椎体骨质增生导致的椎旁自主神经节扭曲：是脊椎源性自主神经综合征的一个病因吗？
Paraspinal autonomic ganglion distortion due to vertebral body osteophytosis: a cause of vertebrogenic autonomic syndromes?
作者信息
Giles L G
机构信息
Division of Science and Technology, Griffith University, Nathan, Brisbane, Queensland, Australia.
出版信息
J Manipulative Physiol Ther. 1992 Nov-Dec;15(9):551-5.
OBJECTIVE
Preliminary histological investigation to determine whether vertebral body osteophytosis can compromise adjacent paraspinal autonomic structures.
DESIGN
Histological sections of the L4 to S1 vertebral bodies were cut in the coronal plane at a thickness of 200 microns for morphological studies using transmitted light microscopy.
RESULTS
Morphological evidence is presented which supports the hypothesis that vertebral body osteophytes appear to compromise adjacent paraspinal autonomic structures.
CONCLUSION
Motion segment osteophytosis may affect viscera via the autonomic nervous system.
目的
进行初步组织学研究，以确定椎体骨质增生是否会损害相邻的椎旁自主神经结构。
设计
将L4至S1椎体的组织学切片在冠状平面上切成200微米厚，用于使用透射光显微镜进行形态学研究。
结果
提供了形态学证据，支持椎体骨赘似乎会损害相邻椎旁自主神经结构这一假说。
结论
运动节段骨质增生可能通过自主神经系统影响内脏。
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