[Radiological assessment of bone quality].

Clinical calcium Pub Date : 2016-01-01
Masako Ito
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引用次数: 0

Abstract

Structural property of bone includes micro- or nano-structural property of the trabecular and cortical bone, and macroscopic geometry. Radiological technique is useful to analyze the bone structural property;micro-CT or synchrotron-CT is available to analyze micro- or nano-structural property of bone samples ex vivo, and multi-detector row CT(MDCT)or high-resolution peripheral QCT(HR-pQCT)is available to analyze human bone in vivo. For the analysis of hip geometry, CT-based hip structure analysis(HSA)is available aw sell se radiography and DXA-based HSA. These structural parameters are related to biomechanical property, and these assessment tools provide information of pathological changes or the effects of anti-osteoporotic agents on bone.

[骨质量的放射学评估]。
骨的结构特性包括骨小梁和骨皮质的微观或纳米结构特性以及宏观几何特性。放射学技术有助于分析骨结构特性;micro-CT或synchrotron-CT可用于分析离体骨样品的微观或纳米结构特性,而multi-detector row CT(MDCT)或高分辨率peripheral QCT(HR-pQCT)可用于分析人体内骨。对于髋关节几何分析,基于ct的髋关节结构分析(HSA)、基于x线摄影和基于dsa的HSA都是可用的。这些结构参数与生物力学性能有关,这些评估工具提供了病理变化或抗骨质疏松药物对骨的影响的信息。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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