Research Article Name:Β Electrical stimulation with nonβimplanted devices for stress urinary incontinence in women
("Electrical stimulation for urinary incontinence in women")
Authors: Glazener CM, MacArthur C, Hagen S, Elders A, Herbison P, Wilson D, Bain C, Toozs-Hobson P, Logan J, Henderson S, Hemming C, Guerrero K, Dobbie R
About This Research
This study was conducted by researchers from The Cochrane Library, one of the worldβs most trusted sources of health information, in collaboration with institutions in the UK. The Cochrane Library specializes in reviewing health research to provide reliable, unbiased information on many health topics, making their research highly respected and trusted globally.
What Was the Research About?
The study investigated if electrical stimulation (ES) devices could be helpful for women experiencing stress urinary incontinence (SUI), a condition where urine leaks during activities like sneezing or exercising due to weak bladder muscles. Traditional methods for managing this include exercises to strengthen the pelvic muscles, medication, or sometimes surgery. This research aimed to find out if electrical stimulation could be a better or additional option.
Who Participated?
This research focused on women with SUI and included a large number of participants, totaling 3,781 women across 56 trials. The study involved women with mild to moderate symptoms who tried ES compared to other treatments or to no treatment at all.
What Method Was Used?
The research used clinical trials (randomized controlled trials), considered the best method for reliable results. In clinical trials, participants are randomly chosen to receive either the treatment being tested, another treatment, or no treatment, allowing for a fair comparison.
What Did the Research Find?
The study found that for some women, electrical stimulation seemed to improve bladder control and reduce leaks better than no treatment. Although itβs still unclear if ES is more effective than exercise alone, the findings suggest that ES could be a helpful addition, particularly when other methods donβt work well.
- Positive Evidence: Some women saw improvement in bladder control and quality of life with ES.
- Improvement with ES vs. No Treatment: ES was likely more effective than doing nothing.
- Limited Evidence: ES and exercises together didnβt show significant added benefits compared to exercise alone.
Why Electrical Stimulation (ES) Could Be Helpful
ES works by gently stimulating the muscles around the bladder, making them stronger and improving bladder control over time. For women struggling to keep up with regular pelvic exercises, ES could provide support without added effort.
How Might This Help ORIEMS FIT EMS Device Users?
While this research focused on bladder control, ES could have similar benefits in other muscle-related challenges where strengthening weak muscles can make a big difference. EMS devices like those from ORIEMS FIT offer targeted muscle stimulation that could support muscle function and potentially benefit those needing additional strength support.
Why Trust This Information?
This research is part of a Cochrane Library review, which compiles and reviews many studies to give a clear, balanced view of a treatment. Cochraneβs reputation for providing reliable, scientific information without any commercial bias means youβre getting trustworthy details about the benefits of electrical stimulation.
Link to the Full Study: Cochrane Library Study on Electrical Stimulation and Urinary Incontinence
About ORIEMS FIT RESEARCH DIGEST
This blog post is part of our ORIEMS FIT RESEARCH DIGEST series, where we share interesting, reliable research on the potential benefits of EMS and similar treatments. We bring you research from trustworthy sources to keep you informed about ways EMS technology is being explored in health. For more details, you can read our full disclaimer here.
Disclaimer: This post is for informational purposes only and not medical advice. Always consult a healthcare professional before starting new treatments. For full disclaimer details, visit here.
