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Local adaptation of bone micro-structure and canal network to tendon insertion investigated by image-based micro-FE simulations

机译:通过基于图像的微量FE模拟研究骨微结构和运河网的局部适应肌腱插入

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摘要

Tendons anchor to bone through a multi-material region called enthesis, showing several strategies to cope with the challenging task of joining dissimilar tissues. Less understood is whether bone microstructure also displays specific features to facilitate force transmission from tendon to bone. Such knowledge is of clinical relevance as local mechanical stresses play a crucial role in avulsion fractures and interface pathologies.
机译:肌腱通过称为诱变的多重物质区域锚定,表现出几种应对不同组织的具有挑战性的策略。较少理解的是骨微结构还显示特定特征,以便于从肌腱到骨骼的力传递。这种知识与临床相关性,因为局部机械应力在撕裂骨折和界面病理中发挥着至关重要的作用。

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