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MINERAL MORPHOLOGY AT THE TENDON-TO-BONE INTERFACE OBSERVED VIA HIGH ENERGY X-RAY DIFFRACTION

机译：通过高能X射线衍射观察到的腱-骨界面的矿物形态

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Mineral accumulating along the enthesis is more aligned with the tendon-bone axis than tendon, even in regions where the collagen lattice is markedly disorganized. Further, the size of mineral crystals increases nearer the bone. Although the details of the accommodation of mineral by collagen are uncertain, the data are consistent with a tissue system that focuses forces into a tough, compliant region.

机译：即使在胶原蛋白晶格明显紊乱的区域中，沿着骨骼聚集的矿物质也比肌腱与肌腱-骨轴更对齐。此外，矿物晶体的尺寸在靠近骨头处增加。尽管无法确定胶原蛋白能否容纳矿物质，但数据与组织系统一致，该组织系统将力集中到坚硬的顺应性区域。

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《ASME bioengineering conference》|2014年|V01BT37A006.1-V01BT37A006.2|共2页
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Alix C. Deymier-Black; Andrea G. Schwartz; Zhonghou Cai; Guy M. Genin; Stavros Thomopoulos;
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机译：通过高能X射线衍射观察到肌腱到骨界面处的矿物质形态
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MINERAL MORPHOLOGY AT THE TENDON-TO-BONE INTERFACE OBSERVED VIA HIGH ENERGY X-RAY DIFFRACTION

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