The “Angel-Wing” Combined Labia Minoraplasty/Majoraplasty

Reduction of prominent/hypertrophic/ptotic vulvar labia minora and/or labia majora is an increasingly common surgical procedure in the hands of plastic and cosmetic surgeons and female genital cosmetic and reconstructive surgeons. While several techniques for these reductions are described in the literature and are individually modified by experienced practitioners, 2 procedures for the minora (linear and wedge-type reductions), and the vertically-aligned reduction of redundant majora are the most utilized techniques. It is not unusual for a woman to present to her potential surgeon requesting “work” on both minora and majora. Historically, this has necessitated two separate incision lines (minora and majora) bilaterally, often resulting in a long case, difficult recovery, and a significant potential for visible incision lines and gaping of the vaginal introitus. To introduce a novel single-incision-line technique for combining labia minoraplasty and labia majoraplasty. A modification of a classic central V-Wedge technique is affected by “shifting” the wedge incision line across the interlabial fold to encompass a portion of the medial labum majorum, both reducing redundancy and “lifting” the lowermost portion of the majora to correct ptosis. This is accomplished in one incision line with “en-bloc” closure of both minora and majora, placing the incision line mostly within the interlabial fold. The author has completed eight wedge-type combined labia minora-majoraplasties without complication and with 2.5-36 months of follow-up. This modification in Wedge design converts two separate procedures into one, making the surgery both less time-consuming, easier to recover from, and more visually esthetic for those patients who are capable of the more rigorous recovery protocol that wedge procedures mandate. The “Angel-Wing combined labia minoraplasty + labia majoraplasty appears to be a relevant option for combined labia minor hypertrophy and labia majora deflation and redundancy.