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[基于三维成像的骨钻孔模拟]

[Bone drilling simulation by three-dimensional imaging].

作者信息

Suto Y, Furuhata K, Kojima T, Kurokawa T, Kobayashi M

出版信息

Iyodenshi To Seitai Kogaku. 1989 Jun;27(2):61-9.

PMID:2810882
Abstract

The three-dimensional display technique has a wide range of medical applications. Pre-operative planning is one typical application: in orthopedic surgery, three-dimensional image processing has been used very successfully. We have employed this technique in pre-operative planning for orthopedic surgery, and have developed a simulation system for bone-drilling. Positive results were obtained by pre-operative rehearsal; when a region of interest is indicated by means of a mouse on the three-dimensional image displayed on the CRT, the corresponding region appears on the slice image which is displayed simultaneously. Consequently, the status of the bone-drilling is constantly monitored. In developing this system, we have placed emphasis on the quality of the reconstructed three-dimensional images, on fast processing, and on the easy operation of the surgical planning simulation.

摘要

三维显示技术在医学领域有着广泛的应用。术前规划就是一个典型的应用:在整形外科手术中,三维图像处理已经得到了非常成功的应用。我们已经将这项技术应用于整形外科手术的术前规划,并开发了一个骨钻孔模拟系统。通过术前预演获得了积极的结果;当用鼠标在阴极射线管上显示的三维图像上指示感兴趣区域时,相应区域会出现在同时显示的切片图像上。因此,可以持续监测骨钻孔的状态。在开发这个系统时,我们重点关注了重建三维图像的质量、快速处理以及手术规划模拟的易于操作。

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