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Comparative Measurements of Anterior Tibial Translation Using the KT-1000 Knee Arthrometer With the Leg in Neutral, Internal Rotation, and External Rotation

机译：使用KT-1000膝关节的前胫骨平移比较测量腿部中性，内部旋转和外部旋转

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Ira Fiebert; Jill Gresley; Stephanie Hoffman; Kevin Kunkel;
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年度 1994
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3. Does Maximal External Tibial Component Rotation Influence Tibiofemoral Load Distribution in the Primary Knee Arthroplasty Setting: A Comparison of Neutral vs Maximal Anatomical External Rotatory States [J] . Manning William A., Ghosh Kanishka M., Blain Alasdair P., The Journal of arthroplasty . 2017,第6期

机译：最大外部胫骨分量旋转是否会影响初级膝关节关节置换术环境中的胫骨载荷分布：中性VS最大解剖外旋转状态的比较
4. An experimental study on the relationship between the components and movement of the human knee using an android model - measurement of internal-external rotation and anterior-posterior tibial translation - [C] . Yamauchi Daichi, Sato Noritaka, Morita Yoshifumi International conference on control, automation and systems . 2015

机译：使用android模型进行膝关节各成分与运动之间关系的实验研究-测量内外旋转和胫骨前后移位-
5. The moderating effect of tibialis anterior fatigue protocol on the relationships between rearfoot eversion, thigh muscle activation, and knee internal rotation during a single leg forward jump stop task. [D] . Shimokochi, Yohei. 2006

机译：在单腿向前跳跃停止任务期间，胫骨前疲劳协议对后足外翻，大腿肌肉激活和膝盖内部旋转之间关系的调节作用。
6. The Influence of Internal and External Tibial Rotation Offsets on Knee Joint and Ligament Biomechanics During Simulated Athletic Tasks [O] . Nathaniel A. Bates, Rebecca J. Nesbitt, Jason T. Shearn, -1

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7. Figure 2: Assessment of the hip range of motion: (A) passive straight leg raise test; (B) passive hip internal rotation test; (C) passive hip external rotation test; (D) modified Thomas test; (E) hip abduction with knee extended test. [O] . -1

机译：图2：评估髋关节运动的范围：（a）被动直腿抬起试验; （b）被动髋关节内旋转试验; （c）被动髋关节外旋转试验; （d）改性托马斯试验; （e）髋关节绑架膝关节延长试验。

Comparative Measurements of Anterior Tibial Translation Using the KT-1000 Knee Arthrometer With the Leg in Neutral, Internal Rotation, and External Rotation

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