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贝加莫3D隆鼻软件:在三维鼻模型中选择、存储和分享手术操作。

Bergamo 3D Rhinoplasty Software: Select, Store, and Share Surgical Maneuvers in a Three-Dimensional Nasal Model.

作者信息

Codazzi Denis, Bruschi Stefano, Mazzola Riccardo F, Bocchiotti Maria Alessandra, Bogetti Paolo, Ortelli Luca, Robotti Enrico

机构信息

Bergamo, Turin, and Milano, Italy From the Department of Plastic Surgery, Papa Giovanni XXIII Hospital; the Department of Plastic Surgery, University of Turin, San Giovanni Battista Hospital; and the Department of Specialistic Surgical Sciences, Fondazione IRCCS Ca' Granda, Ospedale Maggiore Policlinico.

出版信息

Plast Reconstr Surg. 2016 Feb;137(2):313e-317e. doi: 10.1097/01.prs.0000475752.25591.5a.

Abstract

BACKGROUND

Rhinoplasty is considered the most challenging chapter of plastic surgery due to its variability and the continuing evolution of surgical maneuvers. Worksheets became essential to unequivocally record surgical steps and to demonstrate their reciprocal effects/interactions during the follow-up period. After 1989, no other software was created to upgrade the Gunter Rhinoplasty Diagrams, the forefather and benchmark of the rhinoplasty "virtual" worksheet maker.

METHODS

The authors built a new standard three-dimensional nasal framework model in STL format. All the basic components were modified to simulate the interaction among sutures, grafts, and the most common maneuvers performed during rhinoplasty. The authors created a total of 669 (99 built-in units and 285 unilateral units) three-dimensional figures which can be selected by the surgeon from among 230 options. The interface for the surgeon is Bergamo 3D Rhinoplasty Software.

RESULTS

Bergamo 3D Rhinoplasty Software is made up of the database section, which gathers all the patient's personal information and documents, and the surgery section, which groups multiple selection lists in 10 surgical areas. Eighty percent of the options modify the original shape of the three-dimensional model. Several options help the surgeon to tailor the final result and to export it both in desktop software and in a real three-dimensional printed model.

CONCLUSIONS

Bergamo Rhinoplasty Software revolutionizes the concept of patient and surgical data storage. Furthermore, the immediacy of three dimensions facilitates communication with patients, allows case sharing with colleagues, simplifies teaching, and encourages the surgeon's self-analysis and professional growth. Customization of the original model and of the maneuvers is the main limitation of the software, because of the currently existing technology in 2014.

摘要

背景

由于鼻整形手术的多变性以及手术操作的不断演变,鼻整形术被认为是整形手术中最具挑战性的部分。工作表对于明确记录手术步骤以及在随访期间展示其相互作用至关重要。1989年之后,没有其他软件被创建用于升级鼻整形“虚拟”工作表制作的鼻祖和标杆——冈特鼻整形图。

方法

作者构建了一个新的标准STL格式的三维鼻框架模型。所有基本组件都进行了修改,以模拟鼻整形术中缝线、移植物和最常见操作之间的相互作用。作者共创建了669个(99个内置单元和285个单侧单元)三维图形,外科医生可从230个选项中进行选择。外科医生使用的界面是贝加莫3D鼻整形软件。

结果

贝加莫3D鼻整形软件由数据库部分和手术部分组成,数据库部分收集所有患者的个人信息和文件,手术部分在10个手术区域对多个选择列表进行分组。80%的选项会修改三维模型的原始形状。一些选项可帮助外科医生调整最终结果,并将其导出到桌面软件和真实的三维打印模型中。

结论

贝加莫鼻整形软件彻底改变了患者和手术数据存储的概念。此外,三维的直观性便于与患者沟通,允许与同事分享病例,简化教学,并鼓励外科医生进行自我分析和专业成长。由于2014年的现有技术,对原始模型和操作进行定制是该软件的主要局限。

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