首页> 外文会议>ASME summer bioengineering conference;SBC2009 >DOES PLACEMENT OF THE AXIS OF ROTATION OF THE CERVICAL SPINE AFFECT MOTION SEGMENT MECHANICS DURING FLEXION AND EXTENSION?
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DOES PLACEMENT OF THE AXIS OF ROTATION OF THE CERVICAL SPINE AFFECT MOTION SEGMENT MECHANICS DURING FLEXION AND EXTENSION?

机译:在弯曲和伸展过程中,放置颈椎旋转轴会影响运动节段力学吗?

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Current in vitro testing methodologies remain limited in the ability to explore spinal mechanics. The gold standard of flexibility testing has traditionally focused only on evaluating rotational components of motion within a motion segment unit (MSU). While such data may be applied towards evaluation of the Center of Rotation (CoR) of a joint, many systems lack the needed sensitivity. The result is that there is currently no consensus on the location of the CoR of the spine. Further, very limited data or insight can be gathered as to the precise kinematic or dynamic state of the MSU, the influence of surgically implanted motion restoration devices, or the influence of subtle changes to an implanted device.
机译:当前的体外测试方法学在探索脊柱力学的能力方面仍然受到限制。柔韧性测试的黄金标准传统上只专注于评估运动段单元(MSU)中运动的旋转分量。尽管此类数据可用于评估关节的旋转中心(CoR),但许多系统缺乏所需的灵敏度。结果是,目前在脊柱的CoR位置尚无共识。此外,关于MSU的精确运动或动态状态,手术植入的运动恢复设备的影响或植入设备的细微变化的影响,可以收集到非常有限的数据或见识。

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