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Synchronisation of tibial rotational alignment with femoral component in total knee arthroplasty.

机译:全膝关节置换术中胫骨旋转对准与股骨组件的同步。

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The rotational axis of the tibial component in total knee arthroplasty described by Insall is generally accepted, but rotational mismatch between the femoral and the tibial components can occur because the alignment of each component is determined separately. We developed a connecting instrument to synchronise the axis of the tibia to the axis of the femur. We compared the rotational axis of the tibial component using our method and medial one third of tibial tuberosity (Insall's reference) in 70 consecutive TKAs. The rotational axis of the tibial component from the femoro-tibial synchronisation was rotated internally 13.8 degrees +/- 5.8 degrees (range, 2 degrees - 24 degrees ) more than the axis of Insall's reference. Eighty three percent of patellae tracked centrally and the patellae tilt measured 2.2 degrees on average. More attention should be given to the rotational congruency between the femoro-tibial components, because the recent prosthetic design has more conforming articular surfaces.
机译:Insall描述的全膝关节置换术中胫骨组件的旋转轴通常被接受,但是由于每个组件的对齐方式是单独确定的,因此在股骨和胫骨组件之间可能会发生旋转失配。我们开发了一种连接仪器,可将胫骨轴与股骨轴同步。我们使用我们的方法比较了胫骨组件的旋转轴,并在70个连续的TKA中,将胫骨粗度的中间三分之一(Insall的参考)。股骨-胫骨同步的胫骨组件旋转轴比Insall的参考轴在内部旋转13.8度+/- 5.8度(范围2度-24度)。百分之八十三的pat骨位于中心,and骨倾斜度平均为2.2度。由于最近的假体设计具有更加贴合的关节表面,因此应更加注意股胫组件之间的旋转一致性。

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