Division of Plastic and Reconstructive Surgery, American University of Beirut Medical Center, Beirut, Lebanon.
J Craniofac Surg. 2021;32(8):e745-e750. doi: 10.1097/SCS.0000000000007729.
Face-lift is an established rejuvenation modality; however, when performed alone, it lacks the ability to improve the appearance of fine wrinkles and dyschromias that are an important component of facial rejuvenation. Although it is only natural to be attracted by the latest technologically advanced innovative skin resurfacing techniques, chemical peeling has been proven to be a simple and effective method with a relatively good safety profile. Unfortunately, the practice of chemical peeling has relied for a long time on dogmas perpetuated by early reports without any real scientific basis. Moreover, application of peels has been hindered by difficult estimation of penetrance and control of depth. Three decades ago, a shift has occurred from early dogmatic empirical application to better understanding of the peeling formulations and mechanism of action together with appreciation of the interaction between the various components of the peeling formulations in addition to better estimation of clinical end points and peel depth. Given the increasing demand for none or minimally invasive cosmetic procedures, the current review is aimed at highlighting the recent applications of available medium-depth and deep chemical peels for optimal facial rejuvenation and for the treatment of photo-related aging skin changes.
拉皮术是一种成熟的年轻化手段;然而,单独进行时,它缺乏改善细纹和色素沉着的能力,而这些正是面部年轻化的重要组成部分。虽然人们很容易被最新的技术先进的创新皮肤换肤技术所吸引,但化学焕肤已被证明是一种简单而有效的方法,具有相对较好的安全性。不幸的是,化学焕肤的实践长期以来一直依赖于早期报告中没有任何真正科学依据的陈旧教条。此外,由于难以估计渗透程度和控制深度,应用果皮受到了阻碍。三十年前,从早期的教条式经验应用转变为更好地理解剥落配方和作用机制,并认识到剥落配方的各个成分之间的相互作用,以及更好地估计临床终点和剥落深度。鉴于对非侵入性或微创美容程序的需求不断增加,目前的综述旨在强调现有的中深度和深度化学换肤在最佳面部年轻化和治疗与光相关的老化皮肤变化方面的最新应用。