1. The role and clinical benefits of high-intensity focused electromagnetic devices for non-invasive lipolysis and beyond: A narrative review and position paper.
- Author
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Goldberg DJ, Enright KM, Goldfarb R, Katz B, and Gold M
- Subjects
- Esthetics, Humans, Radio Waves, Waist Circumference, Body Contouring, Lipolysis
- Abstract
Background: In 2018, the first device to use high-intensity focused electromagnetic (HIFEM) technology to non-invasively build muscle was brought to market. Even more recently, the first HIFEM and radiofrequency combination device designed to both build muscle and eliminate fat cells came into use (HIFEM+). In view of the increase in recently published original data pertaining to HIFEM, an advisory board recently convened to discuss the group's clinical experiences with this technology., Aim: Communicate an advisory group's recommendations for the current use of HIFEM+ technology for aesthetic indications., Methods: An advisory board meeting to discuss challenges and opportunities for HIFEM devices in aesthetic medicine took place in November 2020, via remote conference. The expert advisory board consisted of a group of senior aesthetic physicians regularly treating patients with non-invasive body contouring devices. A narrative review of the literature and key recommendations from the meeting are presented herein., Results: To date, the combined results of several clinical studies (including over 500 patients and 30 investigators) support that patients treated with HIFEM+ experience on average, 30% less fat, 25% more muscle, 19% reduction in abdominal separation and up to 5.9 cm reduction in waist circumference. Moreover, HIFEM+ induces a 30% increase in satellite cell content, which is similar to the 36% increase observed following twelve weeks of exercise., Conclusions: The advisory board unanimously agreed on several messages related to HIFEM technology, including that the pairing of HIFEM and radiofrequency (HIFEM+) enables a higher intensity of muscle stimulation and lipolysis, compared to HIFEM alone., (© 2021 Wiley Periodicals LLC.)
- Published
- 2021
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