松质骨
生物力学
股骨
小梁骨
医学
口腔正畸科
承重
生物医学工程
解剖
骨质疏松症
材料科学
外科
病理
复合材料
作者
Haicheng Wang,Yifan Zhang,Chuan Ren,Kai Ding,Qi Zhang,Yanbin Zhu,Wei Chen
标识
DOI:10.1016/j.injury.2023.03.010
摘要
Trabecular bone plays an important role in the load-bearing capacity of the femur. Understanding the structural characteristics, biomechanics, and mechanical conduction of the trabecular bone is of great value in studying the mechanism of fractures and formulating surgical plans. The past decade has witnessed unprecedented progress in imaging, biomechanics and finite element analysis techniques, translating into a better understanding of trabecular bone. This article reviews the research progress achieved over the years regarding femoral trabecular bone, especially on factors influencing the strength of the proximal femoral cancellous bone and cancellous bone microfractures and provides a comprehensive overview of the latest findings on proximal femoral trabecular bone and their clinical significance.
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