首页> 外文会议>Asian Symposium on Advanced Biomaterials; 20060820-23; Jeju Island(KR) >The Microstructural and Biomechanical Properties of the Primary Compressive Trabecular System In Human Femoral Head
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The Microstructural and Biomechanical Properties of the Primary Compressive Trabecular System In Human Femoral Head

机译:股骨头原发性压缩性小梁系统的微结构和生物力学特性

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To analyze the importance of bone quality, we studied 21 primary compressive trabecular system by micro-computed tomography(micro-CT), finite element analysis and destructive mechanical test. Significant correlations were found between histomorphometry and biomechanical parameters. The results indicate that the bone quality of primary compressive trabecular system is determined more by its combined micro-structural parameters (histomorphometry) and biomechanical parameters than histomorphometry only. Assessment of trabecular bone by finite element analysis may become important not only for assessment of bone quality but also for prediction of bone fracture risk of bone degeneration.
机译:为了分析骨质量的重要性,我们通过微计算机断层扫描(micro-CT),有限元分析和破坏性力学测试研究了21个初级压缩性小梁系统。发现组织形态计量学与生物力学参数之间存在显着相关性。结果表明,初级压缩性小梁系统的骨质量更多地取决于其组合的微结构参数(组织形态学)和生物力学参数,而不仅仅是组织形态学。通过有限元分析来评估小梁骨不仅对于评估骨质量,而且对于预测骨退化的骨折风险也可能很重要。

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