Use of Radiofrequency Energy in the Vaginal Canal and on the Vulva; Therapeutic and Aesthetic Indications and Outcomes_OnDemand-Recording_Use of Radiofrequency Energy in the Vaginal Canal and on the Vulva; Therapeutic and Aesthetic Indications and Outcomes

Recording_Use of Radiofrequency Energy in the Vaginal Canal and on the Vulva; Therapeutic and Aesthetic Indications and Outcomes

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Video Transcription

Video Summary

The AUGS Urogynecology Webinar Series featured Dr. Mickey Karam discussing the use of radiofrequency (RF) energy in the vaginal canal and on the vulva for therapeutic and aesthetic purposes. Dr. Karam, an expert in urogynecology and pelvic surgery, covered the history and current applications of RF energy, emphasizing its role in treating general urinary syndrome of menopause (GSM) and overactive bladder (OAB). He highlighted the advantages of RF energy over traditional CO2 and erbium YAG lasers, noting RF's ability to penetrate deeper tissues more effectively, resulting in better outcomes for GSM and related bladder issues.<br /><br />Dr. Karam also addressed the potential aesthetic applications of RF technology, such as non-surgical labioplasty, and emphasized the need for integrating these treatments with patient education and pelvic floor therapies. While RF therapies present promising outcomes, particularly for GSM and mixed incontinence, ongoing studies aim to establish efficacy for conditions like interstitial cystitis. The session concluded with audience Q&A, where Dr. Karam answered questions about treatment protocols and future research directions, underscoring the evolving role of RF energy in urogynecology.

Meta Tag

Concept Energy-Based Vaginal Treatment

Concept Vaginal Atrophy

Concept Radiofrequency Device

Concept Carbon Dioxide Laser

Concept ErbiumYttrium-Aluminum-Garnet Laser

Keywords

Urogynecology

Radiofrequency

Vaginal canal

Therapeutic applications

Aesthetic applications

GSM treatment

Overactive bladder

Pelvic surgery

Patient education

Energy-Based Vaginal Treatment

Vaginal Atrophy

Radiofrequency Device

Carbon Dioxide Laser

ErbiumYttrium-Aluminum-Garnet Laser