Visualization And Analysis Of Three Dimensional Shape Change: Surgical Pre-planning, Implant And Prosthesis Design And Fabrication

L. Sadler, P. Neumann, Xiaoming Chen, R. Evenhouse
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引用次数: 2

Abstract

Plastic and reconstructive surgeons, otorhinolaryngologists. orthodontists, and other practitioners that deal with construction, reconstruction. and esthetics of the head and face report outcomes using subjective anecdotal terms. supported by before and after photographs oftheir best case results. Similar case presentations can be found in any number of reports from other surgical specialties and disciplines in medicine. That 50 much of mediche. and the life sciences in general. have resisted quantitation and the development ofalogicomathanatical framework is not because it is too complex (all of nature is complex). but because qualitative and empirical deduction have provlded a sufficient fraroework for experimentation and prediction. New technology that allows for safe, rapid data collection is available which provides a new tool for morphologists. syndromologists. surgeons, and othersrequiringthree dimensional information onthe humanbody. The results ofthe use ofthis data collection technology is reported as is the development of a specialized software program, for measurement and surface quantlfication. called Lego. hgo in turn ls integrated MO CAD/ CAM soflware for implant and prosthesis desm and fabrication. Several case studies are presented.
三维形状变化的可视化和分析:手术前计划,种植体和假体的设计和制造
整形和重建外科医生,耳鼻喉科医生。正畸医生和其他处理重建的从业者。头部和面部的美学使用主观的轶事术语来报告结果。支持前后的照片,他们的最佳情况下的结果。类似的病例报告可以在其他外科专业和医学学科的任何数量的报告中找到。那是50多药。以及生命科学。一直抵制量化和发展逻辑数学框架并不是因为它太复杂(自然界的一切都是复杂的)。而是因为定性和经验演绎为实验和预测提供了足够的框架。新技术允许安全,快速的数据收集,这为形态学家提供了一个新的工具。syndromologists。外科医生和其他需要人体三维信息的人。使用这种数据收集技术的结果被报道为一个专门的软件程序的开发,用于测量和表面定量。乐高。它反过来又集成了MO CAD/ CAM软件,用于植入物和假体的设计和制造。介绍了几个案例研究。
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