Metal on Polyethylene in Total Hip Arthroplasty

J. Kang, R. Kim
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引用次数: 2

Abstract

Conventional gamma sterilization could induce substantial oxidative degradation during subsequent storage of the PE component in air and during their use in vivo. This oxidative degradation may induce high wear rates, delamination and/or gross fracture of the affected PE component. An improved understanding of the effects of cross-linking and oxidation on ultra high molecular weight polyethylene (UHMWPE) has lead to the common use of oxygen-protected packing during radiation sterilization and shelf storage. More recently, methods to deliberately highly cross link UHMWPE while reducing the material’s potential to oxidize have been develop in the form of highly cross linked UHMWPE. We reviewed the manufacturing, sterilization, cross linking methods and clinical results of the new polyethylene.
金属与聚乙烯在全髋关节置换术中的应用
传统的伽马灭菌在PE成分随后的空气储存和体内使用过程中会引起大量的氧化降解。这种氧化降解可能导致高磨损率、分层和/或受影响的PE组件的严重断裂。对交联和氧化对超高分子量聚乙烯(UHMWPE)的影响的进一步了解,导致在辐射灭菌和货架储存期间普遍使用氧保护包装。最近,以高交联UHMWPE的形式开发了一些方法,以故意高度交联UHMWPE,同时降低材料的氧化潜力。综述了新型聚乙烯的制备、灭菌、交联方法及临床效果。
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