[假体的磨损和松动]。

F Langlais, J C Lambotte, H Thomazeau, T Dreano
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引用次数: 0

摘要

1996年,任何全关节置换术的结果都是松动,通常发生在植入后20年左右。松动不是骨-种植体连接处的机械故障,而是假体周围骨溶解的结果。这是由于炎性膜,一种由巨噬细胞组成的组织,被关节表面产生的磨损颗粒激活。作者表明,这种骨溶解与其他炎症性疾病中观察到的骨溶解接近,并且可以通过许多生物材料的磨损颗粒获得,聚乙烯(PE)是临床上最常见的。提出了减少聚乙烯磨损或用其他材料代替聚乙烯的几种趋势。关节假体持续时间的未来改进取决于包括参与基础研究的外科医生在内的实验室:它们是工程师和研究磨损和生物材料固定的机械和生物方面的生物学家之间的强制性联系。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
[Wear and loosening of prostheses].

In 1996, the outcome of any total joint replacement is loosening, occurring usually about 20 years after implantation. Loosening is not a mechanical failure of the bone-implant junction but the consequence of the osteolysis of the periprosthetic bone. It is due to an inflammatory pannus, a tissue constituted by macrophages, which are activated by wear particules originated by the articulating surfaces. The authors showed that this osteolysis is close from that observed with other inflammatory diseases and that it can be obtained with wear particules of many biomaterials, the polyethylene (PE) being the most common in clinical conditions. Several trends in order to reduce polyethylene wear or to replace PE by other materials are presented. Future improvements of the duration of joint prostheses depend on laboratories including surgeons involved in basic research: they are a mandatory link between the engineer and the biologist who study the mechanical and the biological aspects of the wear and of the fixation of biomaterials.

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