Augmentation Mastopexy: A Personalized Technique on 200 Patients.

Abstract

Background: Augmentation mastopexy is a complex and technically demanding procedure that addresses breast ptosis and volume deficiency simultaneously. It requires careful planning, precise surgical techniques, and customization to each patient's anatomical and esthetic characteristics. Consistent outcomes remain a challenge due to the interplay between implant placement, tissue reshaping, and long-term stability.

Methods: This study describes a tailored mastopexy technique implemented in 200 patients. Preoperative planning included comprehensive clinical assessments and precise skin markings. Implant selection was individualized based on patient morphology and esthetic goals. A dual-plane pocket dissection was employed to optimize implant positioning and achieve natural outcomes. Advanced tissue management strategies were used to maintain vascular integrity and ensure long-term stability. Emphasis was placed on achieving symmetry and minimizing complications such as capsular contracture, implant malposition, or the "waterfall effect."

Results: Outcomes were evaluated in terms of esthetic results, complication rates, and patient satisfaction over a follow-up period of 12 to 36 months. High satisfaction (92%) was reported, with consistently natural and harmonious outcomes. The complication rate was low: Implant malposition occurred in 3% of cases and capsular contracture in 2.5%. No significant vascular compromise or severe wound healing issues were observed.

Conclusion: The personalized mastopexy technique demonstrates efficacy in achieving esthetically pleasing and durable outcomes with a low rate of complications. By integrating individualized planning, precise surgical execution, and advanced tissue management, this method offers a reliable framework for ptosis correction and volume enhancement in esthetic breast surgery.

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