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首页> 外文期刊>Injury >Biomechanical properties of orthogonal plate configuration versus parallel plate configuration using the same locking plate system for intra-articular distal humeral fractures under radial or ulnar column axial load
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Biomechanical properties of orthogonal plate configuration versus parallel plate configuration using the same locking plate system for intra-articular distal humeral fractures under radial or ulnar column axial load

机译:正交板构造与平行板配置的生物力学特性使用相同锁定板系统在径向或尺轴柱轴向载荷下的关节内侧远端肱骨骨折

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摘要

Introduction: Previous reports have questioned whether an orthogonal or parallel configuration is superior for distal humeral articular fractures. In previous clinical and biomechanical studies, implant failure of the posterolateral plate has been reported with orthogonal configurations; however, the reason for screw loosening in the posterolateral plate is unclear. The purpose of this study was to evaluate biomechanical properties and to clarify the causes of posterolateral plate loosening using a humeral fracture model under axial compression on the radial or ulnar column separately. And we changed only the plate set up: parallel or orthogonal.
机译:简介:以前的报告质疑正交或平行配置是否优于远侧肱骨关节骨折。 在先前的临床和生物力学研究中,据报道,后侧板的植入失效具有正交构型; 然而,在后侧板上松动的螺杆的原因尚不清楚。 本研究的目的是评估生物力学特性,并阐明使用肱骨裂缝模型在径向或尺粒柱上的轴向压缩下释放的后侧板松动的原因。 我们只改变了设置的板:平行或正交。

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