Promising Results for Female Sexual Dysfunction: A 3-Month Study using Emsella

Chris LorangMedical Spa, Your Best Life

Female sexual dysfunction (FSD) is a common issue that affects many women, impacting their quality of life and relationships. A recent multi-center pilot study explored the use of High-Intensity Focused Electromagnetic (HIFEM) technology as a treatment for FSD caused by pelvic floor muscle issues. The results, published in the Journal of Women’s Health Care, are encouraging. Let’s dive into the highlights of the study:

The Study Design:

  • Objective: Evaluate the effectiveness of HIFEM technology in treating pelvic floor muscles to improve female sexual dysfunction.
  • Participants: 30 women (average age 36±6 years) who reported challenges with arousal, orgasm, and painful intercourse.
  • Duration: 3 months.

Key Findings:

The study reported significant improvements in several key areas of sexual function:

  • Overall Sexual Function: Sexual dysfunction symptoms (as measured by the FSFI score) improved by an average of 51%.
  • Sexual Satisfaction and Desire: This area saw the most significant improvement, with a 76% increase reported by participants.
  • Arousal: Arousal demonstrated a substantial increase, rising by 54%.
  • Orgasm: Patients reported a notable 60% improvement in their ability to achieve orgasm.

Implications:

These results suggest that HIFEM technology may be a viable and effective treatment option for women experiencing sexual dysfunction related to pelvic floor muscle issues. The non-invasive nature of the treatment and the significant improvements reported by participants make it a promising alternative for those seeking to enhance their sexual health.

References:

The original study was published in the Journal of Women’s Health Care on March 9, 2019, DOI: 10.4172/2167-0420.1000455.

https://www.researchgate.net/publication/332272842_The_Use_of_HIFEM_Technology_in_the_Treatment_of_Pelvic_Floor_Muscles_as_a_Cause_of_Female_Sexual_Dysfunction_A_Multi-Center_Pilot_Study