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[使用自固化波纹假体对犬股骨近端同种异体关节成形术的应力与功能适应性。一项比较性生物力学和形态学研究(作者译)]

[Stresses and functional adaptation of alloarthroplasty of the proximal femur in dogs using a selfcuring rippled prosthesis. A comparative biomechanical and morphological study (author's transl)].

作者信息

Diehl K, Harms J

出版信息

Arch Orthop Unfallchir. 1976 Feb 26;84(1):89-104.

PMID:1267673
Abstract

A self-adhesive prosthesis for youth patients is developed by Mittelmeier that is implanted without bone cement. After an implantation term of 1 year in animal experiment (dog), an adapted femur is compared with the contra-lateral normal femur. Strain gauges are used to determine bone strain under load. Further is determined external and internal construction change after endoprosthesis. The construction changes found are in connection with the changed bone strength. A cancellous change of bone at entire area of stem of prosthesis is called a "metaphysation" of bone shaft.

摘要

米特尔迈尔研发了一种用于青少年患者的自粘式假体,该假体无需骨水泥即可植入。在动物实验(狗)中植入1年后,将适配的股骨与对侧正常股骨进行比较。使用应变片来测定负载下的骨应变。此外,还测定了内置假体后外部和内部结构的变化。所发现的结构变化与骨强度的改变有关。假体柄整个区域的松质骨变化被称为骨干的“干骺端化”。

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