首页> 外文期刊>The Journal of arthroplasty >Relationship between femoral component rotation and total knee flexion gap balance on modified axial radiographs.
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Relationship between femoral component rotation and total knee flexion gap balance on modified axial radiographs.

机译:改良的X线片上股骨组件旋转与总膝关节屈曲间隙平衡之间的关系。

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摘要

Using modified axial radiographs, we investigated the relationship between femoral component rotation and flexion gap balance in 70 consecutive knees with varus osteoarthritis 1 year after they underwent cruciate-ligament-retaining total knee arthroplasty with the measured resection technique. We measured (1) the condylar twist angle, defined as the angle between the posterior condylar axis and the clinical epicondylar axis, and (2) the liftoff angle (LOA), defined as the angle between the posterior condylar axis and the tibial cutting surface. There was a significant positive correlation between the postoperative condylar twist angle (mean, 2.6 degrees ) and the postoperative LOA (mean, 1.8 degrees ). Our data suggest that a more accurate method of identifying the clinical epicondylar axis would lead to a smaller LOA as measured on modified axial radiographs.
机译:我们使用改良的轴向X射线照片,通过测量的切除技术研究了70例连续10年内行交叉韧带保留膝关节置换术的内翻性骨关节炎的股骨旋转和屈曲间隙平衡之间的关系。我们测量了(1)dy突扭转角(定义为后con轴与临床上epi突轴之间的角度),以及(2)剥离角(LOA),定义为terior后轴与胫骨切割面之间的角度。 dy突扭转角(平均2.6度)与术后LOA(平均1.8度)之间存在显着正相关。我们的数据表明,更准确的方法来识别临床con上轴将导致更小的LOA,如在改良的X线胸片上测得的。

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