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Do First-generation Highly Crosslinked Polyethylenes Oxidize In Vivo?

机译:第一代高度交联的聚乙烯会体内氧化吗?

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摘要

BackgroundHighly crosslinked and thermally treated polyethylenes were clinically introduced to reduce wear and osteolysis. Although the crosslinking process improves the wear performance, it also introduces free radicals into the polymer that can subsequently oxidize. Thermal treatments have been implemented to reduce oxidation; however, the efficacy of these methods with regard to reducing in vivo oxidative degradation remains to be seen. Polyethylene oxidation is a concern because it can compromise the ultimate strength and ductility of the material.
机译:背景技术临床上引入了高度交联和热处理的聚乙烯,以减少磨损和骨溶解。尽管交联过程改善了磨损性能,但它也将自由基引入聚合物中,随后可将其氧化。已经进行了热处理以减少氧化。然而,这些方法在减少体内氧化降解方面的功效尚待观察。聚乙烯氧化是一个令人担忧的问题,因为它会损害材料的极限强度和延展性。

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