Background: Augmentation mastopexy is one of the most difficult challenges plastic surgeons face, especially concerning sustainability of upper pole fullness and lower pole ptosis correction. We describe our technique for augmentation mastopexy that provides inferolateral muscular support for the implant and standardizes a sequence of surgical stages to resolve multiple situations and present the outcomes of patients who underwent such an approach. Methods: Our technique proposes the following: (a) modified subpectoral pocket, with muscular inferolateral support for the implant; (b) independent approaches to the submuscular (implant) pocket and parenchymal resection/reshaping; and (c) pre-established 4-step surgical sequence. Data from office files of our private practice were collected for 266 patients who underwent the technique from October 2015 to January 2019. Patient perception about esthetic outcomes, photographs from multiple postoperative follow-ups, and surgical complications/reoperation rates were analyzed. Results: Overall mid-term and long-term results (39 months) were positive for lift and augmentation at single time mastopexy; >90% of patients reported satisfaction with their esthetic outcomes, including absence of ptosis. No major complications occurred. The total revision rate was 16%, but it became <5% in 2018 as the learning curve progressed. Conclusions: Augmentation mastopexy is complex, and the myriad of approaches and possibilities may cause confusion when selecting the most suitable one. The 4-step sequence provides a reliable option, offering a predefined execution plan, whereas inferolateral muscular support prevents recurrence of lower pole ptosis. Other surgeons’ experience with lift and augmentation at single time mastopexy and further studies are necessary to validate these findings.
Background: Because of the multiplying number of patients undergoing breast augmentation, nonprimary augmentation mastopexy will be increasingly requested in the future; this operation represents an even more significant challenge than primary augmentation mastopexy. The authors describe a standardized approach for subglandular-to-subpectoral implant pocket conversion in mastopexy that provides a tight neopocket with inferolateral muscular support, which minimizes implant displacement complications and allows operative strategies to reduce the risk of bacterial load on implants. Methods: The authors’ technique proposes the following: (1) modified subpectoral pocket, with muscular inferolateral support for the implant; (2) independent approaches to the submuscular pocket and subglandular (preexisting) pocket; and (3) preestablished four-step surgical sequence. The authors collected data from their private practices for 46 patients who underwent the technique from March of 2017 to April of 2020. Patient perception about aesthetic outcomes, photographs from multiple postoperative follow-ups, and surgical complications/reoperation rates were analyzed. Results: Overall results were positive; 89.1 percent of patients reported satisfaction with their aesthetic outcomes. No major complications occurred. The total revision rate was 15.2 percent, but only 2.1 percent in the last year, as the learning curve progressed. Conclusions: Secondary augmentation mastopexy is a complicated procedure. The four-step sequence approach is one reliable option for subglandular-to-subpectoral pocket conversion, once it produced high levels of patient satisfaction while producing low complication rates. Other surgeons’ experiences with the technique and further studies are necessary to validate these findings. CLINICAL QUESTION/LEVEL OF EVIDENCE: Therapeutic, IV.
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