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Fixation of an Anatomically Designed Cementless Stem in Total Hip Arthroplasty

机译:全髋关节置换术中解剖学设计的非骨水泥茎的固定

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Purpose. The Anatomic Fiber Metal plus stem (Zimmer) is one of the anatomically designed cementless stems to achieve stable fixation by metaphyseal fit. We studied outcomes of cementless total hip arthroplasty using this stem and possible effects of metaphyseal fit on outcomes.Methods. The cementless total hip arthroplasty using this stem was performed for 155 hips. One hundred and thirty-seven hips of 122 patients were followed for 5 to 16 (mean, 9.7) years and entered into the study. The metaphyseal fit was defined as good or poor in an anteroposterior radiograph after surgery. We studied the fixation of the stem and bone reaction on an anteroposterior radiograph at the final followup.Results. Twelve hips had revision, six acetabular components and six acetabular liners. No stem was revised. The biological fixation of the stem was bone ingrown fixation for 136 hips and unstable for one. The metaphyseal fit was good for 83 hips and poor for 54 hips. There were no differences for stem fixation and bone reaction between the two groups.Conclusions. The fixation of the stem was stable at a mean followup of 9.7 years independently from metaphyseal fit.
机译:目的。解剖纤维金属加柄(Zimmer)是一种解剖学设计的非骨水泥柄,可通过干meta端配合实现稳定的固定。我们使用这种茎研究了非骨水泥型全髋关节置换的结果以及干of端适合度对结果的可能影响。使用该茎的无骨全髋关节置换术治疗了155髋。随访122例患者的137髋,持续5至16年(平均9.7年),并进入研究。手术后的前后X线片将干phy端吻合度定义为好或差。在最后的随访中,我们研究了在前后X线片上对茎和骨反应的固定情况。十二个髋关节进行了翻修,六个髋臼组件和六个髋臼内衬。未修改任何词干。茎的生物固定是136个髋骨向内生长,其中1个不稳定。干phy端适合83髋,但不适合54髋。两组之间的茎固定和骨反应没有差异。独立于干phy端适合,茎的固定稳定,平均随访9.7年。

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