Next-Generation Exercise Analysis Technology Unveiled by Professor Yoshihiro Shimomura
Chiba University’s Professor Yoshihiro Shimomura is pioneering innovative exercise analysis technology through his exploration of electromyography (EMG) and mechanomyography (MMG). His latest development, the vMMG system, provides real-time visualization of muscle activity using a low-frequency microphone paired with LED indicators. This cutting-edge technology allows observers—athletes and rehabilitation patients alike—to see their muscle engagement, thereby enhancing their training and recovery processes.
Imagine being able to observe muscle activity beneath the skin, akin to observing a flower through a magnifying glass. With vMMG, users can identify when muscles contract, how force is exerted, and even adapt their sessions to improve performance. For athletes, this insight can explain differences in speed, endurance, and strength among peers. For rehabilitation patients, the ability to visualize muscle activity fosters a more engaging and effective healing process.
While EMG has long been the standard for measuring muscle activity, vMMG’s mechanomyography approach presents distinct advantages. MMG measures the mechanical vibrations produced by muscle contractions, making it simpler and more accessible than EMG, which requires intricate setups. MMG signals can even be picked up using a stethoscope, making this method intuitive for non-specialists.
The vMMG system merges visualization with quantitative data recording, enabling users to both see muscle activity and document results for future comparisons. Although the technology is still in development, Shimomura’s team aims to refine it for broader application in training, rehabilitation, and even universal design for varying demographics.
As they accumulate research and applications, Professor Shimomura and his team are set to revolutionize the landscape of exercise analysis, paving the way for advancements in sports science and rehabilitation practices. Expect significant contributions from vMMG in the near future.
Note: The image is for illustrative purposes only and is not the original image associated with the presented article. Due to copyright reasons, we are unable to use the original images. However, you can still enjoy the accurate and up-to-date content and information provided.
