超声检查通过关节运动引起的神经系统移位文献回顾

Q3 Health Professions
Carles Munné , Carles Pedret
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引用次数: 0

摘要

神经系统有能力适应日常活动中所暴露的张力、压缩力和剪切力等机械力。神经滑动的减少可能通过增加神经张力而改变其功能,这可能产生不利影响,导致疼痛的发生。本研究的目的是回顾目前关于神经系统运动和如何测量它的文献。为了做到这一点,我们在Pubmed和PEDro中进行了一项研究,其中神经位移是通过“逐帧相互关联系统”技术测量的。选择了20项研究:14项测量健康受试者的位移,6项比较某种形式的周围神经病变。结果表明,周围神经系统在身体不同节段的运动过程中移位,以适应其运行的空间,尽管健康人与神经受累患者之间的移位没有显著差异。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Displacement of the nervous system through articular movement by ultrasound. Bibliographic review

The nervous system has the capacity to adapt to the mechanical forces of tension, compression and shearing to which it is exposed in daily movements. Reduction of nerve slide may alter its function by increasing neural tension, which may have an adverse effect, contributing to the onset of pain. The objective of the study was to review the current literature regarding the movement of the nervous system and how to measure it. To do this, a search was undertaken in Pubmed and PEDro of articles where neural displacement is measured by the “frame-by-frame cross correlation system” technique. Twenty studies were selected: 14 measured displacement in healthy subjects, and 6 compared some form of peripheral neuropathy. The results show that the peripheral nervous system is displaced during the different movements of body segments to adapt to the space through which it runs, although there is no significant difference in displacement between healthy people and patients with nerve involvement.

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来源期刊
Apunts Medicina de l''Esport
Apunts Medicina de l''Esport Health Professions-Physical Therapy, Sports Therapy and Rehabilitation
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1.00
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