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Implantation design guidelines for instrumenting the cadaveric lower extremity to transduce femur loads and tibial forces and moments

机译:植入设计指南,用于驾驶尸体下肢转变股骨载荷和胫骨力量和时刻

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Numerous studies have documented the implantation of a 6-axis load cell in series with the tibial shaft and a limited number of studies have instrumented the femur for uniaxial load transduction. We are unaware of a single study seeking to instrument both anatomical segments. In addition, while the instrumentation processes have been described in textural and graphical detail, the dimensions and material choices for preparation jigs, potting cups, etc., are typically not given. In the current study, we have reviewed the available literature and have developed a modified preparation and implantation methodology. We also include complete designs appropriate for a reproduction of our process or modification of the methodology by the reader. The robustness of our technique was verified in a companion study in which whole, unembalmed cadavers were subjected to a HYGE frontal sled test without compromise of the instrumentation.
机译:许多研究记录了与胫骨轴串联的6轴称重传感器的植入,并且有限数量的研究已经为单轴载荷转导进行了借调的股骨。我们不知道一项研究寻求仪器解剖段的学习。另外,虽然已经以纹理和图形细节描述了仪表过程,但通常不给出制备夹具,灌封杯等的尺寸和材料选择。在目前的研究中,我们审查了可用的文献,并制定了改进的制剂和植入方法。我们还包括适合于读者再现我们的进程或修改方法的完整设计。我们技术的稳健性在一个伴侣研究中核实了整体,未在没有折衷仪器的情况下进行横向逆向吊索试验的伴随的尸体。

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