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Shrinkage Of Bone

机译:骨头收缩

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摘要

Shrinkage of bone and other mineralized Type 1 collagen tissues when the tissue is dried has been observed for a long time. It is anisotropic with respect to the orientation of the bone structure. It is linearly dependent on the inverse wet tissue density (specific volume) in the radial direction but not in the axial direction. The volume fraction of water in the tissue has also been shown to be linearly dependent on the inverse and other wet density leading to a direct relation between the shrinkage and the volume fraction of water. Shrinkage may be determined on any scale, macroscopic to microscopic but volume fraction of water is closely related to the lateral spacing of the collagen molecules, that is on the scale of nm. The linear dependence of shrinkage on volume fraction shows the generalized packing model underlies bone structure and is due to the properties of collagen molecules assembled in sheets.
机译:在干燥组织干燥时,骨和其他矿化1型胶原组织的收缩率长时间观察到。 它是关于骨骼结构的取向的各向异性。 它线性地取决于径向方向上的逆湿组织密度(特定体积),但不在轴向上。 还显示出组织中水的体积分数,其线性取决于逆和其他湿密度,导致收缩和水体积分数之间的直接关系。 可以在任何规模上确定收缩,宏观对微观但水的体积分数与胶原分子的横向间隔密切相关,即在Nm的等级上。 收缩对体积分数的线性依赖性表明广义包装模型是骨结构的下层底层结构,并且是由于在片材中组装的胶原分子的性质。

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