结论：动态ct可以非常准确的测量椎体的旋转，并用以研究轴向旋转所指的放射状撕裂。
Conclusion. Dynamic ct measures vertebral rotations sufficiently accurately to study the effect of a radial tear on axial rotation can.
小关节突关节不对称的滑移会导致椎体滑移出现旋转。
Asymmetrical slip of the facets results in a rotational component to the spondylolisthesis.
腰椎以一个穿越椎体和椎间盘后三分之一的纵轴为轴进行旋转。
Axial rotation of the lumbar vertebrae occurs around a longitudinal axis that passes through the posterior third of the vertebral bodies and intervertebral discs.
结论：颈性头晕与椎体的半失稳、C2和C6的旋转关系密切。
Conclusion: The cervical dizzy has relation with the vertebral rotation of C2, C6 and the vertebral semi-unsteady.
脊柱在生理范围内的旋转运动不能改变椎体失稳状态。
The rotation of spinal columns within physiological range will not charge vertebral unbalance.
目的：探讨颈性头晕与颈椎旋转、椎体半失稳间的关系。
Objective: To study the relationship of cervical dizziness and vertebral rotations vertebral semi-unsteady.
目的：探讨颈性头晕与颈椎旋转、椎体半失稳间的关系。
Objective: To explore the relationship of cervical dizziness and vertebral rotation, vertebral semi-unsteady.
线检查包括Cobb角，椎体顶点的旋转角和C7椎体在冠状面从骶正中线的平移。
Radiographic examination included Cobb Angle, rotation Angle of apical vertebrae, and translation of the C7 vertebra from the center sacral line on the coronal plane.
应用联合影像学技术模拟椎体屈伸、左右侧屈、左右旋转运动时的活动度。
Motions were reproduced with use of the combined imaging technique during flexion-extension, left-to-right bending, and left-to-right twisting movements.
应用联合影像学技术模拟椎体屈伸、左右侧屈、左右旋转运动时的活动度。
Motions were reproduced with use of the combined imaging technique during flexion-extension, left-to-right bending, and left-to-right twisting movements.
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