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额部皮瓣模板的二维和三维图像数字化开发用于鼻重建。

Forehead Flap Templates for Nasal Reconstruction Digitally Developed From 2D and 3D Images.

机构信息

Orthopaedic Biomechanics Laboratory, Sunnybrook Research Institute.

Institute of Biomaterials and Biomedical Engineering.

出版信息

J Craniofac Surg. 2022;33(1):e78-e80. doi: 10.1097/SCS.0000000000008023.

Abstract

The forehead flap is the gold standard procedure for nasal reconstruction to address a partial or complete rhinectomy. Traditionally, the three-dimensional (3D) nasal defect is manually templated intraoperatively to design the two-dimensional (2D) flap shape on intact morphology. In this clinical study, digital preoperative planning is used to template with computer-assisted design and manufacturing. Preoperative digital templates were implemented for 3 representative patients (1 in Supplementary Digital Content, http://links.lww.com/SCS/D60). This includes designs for a hemi-rhinectomy case from 3D mirroring, a partial total rhinectomy case generated from a 3D scan, and a total rhinectomy case generated from a 3D morphable model based on a prepathology 2D photo. Digital unwrapping flattened the patient's 3D nasal geometry designs to 2D skin flap shapes. Finally, the 2D designs were printed as traceable intraoperative templates at a 1:1 scale. This clinical study demonstrates the application of digital 3D preoperative templating to improve workflow for nasal reconstruction.

摘要

额瓣是修复部分或完全鼻再造的金标准手术。传统上,三维(3D)鼻缺损在术中通过手动模板设计来设计二维(2D)皮瓣形状,以保持完整的形态。在这项临床研究中,使用数字术前规划进行计算机辅助设计和制造模板。对 3 名代表性患者(1 名在补充数字内容中,http://links.lww.com/SCS/D60)进行了术前数字模板的实施。这包括从 3D 镜像设计半鼻再造病例,从 3D 扫描生成部分全鼻再造病例,以及从基于预病理 2D 照片的可变形 3D 模型生成全鼻再造病例。数字展开将患者的 3D 鼻几何设计扁平化到 2D 皮瓣形状。最后,2D 设计以 1:1 的比例打印为可追踪的术中模板。这项临床研究表明,数字 3D 术前模板的应用可以改善鼻重建的工作流程。

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