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同种异体骨的生物力学特性。

Biomechanical properties of bone allografts.

作者信息

Pelker R R, Friedlaender G E, Markham T C

出版信息

Clin Orthop Relat Res. 1983 Apr(174):54-7.

PMID:6339142
Abstract

The biomechanical properties of allograft bone can be altered by the methods chosen for its preservation and storage. These effects are minimal with deep-freezing or low-level radiation. Freeze-drying, however, markedly diminishes the torsional and bending strength of bone allografts but does not deleteriously affect the compressive or tensile strength. Irradiation of bone with more than 3.0 megarad or irradiation combined with freeze-drying appears to cause a significant reduction in breaking strength. These factors should be considered when choosing freeze-dried or irradiated allogeneic bone that will be subjected to significant loads following implantation.

摘要

同种异体骨的生物力学特性会因保存和储存方法的不同而改变。采用深度冷冻或低剂量辐射时,这些影响极小。然而,冻干法会显著降低同种异体骨的抗扭和抗弯强度,但对其抗压或抗拉强度没有不良影响。用超过3.0兆拉德的辐射剂量照射骨头,或辐射与冻干相结合,似乎会导致断裂强度显著降低。在选择植入后将承受较大负荷的冻干或辐照同种异体骨时,应考虑这些因素。

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