Maksim BARSAKOV 医师
整形外科医师
Dynamic sling pocket: a triple-plane technique for primary breast augmentation
目标: After this presentation, participants will be able to:
Understand the limitations of conventional implant pocket techniques in primary breast augmentation.
Learn the core anatomical principles and surgical steps of the Dynamic Sling Pocket technique.
Apply this approach to improve implant stability and reduce animation-related deformities.
介绍: Implant pocket design plays a central role in the long-term success of primary breast augmentation. Conventional pocket options—subglandular, subpectoral, and dual-plane—each provide specific advantages but are also associated with well-recognized limitations. Subglandular placement may increase the risk of implant visibility, rippling, and capsular contracture in patients with thin soft tissues. Total subpectoral positioning improves implant coverage but can be associated with animation deformity, superior displacement, and limited lower-pole expansion. Dual-plane techniques partially address
材料 / 方法: Materials and Methods
Between 2021 and 2024, 705 primary breast augmentations, with or without mastopexy, were performed using the Dynamic Sling Pocket (DSP) technique. The method includes horizontal myotomy of the pectoralis major at the 4 or 8 o’clock position, forming a medially fixed myoglandular sling supporting the lower implant pole. This configuration provides submuscular upper coverage, subglandular lateral coverage, and functional inferomedial support. Outcomes were assessed based on implant position, animation deformity, and rippling.
结果: A total of 705 patients underwent primary breast augmentation using the Dynamic Sling Pocket technique, with or without concomitant mastopexy. Clinical outcomes demonstrated stable implant positioning and a low incidence of clinically relevant complications throughout the follow-up period.Minor inferior implant descent (approximately 1 cm) was infrequently observed and did not require surgical revision. Mild animation deformity occurred in a small number of patients and was transient or clinically insignificant in all cases. Occasional inferomedial rippling was noted, primarily in patients wit
总结: The Dynamic Sling Pocket represents a refined approach to implant pocket creation, offering improved implant stability with a low incidence of submuscular pocket–related complications
