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混合型和非骨水泥型表面置换关节成形术后髋关节生物力学有差异吗?

Are there differences in Hip Biomechanics after hybrid and cementless resurfacing arthroplasty?

作者信息

Le Duff M J, Bhaurla S K, Takamura K B, Amstutz H C, Liu F-C

出版信息

Acta Orthop Belg. 2016 Aug;82(3):516-521.

Abstract

There is a paucity of information regarding the clinical performance of the fully cementless metal-on-metal hip resurfacing designs. We compared the biomechanical reconstruction between the two hips of a group of patients treated with a hybrid resurfacing design on one side and a new, fully cementless version of the same resurfacing design on the other side.We retrospectively identified 20 patients with a hybrid hip resurfacing on one side and a fully cementless device on the contralateral side. The cemented femoral components were implanted with a target angle stem to shaft angle of 140° while the cementless femoral components were implanted with the aim to replicate the natural neck to shaft angle.No significant differences were observed post-operatively in femoral offset or leg length despite implantation with a larger metaphyseal stem to femoral shaft angle in the hybrid group. Both hybrid and cementless designs provide similar biomechanical reconstructions.

摘要

关于全非骨水泥型金属对金属髋关节表面置换设计的临床性能,目前信息匮乏。我们比较了一组患者两侧髋关节的生物力学重建情况,一侧采用混合表面置换设计,另一侧采用相同表面置换设计的新型全非骨水泥型。我们回顾性地确定了20例患者,一侧为混合髋关节表面置换,对侧为全非骨水泥型假体。骨水泥固定的股骨组件植入时目标柄干角为140°,而非骨水泥固定的股骨组件植入时旨在复制自然颈干角。尽管混合组植入的干骺端柄与股骨干角度更大,但术后在股骨偏心距或腿长方面未观察到显著差异。混合设计和非骨水泥设计均提供相似的生物力学重建。

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