Breneman Alyssa, Trager Megan H, Bowling Anna, Gordon Emily R, Pollack Karlyn, Samie Faramarz H
Columbia University Irving Medical Center, Department of Dermatology, New York, NY, USA.
Columbia University Vagelos College of Physicians and Surgeons, New York, NY, USA.
Clin Exp Dermatol. 2025 Jun 25;50(7):1395-1398. doi: 10.1093/ced/llaf054.
The literature is lacking on reconstruction techniques for post-Mohs nasal defects with particular emphasis on the unique properties of underlying skin. We aimed to develop an algorithm to simplify the approach to post-Mohs reconstruction of the nose based on defect size, location and cutaneous features of the surrounding skin. A retrospective review of 404 patients who underwent post-Mohs nasal reconstruction by a single Mohs surgeon between 2018 and 2024 was conducted. Defects were divided into small, medium and large sizes. Locations were categorized into three zones based on cutaneous characteristics. The frequency of reconstructive techniques based on defect size and location was analysed. Trends towards specific repairs based on the cutaneous location and size of Mohs defects were used to develop an algorithm for reconstructive decision making. This algorithm was based on zones defined by cutaneous characteristics. It may serve as an initial guide for surgeons planning reconstruction of nasal defects.
关于Mohs手术后鼻缺损的重建技术,尤其是关于其下方皮肤独特特性的文献较为匮乏。我们旨在开发一种算法,以便根据缺损大小、位置以及周围皮肤的特征,简化Mohs手术后鼻重建的方法。我们对2018年至2024年间由同一位Mohs外科医生进行Mohs手术后鼻重建的404例患者进行了回顾性研究。缺损被分为小、中、大三种尺寸。根据皮肤特征,位置被分为三个区域。分析了基于缺损大小和位置的重建技术的使用频率。利用基于Mohs缺损的皮肤位置和大小的特定修复趋势,开发了一种重建决策算法。该算法基于由皮肤特征定义的区域。它可为计划进行鼻缺损重建的外科医生提供初步指导。