首页> 外文会议>ASME summer bioengineering conference;SBC2011 >RELATIVE STABILITY PROVIDED BY THE MEDIAL MENISCUS AND CRUCIATE LIGAMENTS AT HIGH AND LOW AXIAL COMPRESSIONS
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RELATIVE STABILITY PROVIDED BY THE MEDIAL MENISCUS AND CRUCIATE LIGAMENTS AT HIGH AND LOW AXIAL COMPRESSIONS

机译:在高和低轴压下内侧半月板和十字形韧带提供的相对稳定性

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The ACL, PCL and medial meniscus are important stabilizing structures in the knee joint. Investigating what role they play in stability and mobility is essential to understanding how degeneration might occur in the knee. The purpose of this study was to investigate how the ACL, PCL, and medial meniscus respond to compression, shear, and torque. A custom made testing machine was used to simulate various kinematic positions. Results indicated that the medial meniscus, ACL and PCL all play a role in stabilizing the joint regardless of the compression applied.
机译:ACL,PCL和内侧半月板是膝关节中重要的稳定结构。研究它们在稳定性和活动性中起什么作用对于理解膝盖如何发生退化至关重要。这项研究的目的是调查ACL,PCL和内侧半月板如何响应压缩,剪切和扭矩。使用定制的测试机来模拟各种运动学位置。结果表明,不管施加何种压力,内侧半月板,ACL和PCL均在稳定关节中起作用。

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