Gordon Neil A, Sawan Tareq G
Division of Otolaryngology - Head and Neck Surgery, Department of Surgery, Yale University School of Medicine, New Haven, Connecticut.
New England Surgical Center, The Retreat at Split Rock, Wilton, Connecticut.
Facial Plast Surg. 2020 Aug;36(4):358-375. doi: 10.1055/s-0040-1713842. Epub 2020 Aug 31.
In this article, we will provide the reader with the anatomical and embryologic evidence supporting the use of the deep-plane approach in rhytidectomy and insight into the evolution of the technique into the vertical platysma advancement. The original description of the deep-plane technique only described a basic superficial muscular aponeurotic system dissection in the midface with the ability to use tension on the flap without aesthetic consequences. This plane of dissection provides additional advantages not previously described, including access to deeper anatomical structures such as the buccal fat pad, and allows in vivo assessment and treatment of jowling. We describe how extension of this dissection and selective release of facial ligaments allows us to optimize treatment outcomes and longevity, especially in cases of difficult anatomy or revisions. Further advancements include case-specific facial volume enhancement, created by complex flap design, and facial narrowing by preauricular contouring and parotid hypertrophy treatment. Insights into anatomical landmarks, technical nuances, and alternative approaches for facial variations are presented.
在本文中,我们将为读者提供支持在除皱术中使用深层平面法的解剖学和胚胎学证据,并深入探讨该技术演变为垂直颈阔肌推进术的过程。深层平面技术的最初描述仅提及在中面部进行基本的表浅肌肉腱膜系统解剖,能够在皮瓣上施加张力而不产生美学后果。这种解剖平面具有一些先前未描述的额外优势,包括能够触及更深层的解剖结构,如颊脂垫,并允许在活体中评估和治疗下颌赘肉。我们描述了如何通过扩展这种解剖以及选择性松解面部韧带,来优化治疗效果和延长效果维持时间,尤其是在解剖结构复杂或需要修复的病例中。进一步的进展包括通过复杂的皮瓣设计进行特定病例的面部容积增加,以及通过耳前轮廓塑形和腮腺肥大治疗实现面部变窄。本文还介绍了面部变异的解剖学标志、技术细节和替代方法。