A simulation system that considers load transfer in trabecular structures to prevent implant-related complications

在本研究中，我们进行了三维观察和形态测量的基础上获得的高分辨率图像的微型计算机断层扫描（micro-CT），并积累了数据的解剖结构和周围的小梁结构。通过使用考虑骨小梁结构的三维有限元分析来观察种植体周围颌骨的应力分布，我们建立了种植体放置过程中需要注意的解剖结构的三维位置关系数据库，并建立了考虑生物力学因素的种植体放置模拟系统。

In the present study, we performed three-dimensional observation and morphometry based on high-resolution images obtained by micro-computed tomography (micro-CT), and accumulated data of anatomical structures and surrounding trabecular structures. By additionally observing the stress distribution in the jaw bone around implants using three-dimensional finite element analysis that considers trabecular structures, we built a database of the three-dimensional positional relationships of anatomical structures that require caution during placement of implants, and established an implant placement simulation system that considers biomechanical factors.