医学生物建模和生物工程中的逆向工程

K. Satyam, Richa Pandey
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引用次数: 0

摘要

逆向工程(RE)是对现有部件进行重新设计、重组和重组的过程。虽然它在许多新设计、新产品和新概念的开发中发挥了巨大的作用,但现在它已被广泛应用于医疗植入物、假肢、矫形部件和组织工程的设计和开发中。Re在牙科领域显示了成功的结果,其中医生正在将其用于颌面手术和创伤病例。扫描图像的几何建模可以很好地称为生物建模,它用于个性化植入物的新鲜制备,可以是髋关节,膝关节,面部损伤。医学逆向工程(RIM)是医学领域研究与发展的一个新方向。如何将其应用于生物医学物体的正确形状、几何形状和结构,并迎接挑战,对工程师和外科医生都是一个挑战。本文给出了一个方向,其中RIM的利用,什么是主导因素,软件和平台,最终可以提供一个成功的梦想。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Reverse Engineering in Medical-Bio Modeling and Bioengineering
Reverse Engineering (RE) is a process of redesigning, reassembling and restructuring of an existing part. Though it had been a great use in the development of many new designs, products and concepts, it has now been very much utilized in the design and development of the medical implants, prosthetics, and orthopaedic components and also in the tissue engineering. Re has shown successful results in the field of dentistry wherein doctors are utilizing this for maxillofacial surgery and trauma cases. The geometric modeling of the scanned images can be well termed as Bio modeling which is used in the fresh preparation of the personalized implants may be hip, knee, facial injuries. Reverse Engineering in medical (RIM) is a new dimension to research and development in the medical field. It is a challenge to the engineers as well as the surgeons to utilize it for proper shape, geometry and structure of the biomedical objects and take the challenge ahead. This paper gives a direction wherein RIM is utilized and what are the leading factors, software and platforms which can finally furnish a dream to success.
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