We are encouraged by the continually increasing body of evidence that demonstrates that the use of MyoPro results in clinically significant gains in a relatively short duration of in-person treatment. Below are links to our peer-reviewed clinical studies.
The MyoPro® is supported by a growing body of clinical evidence evaluating the use of myoelectric upper-limb orthoses across neurological and neuromuscular conditions. These publications include systematic reviews, randomized controlled research, clinical studies, case series, and home-use outcomes focused on upper-extremity function, daily activity performance, and rehabilitation support.
Featured Clinical Evidence
These featured studies provide high-priority clinical support for the MyoPro®, including a systematic review in stroke and traumatic brain injury and a randomized pilot study in spinal cord injury.
Latest Publication
A systematic review of 10 studies found that individuals using a myoelectric orthosis were able to complete more functional activities and components of activities when wearing the device.
Key Finding: Supports myoelectric orthoses as a viable compensatory solution for improving upper-limb function after stroke or TBI.
Topics in Stroke Rehabilitation (2025)
Read Full Study →Featured Study
A randomized pilot study demonstrated improvements in handgrip strength and active range of motion when using a myoelectric orthosis compared to therapy alone.
Key Finding: Combined clinic and home use supports meaningful functional gains in individuals with cervical SCI.
Journal of NeuroEngineering and Rehabilitation (2026)
Read Full Study →Current Studies
The University of Utah is conducting a research study evaluating the FDA-registered MyoPro® powered orthosis, a wearable device being studied for use in people who have experienced a stroke.
Study participation is at no cost to participants. Clinicians may refer appropriate patients to learn more about the study opportunity.
For more information, contact moves.trial@utah.edu.
Refer Patients / Learn More →