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Metastable Nature of Zirconia Femoral Heads From a 20-Year Perspective Of Clinical and Simulator Wear Studies

机译:从临床和模拟器磨损研究的20年视角看氧化锆股骨头的亚稳性质

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摘要

Clinical reports for zirconia-polyethylene total-hip replacements have been contradictory, and only a handful of retrieval studies have been performed. We review zirconia's mechanical properties, relevant clinical and retrieval studies, and discuss the "metastable" nature of the articular and taper-bore surfaces. Current limitations of wear-simulator studies are detailed. While some known parameters of phase transformation have been described, we lack understanding of how the different zirconia brand names, era of manufacture, ball diameters, clinical parameters, and exposure times in vivo will contribute to more or less phase transformation. As noted in recent clinical studies, patients with zirconia/polyethylene hip joint replacements may have to be monitored closely for adverse changes that have potential to occur 10 to 15 years post-operatively. 2006 Elsevier Inc. All rights reserved.
机译:氧化锆-聚乙烯全髋关节置换的临床报告相互矛盾,仅进行了少量的检索研究。我们回顾了氧化锆的机械性能,相关的临床和修复研究,并讨论了关节和锥孔表面的“可转移”性质。详细介绍了磨损模拟器研究的当前局限性。尽管已描述了一些已知的相变参数,但我们对不同的氧化锆品牌名称,制造时代,球直径,临床参数和体内暴露时间如何促进或多或少的相变缺乏了解。正如最近的临床研究所指出的,可能必须密切监测氧化锆/聚乙烯髋关节置换术的患者,以防可能在术后10到15年发生的不良变化。 2006 Elsevier Inc.保留所有权利。

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