首页> 外文期刊>Journal of Biomedical Science and Engineering >Optimum Combination of Femoral Head Size, Femoral Head Material, and Acetabular Cup Liner’s Highly-Cross-Linked Polyethylene Brand for Hip Implant
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Optimum Combination of Femoral Head Size, Femoral Head Material, and Acetabular Cup Liner’s Highly-Cross-Linked Polyethylene Brand for Hip Implant

机译:股骨头尺寸,股骨头材料和髋臼杯内衬的高交联聚乙烯品牌的最佳组合

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摘要

Clinical two-dimensional linear wear rate data for acetabular cup liners fabricated using approved brands of highly cross-linked ultra-high-molecular-weight polyethylene, as reported in 39 articles in the literature, were analyzed using a statistical technique called response surface methodology. The output was a series comprising16 acceptable combinations of femoral head diameter (HD), femoral head material (HM), and HXLPE brand (PB), each of which would yield the optimum wear rate (herein taken to be a wear rate of practically zero). An example of such a combination is 28- mm-diameter Oxinium? femoral head articulated against an acetabular cup liner fabricated from ReflectionTM HXLPE. The findings in this work may guide an orthopaedic surgeon’s selection of the combination of HD, HM, and PB to use in a primary total hip joint replacement.
机译:如文献中39篇文章所报道的,使用批准的品牌的高度交联的超高分子量聚乙烯制造的髋臼杯内衬的临床二维线性磨损率数据,使用一种称为响应面方法的统计技术进行了分析。输出是一系列包括16种可接受的股骨头直径(HD),股骨头材料(HM)和HXLPE品牌(PB)的组合,每种组合都将产生最佳磨损率(此处的磨损率几乎为零) )。这种组合的一个例子是直径28毫米的Oxinium?股骨头与由ReflectionTM HXLPE制造的髋臼杯内衬铰接在一起。这项工作中的发现可能会指导整形外科医生选择HD,HM和PB的组合,以进行主要的全髋关节置换。

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