...]