Assessment of Ankle and Hindfoot Stability and Joint Pressures Using a Human Cadaveric Model of a Large Lateral Talar Process Excision: A Biomechanical Study (vol 94, pg e606, 2015)

Sands A.; White C.; Blankstein M.

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Assessment of Ankle and Hindfoot Stability and Joint Pressures Using a Human Cadaveric Model of a Large Lateral Talar Process Excision: A Biomechanical Study (vol 94, pg e606, 2015)

机译：使用大侧踝处理切除的人尸体模型评估脚踝和后脚稳定性和关节压力：生物力学研究（Vol 94，PG E606,2015）

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《Medicine. 》 |2015年第14期| 共1页
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Sands A.; White C.; Blankstein M.;
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1. Assessment of Ankle and Hindfoot Stability and Joint Pressures Using a Human Cadaveric Model of a Large Lateral Talar Process Excision: A Biomechanical Study (vol 94, pg e606, 2015) [J] . Sands A., White C., Blankstein M. Medicine. . 2015 ,第14期

机译：使用大型侧滑道切除术的人体尸体模型评估踝关节和后足的稳定性和关节压力：生物力学研究（第94卷，第606页，第606页）
2. Assessment of Ankle and Hindfoot Stability and Joint Pressures Using a Human Cadaveric Model of a Large Lateral Talar Process Excision: A Biomechanical Study [J] . Sands Andrew, White Charles, Blankstein Michael, Medicine. . 2015 ,第11期

机译：踝关节和后足稳定性和关节压力的评估使用大型侧向滑行切除术的人体尸体模型：生物力学研究
3. Assessment of Ankle and Hindfoot Stability and Joint Pressures Using a Human Cadaveric Model of a Large Lateral Talar Process Excision: A Biomechanical Study [J] . Sands Andrew, White Charles, Blankstein Michael, Medicine. . 2015 ,第11期

机译：踝关节和后足稳定性和关节压力的评估使用大型侧向滑行切除术的人体尸体模型：生物力学研究
4. Study on Human Ankle Joint Biomechanical Dynamics During Upright Standing ‘Sandbag-Disturbance’ Push-Recovery [C] . Xiangui Xu, Renjie Xiong, Biwei Tang, International Conference on Advanced Robotics and Mechatronics . 2019

机译：直立站立“沙袋扰动”推回过程中人体踝关节生物力学动力学研究
5. Assessment of Ankle and Hindfoot Stability and Joint Pressures Using a Human Cadaveric Model of a Large Lateral Talar Process Excision: A Biomechanical Study: Erratum [O] . -1

机译：使用大型侧滑道切除术的人体尸体模型评估踝关节和后足的稳定性和关节压力：生物力学研究：勘误
6. Assessment of Ankle and Hindfoot Stability and Joint Pressures Using a Human Cadaveric Model of a Large Lateral Talar Process Excision [O] . Andrew Sands, Charles White, Michael Blankstein, 2015

机译：使用大型横向缩小工艺切除的人尸体模型评估脚踝和后脚稳定性和关节压力
7. Development of a Dynamic Biomechanical Model for Load Carriage: Phase 4, Part C2: Assessment of Pressure Measurement Systems on Curved Surfaces for the Dynamic Biomechanical Model of Human Load Carriage; Contract rept [R] . Fergenbaum, M. A., Hadcock, L., Stevenson, J. M., 2005

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Assessment of Ankle and Hindfoot Stability and Joint Pressures Using a Human Cadaveric Model of a Large Lateral Talar Process Excision: A Biomechanical Study (vol 94, pg e606, 2015)

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