Single-Stage Augmentation Mastopexy With Composite Reverse Inferior Muscle Sling Technique for Autologous Reinforcement of the Inferior Pole: Technical Refinements and Outcomes
Abstract Background Single-stage augmentation mastopexy (SAM) is a common procedure, but revision rates are high. Muscle slings have been used in SAM, but despite satisfactory outcomes, most studies in the literature do not contain objective or accurate measurements of implant/breast position. This article describes a surgical technique for SAM using a composite reverse inferior muscle sling (CRIMS). Objectives To assess outcomes from primary SAM procedures using the CRIMS technique in a cohort of patients operated on by a single surgeon. Methods Thirty-two patients (60 breasts) with a mean age of 43.1 ± 6.8 years underwent primary CRIMS mastopexy to treat severe ptosis (grade III–IV) in 25 patients (78.1%). The average implant volume was 255 cc (range, 215-335 cc). Three-dimensional imaging obtained from the Divina scanner system was used to evaluate lower pole stretch and lower pole arc, and to determine long-term ptosis. Results Four cases of complications were observed in 3 patients (9.3%): minor dehiscence in 2 and capsular contraction in 1, during a mean follow-up of 42 months. The value for lower pole stretch was 5.5% (p <0.0001) between 10 days and 1 year, with the majority occurring early in the first 6 months, indicating that lower pole arc remains steady during the last months of follow-up. Conclusions Advances in techniques have led to improvements in aesthetic outcomes following SAM, and CRIMS can play a useful role. Our results show this procedure to be suitable for patients with breast ptosis, with acceptable complication rates and the added bonus of implant stabilization within the pocket.