Welcome to the ORIEMS FIT Research Digest!
In our blog series, we explore fascinating studies from around the globe to help you understand how cutting-edge technology can connect with everyday health and fitness. This time, we’ll dive into an advanced Japanese study that uses Electrical Muscle Stimulation (EMS) and imaging techniques to look deep into how muscles respond.
Here’s everything you need to know in simple, clear terms.
Research Paper Name:
A Synchronized Measurement and Time-Varying Noise Cancellation in Multi-Node Electrical Impedance Tomography (mnEIT) for Muscle Compartment Visualization Under Electrical Muscle Stimulation (EMS)
Authors:
Prima Asmara Sejati, Ryoma Ogawa, Masahiro Takei
Who Did This Research and Where?
This research was led by a team from Chiba University in Japan, specifically from the Department of Mechanical Engineering and the Graduate School of Engineering. Chiba University is well-known for its expertise in combining engineering and health technologies.
Why It’s Important:
The university’s strong focus on innovation makes this study reliable and groundbreaking in the world of muscle science.
Who Funded This Research?
The study was funded by Chiba University and supported by advanced technology programs in Japan, ensuring high-quality and precise research.
What Was the Study About?
The researchers wanted to see how EMS affects specific muscles, like the biceps and thighs, by using a tool called Multi-Node Electrical Impedance Tomography (mnEIT). This tool creates images of muscles by measuring how electricity flows through them.
Who Participated in the Study?
Eight healthy volunteers took part, and the tests focused on their arm and thigh muscles.
How Was the Study Done?
- EMS Testing: The researchers applied EMS at different voltage levels to the participants’ muscles.
- Imaging: They used mnEIT to take detailed images of how the muscles reacted to EMS.
- Data Analysis: They measured conductivity (how electricity flows through muscles) and tracked changes during EMS.
What Did They Find?
- Biceps React Strongly: The biceps (front arm muscle) had a stronger response than the triceps (back arm muscle). This is because biceps have more white muscle fibers, which are quicker to respond to stimulation.
- Thigh Muscles React Equally: In the thigh, both the front (quadriceps) and back (hamstrings) muscles showed similar responses.
- Improved Imaging: The mnEIT tool worked best at specific frequencies, giving highly detailed images of muscle activity.
Why Is This Important?
This research shows how EMS can activate muscles in precise ways, which is helpful for designing EMS programs that match your fitness or recovery goals. The study also highlights the importance of using advanced tools to see exactly how muscles work.
How Can This Help You?
For EMS users:
- Biceps Are More Responsive: Focus EMS sessions on muscles like biceps for faster activation.
- Thigh Workouts Are Balanced: Use EMS to equally target the front and back thigh muscles for balanced results.
Where to Learn More?
Read the full research study here: Study Link
https://www.jstage.jst.go.jp/article/jsmbe/Annual61/Abstract/Annual61_146_2/_pdf/-char/ja
Why Is This Study Trustworthy?
This research was conducted at a top university and used advanced imaging tools. The findings were peer-reviewed, meaning other experts checked and approved the work.
Enhance your fitness and relaxation routine with EMS technology trusted by over 10,000 Aussies.
Proudly chosen from 68,000+ nominees.
🏆 Voted Year’s Best two years in a row (2024 & 2025).
Click above to check availability.
Disclaimer: This product is designed for general wellness and fitness purposes only. It is not a medical device and is not intended to diagnose, treat, cure, or prevent any disease.
For Research Digest , all social media channels
About ORIEMS FIT RESEARCH DIGEST
At ORIEMS FIT, we bring you simplified insights from groundbreaking studies to inspire curiosity and help you explore new ways to improve health and fitness. Share this blog with anyone who might benefit from these findings!
Important Disclaimer
The information provided on this website, including all blog posts and content, is for informational and educational purposes only and is not intended to diagnose, treat, cure, or prevent any disease or medical condition. This information does not constitute medical advice and should not be used as a substitute for professional medical consultation.
Always consult with a qualified healthcare professional before:
- Starting any new treatment or supplement regimen
- Making changes to your current healthcare routine
- If you have questions about your health or medical conditions
Our products are not medical devices and have not been evaluated by the Therapeutic Goods Administration (TGA). Individual results may vary.
For our complete terms and conditions, please visit our full Disclaimer page. . For full details, visit our Disclaimer.
