筋膜的流动动力学

Robert Schleip
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引用次数: 0

摘要

筋膜主要由水组成。因此,这一元素的任何变化都会对整个组织产生重大影响。对于运动治疗师来说,思考组织对其干预措施的海绵反应是很有帮助的。巧妙地将暂时脱水和随后的补水结合起来,不仅能保证组织的更新,还能改变治疗组织的硬度。机械压力会改变透明质酸的分子结构,从而改变粘度。另一方面,缺乏运动会导致组织加速老化,这可能与组织中结晶水的减少有关。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Strömungsdynamik in den Faszien
Fasciae mainly consist of water. Therefore, any change in this element will have a significant impact on the entire tissue. It is helpful for movement therapists to think about the sponge-like reaction of the tissue to their interventions. A skilful interplay of temporary dehydration and subsequent rehydration not only promises tissue renewal, but can also alter the stiffness of the treated tissue. Mechanical pressure can cause the molecular structure of the hyaluronic acid to change and thus the viscosity. A lack of movement, on the other hand, leads to faster ageing, which is presumably related to a decrease in crystallised water in the tissue.
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