Learning muscle activation methods in healthy students

This trial looks at how a specific shoulder muscle works during different exercises. It may help people understand better ways to strengthen or rehab the shoulder.

This study compares two ways of measuring muscle signals in the front of your lower leg. The goal is to see if a simple surface sensor gives the same results as a needle sensor, which could make future tests easier and less painful.

This study uses sensors on the calf muscles to measure how they work during movement. It may help researchers understand normal muscle function in healthy young adults.

This trial checks if a sensor that measures muscle tiredness works reliably in teenagers who are physically active. If you play sports or dance regularly, your participation could help improve how we understand muscle fatigue.

This study tests whether a brain-magnetic (TMS) training approach can improve how people learn and control movements. It’s done in healthy adults to understand how mental training affects motor learning.

This study tests how vibrating muscles affects brain signals that control movement. It uses a safe brain stimulation technique to measure these signals. It may help researchers understand how the brain and muscles communicate.