Comportement mécanique du rachis cervical : une revue de littérature

B. Watier
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引用次数: 15

Abstract

Cervical spine is certainly the most complex joint. Biomechanics behaviours of this segment coming from different authors are related in this article. Cervical spine can be divided in two parts: upper cervical spine from occiput to C2 and lower cervical spine from C3 to C7. In vitro biomechanical study shows a strongly non linear behaviour. 60% of the motion of the whole segment takes place at the upper cervical from occiput to C2. Coupling motions are significant, principally in lateral bending and axial rotation. On top of that authors describe a neutral zone with a very little stifness at the center of the behaviour graph. This area represents 60% of whole motion of each intervetebral joint. Finally, authors describe a loss of mobility of 40% with ageing. However weigth and size seem to be non significant on the mechanical behaviour of cervical spine.

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颈椎的力学行为:文献综述
颈椎无疑是最复杂的关节。不同作者对这部分的生物力学行为进行了介绍。颈椎可分为两部分:上颈椎从枕部到C2,下颈椎从C3到C7。体外生物力学研究显示出强烈的非线性行为。整个节段60%的运动发生在上颈从枕部到C2。耦合运动是重要的,主要是在横向弯曲和轴向旋转。在此基础上,作者在行为图的中心描述了一个刚度很小的中性区域。这个区域代表了每个椎间关节全部运动的60%。最后,作者描述了随着年龄增长而丧失40%的流动性。然而,体重和尺寸似乎对颈椎的力学行为不显著。
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