Electromagnetic Kegels Beat Incontinence in Postmenopausal Women

Combining Electromagnetic Stimulation with Kegel Exercises Offers Superior Urinary Incontinence Relief

For postmenopausal women, urinary incontinence is more than a physical symptom; it can erode confidence and social engagement. While pelvic floor muscle training and electromagnetic stimulation are established tools, a new study from Ovidius University shows their combined effect is significantly greater than either alone.

Active Training Enhances Technology’s Benefits for Pelvic Floor

Researchers led by Luminița Șerbănescu at Ovidius University in Romania assigned 99 postmenopausal women with incontinence to two groups. One received EMSELLA therapy, a high-intensity focused electromagnetic (HIFEM) device that causes supramaximal pelvic floor muscle contractions passively. The other group received the same EMSELLA treatment plus a structured, voluntary Kegel exercise program. After three months, the group performing both therapies saw greater symptom reduction.

The mechanism is logical. HIFEM technology works by inducing powerful, involuntary muscle contractions that can help re-educate and strengthen weakened tissues. However, Kegel exercises require conscious engagement of those same muscles. This voluntary activation improves the brain-muscle connection, known as neuromuscular recruitment. Combining the passive, deep strengthening from electromagnetic stimulation with active, mind-body training appears to maximize both muscle bulk and functional control. “This suggests an additive therapeutic effect of voluntary pelvic floor muscle training,” the authors concluded.

Notably, the benefit held true regardless of how long a woman had been postmenopausal, indicating this approach can help at various stages. The study, published in Clinics and Practice, reported no adverse events, supporting the safety of this combined conservative strategy.

Investigating Nutritional Support for Menopause Fitness Gains

Parallel research is examining how nutrition can support physical activity adaptations during menopause. Scientists at Deakin University in Australia have designed a trial to test whether defatted almond protein powder can improve results from fitness training in overweight postmenopausal women.

The hormonal shifts of menopause accelerate the loss of muscle mass and function, a condition known as sarcopenia. This loss harms metabolic health, slowing metabolism and increasing diabetes risk. Exercise is the primary countermeasure, but building muscle becomes physiologically harder without estrogen’s anabolic support. The Deakin protocol, detailed in Nutrition Journal, investigates if supplementing with a high-quality plant protein can provide the necessary building blocks to overcome this resistance.

Protein, especially rich in the amino acid leucine, stimulates muscle protein synthesis. The trial will measure if daily almond protein supplementation leads to greater improvements in muscle mass, strength, and metabolic markers like blood sugar control compared to a placebo, when both groups follow the same exercise regimen. This addresses a core question: can targeted nutrition help postmenopausal women get more from their workouts?

From Research to a Multi-Targeted Health Strategy

These studies, though investigating different aspects of menopause health, point toward a similar principle: combination strategies are often more effective. The pelvic floor study shows that technology and personal effort work best together. The nutrition and exercise protocol recognizes that physical activity may need to be augmented with specific dietary support to achieve optimal results in a changed hormonal environment.

This integrated thinking is becoming standard for managing menopause’s complex effects. For example, understanding that symptoms like brain fog may signal broader biological aging processes encourages a whole-body approach to care. Similarly, the increased cardiovascular risk highlighted by a rapid rise in blood lipids during menopause necessitates combining diet, exercise, and monitoring.

Building a Personalised Action Plan

For women navigating perimenopause and beyond, this research translates into actionable steps. First, for urinary incontinence, consult a healthcare provider or pelvic health physiotherapist about combining supervised Kegel exercises with available technologies like HIFEM. Consistency in a structured program is key.

Second, prioritize resistance training to combat sarcopenia. The emerging evidence on protein supplementation suggests that ensuring adequate daily intake—particularly around workouts—may enhance muscle maintenance. While the specific benefits of almond protein powder are under investigation, focusing on overall protein quality and quantity is a supported practice.

These approaches should be part of a broader plan. Managing menopause well also involves addressing other common concerns, such as genitourinary syndrome (GSM), for which treatments are evolving beyond standard hormone therapy.

The common thread is proactive, multi-component management. Targeted exercise, informed nutritional choices, and specific therapies for bothersome symptoms can work in concert to improve quality of life and long-term health outcomes after menopause.

Sources:
https://pubmed.ncbi.nlm.nih.gov/42187519/
https://pubmed.ncbi.nlm.nih.gov/42163334/