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Rheumatoid Arthritis Breakthrough? Canadian Researchers Reveal How Electrical Stimulation Could Offer New Hope

Welcome to another blog post from the ORIEMS FIT Research Digest, where we share fascinating research from around the world! Today, we dive into a study about how electrical stimulation might help people with rheumatoid arthritis (RA). If you're curious about how science is helping people regain strength and improve their lives, keep reading!


What is this research about?

This study explores how electrical stimulation (ES) can help improve muscle strength and endurance in people with rheumatoid arthritis. RA often causes joint pain and muscle weakness, making everyday tasks difficult. Electrical stimulation might be a way to improve muscle performance without causing additional pain.


Who did this research and when?

The study, titled "Electrical Stimulation for the Treatment of Rheumatoid Arthritis," was conducted by a group of researchers from the University of Ottawa in Canada. These experts specialize in physiotherapy and musculoskeletal health, making them highly qualified to explore this topic.


Who funded this research?

The study was part of a larger effort coordinated by the Cochrane Collaboration, an internationally respected organization that reviews healthcare research. This ensures the study is trustworthy and unbiased.


What exactly did the researchers study?

The researchers looked at whether electrical stimulation could improve:

  • Grip strength
  • Pinch strength
  • Hand function
  • Fatigue resistance

They specifically studied 15 adults with RA who had muscle weakness in their hands. The participants were divided into three groups:

  1. Patterned electrical stimulation: A special type of ES mimicking natural muscle fatigue patterns.
  2. Fixed 10 Hz electrical stimulation: A basic ES treatment.
  3. Control group: No treatment at all.

What did they find?

The results showed some exciting benefits of patterned electrical stimulation, including:

  1. Improved grip strength: Participants using patterned ES increased their grip strength significantly, with a recorded difference of 454% compared to the control group.
  2. Better pinch strength: This strength improved by 59% to 97% in those receiving ES treatments.
  3. Increased fatigue resistance: Patterned ES helped muscles resist fatigue during prolonged use, improving performance by 316% compared to no treatment.
  4. Enhanced hand function: Tasks like buttoning shirts became easier for participants who used ES.

Why does this matter for EMS users?

For people with RA or muscle weakness, using an EMS device could:

  • Help rebuild lost muscle strength.
  • Improve everyday tasks like gripping objects or holding items.
  • Reduce muscle fatigue during activities.

These findings highlight how EMS might support recovery and improve quality of life for people with chronic conditions.


How does this help users of ORIEMS FIT devices?

The study backs up what many ORIEMS FIT users already knowβ€”EMS can be a game-changer for improving strength and endurance. If you're using an ORIEMS FIT EMS device, this research shows how it could help you stay active and maintain muscle function, even with conditions like RA.


Where can you read more?

If you’re interested in diving deeper, you can check out the study here: Cochrane Library - Electrical Stimulation for Rheumatoid Arthritis.


What do you think?

Have you or someone you know tried EMS for strength or recovery? What was your experience? Do you want us to explore more research for specific questions you have? Let us know in the comments below!


This blog is part of the ORIEMS FIT Research Digest, where we explore how EMS technology can make life better. We aim to inspire curiosity and encourage you to start your research journey. Share this with friends and family who might benefit, and don’t forget to check out more posts on our website.

For more resarch from top global scientists. Click hereΒ 


Disclaimer: This blog is for informational and recreational purposes only and does not constitute medical advice. Always consult with a healthcare professional before starting any new treatment. For full details, visit our disclaimer page.

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