The Impact of Trunk and Lower Extremity Electrical Stimulation on Pelvic Floor Muscle Strength in Females

Overview

This study aims to investigate the effects of whole-body electrical muscle stimulation (EMS) applied to the trunk and lower extremity muscles on pelvic floor muscle strength in healthy women. Since pelvic floor muscles are deep-seated and can be difficult to activate voluntarily, this research explores whether stimulating related muscle groups (core and legs) can provide an indirect benefit to pelvic floor strength. Participants will be divided into three groups (EMS + exercise, Sham-EMS + exercise, and exercise only) and will undergo a 6-week intervention program. Changes in pelvic floor muscle strength will be evaluated using a perineometer to determine the effectiveness of this non-invasive approach.

The primary aim of this clinical study is to evaluate the indirect effect of Electrical Muscle Stimulation (EMS) applied to the lower extremity and trunk muscles on pelvic floor muscle (PFM) strength in healthy women. While PFM training is the gold standard in women's health, many individuals experience difficulty in isolating and effectively contracting these muscles. This study aims to create an effective EMS application by leveraging the physiological synergy between the core/lower extremity muscles and the pelvic floor. All participants will attend a comprehensive 6-week intervention program with sessions scheduled twice weekly. During these sessions, specific exercises targeting major muscle groups will be performed. For relevant groups, electrical stimulation synchronized with these movements will be applied to increase muscle fiber activation. PFM strength will be assessed using a digital perineometer at two time points: baseline (pre-intervention) and at the end of the 6-week program (post-intervention). To ensure consistency, all measurements will be taken by the same investigator. The aim of this study is to determine whether systemic activation of trunk and lower extremity muscles via EMS leads to a measurable increase in pelvic floor muscle tone and strength, thus offering a novel, non-invasive supportive method in physiotherapy.