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Frontal Knee Alignment: Three-dimensional Marker Positions and Clinical Assessment

机译:额膝对齐:三维标记位置和临床评估

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摘要

We assessed the validity of the hip-knee-ankle angle measured statically during three-dimensional (3-D) gait analysis and the tibial angle using an inclinometer compared with the mechanical axis on radiographs. Eleven individuals (20 knees) with radiographic knee osteoarthritis (OA) participated in this study. We determined the following: the lower-limb mechanical axis using weightbearing long-leg radiographs; hip-knee-ankle angle using the techniques of 3-D gait analysis in a static standing position; and tibial alignment using an inclinometer. The mean mechanical axis (± standard deviation) for this cohort was 0.7° ± 7.2° (range, −13°−16°). The tibial alignment and hip-knee-ankle angle correlated with the mechanical axis but the correlation between the mechanical axis and the hip-knee-ankle angle was stronger. Our data suggest the inclinometer and 3-D gait analysis are valid ways to estimate mechanical alignment of the knee.
机译:我们评估了在三维(3-D)步态分析过程中静态测量的髋-膝-踝角的有效性以及使用倾斜仪与X射线照片上的机械轴进行比较的胫骨角的有效性。放射影像学膝骨关节炎(OA)的11个人(20膝)参加了这项研究。我们确定了以下内容:使用负重长腿X射线照片确定下肢机械轴;在静态站立姿势下使用3-D步态分析技术进行髋-膝-踝角;使用倾斜仪进行胫骨对准。该队列的平均机械轴(±标准偏差)为0.7°±7.2°(范围-13°-16°)。胫骨对准和髋膝踝角度与机械轴相关,但机械轴与髋膝踝角度的相关性较强。我们的数据表明,测斜仪和3-D步态分析是估计膝盖机械对准的有效方法。

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