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Gravitational forces and sagittal shape of the spine. Clinical estimation of their relations.

机译:重力和脊柱的矢状。他们之间关系的临床估计。

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摘要

The sagittal morphology of the pelvis determines the amount of lordosis needed for each individual. The proper harmony of the sagittal spinal curves allows a stable balance, economical in terms of mechanical effects and muscular energy. A previous barycentremetrical laboratory study allowed us to demonstrate that the axis of gravity of the upper body segment was located behind the lumbar vertebrae and the femoral heads, thus ensuring economy and stability. The determination of the anatomical connection of the individual gravity is thus of primary importance for the evaluation of sagittal balance. Data for 42 patients without spinal pathology, previously evaluated by barycentremetry, were used to establish a predictive equation for the application point of the gravity at the level of the third lumbar vertebra (L3). This equation, using anthropometric and radiographic pelvic and spinal parameters, was integrated into a software program called Similibary. It was applied to the same 42 subjects. These results were compared in order to validate the method. No significant difference was observed between the two techniques. This easy-to-use tool allows a personalised evaluation of the sagittal balance of the spine, both through the evaluation of the harmonious relationship between the spinal curves and the pelvis, and through the location of gravity supported by the vertebral structures in L3.
机译:骨盆的矢状形态决定了每个人所需的脊柱前凸的数量。矢状脊椎曲线的适当和谐可以实现稳定的平衡,就机械效应和肌肉能量而言,这是经济的。先前的重心实验室研究使我们证明了上身部分的重心轴位于腰椎和股骨头的后面,从而确保了经济性和稳定性。因此,确定各个重力的解剖学联系对于矢状平衡的评估至关重要。先前已通过重心重量测定法评估的42例无脊柱病理的患者的数据用于建立第三腰椎(L3)水平上重力施加点的预测方程。使用人体测量学和射线照相的骨盆和脊柱参数,将该方程式集成到名为Similibary的软件程序中。它被应用于相同的42个受试者。比较这些结果以验证该方法。两种技术之间未观察到显着差异。通过评估脊柱弯曲与骨盆之间的和谐关系,以及通过L3中椎骨结构支撑的重力位置,该易于使用的工具可对脊柱的矢状面进行个性化评估。

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