应变缓解 - 第 1 部分:基础知识

Hartwig Liedtke
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引用次数: 0

摘要

如果永久载荷和应力超过骨的弹性极限,可能会发生骨结构的轻微塑性-弹性变形。如果骨不能恢复到原来的中性形状,小梁基质中的慢性张力就会发展或保持。这反过来又导致对受累的筋膜、囊、韧带和肌腱结构的永久牵引/压力,这些结构已被证明是不可扩展的,不可避免地激活了交织在其中的疼痛受体。结果是骨骼部位出现慢性的,有时是治疗抵抗性的症状。这篇文章介绍了一种新的保守治疗概念(骨)应变缓解,它可以通过手动弯曲/旋转/推动病理性的、看不见的骨“畸形”回到原来的解剖位置,以尽量减少筋膜和肌腱的永久张力/剪切/拉力,从而非常成功地减少甚至消除慢性疼痛。
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Strain Relief – Teil 1: Grundlagen

If a permanent load and stress exceeds the elastic limit of the bone, a slight plastic-elastic deformation of the osseous structures may occur. If the bone does not return to its original neutral shape a chronic tension in the trabecular matrix develops or remains. This in turn leads to permanent traction/pressure on the involved fascia, capsule, ligament and tendon structures, which have been shown to be non-extensible, with inevitable activation of the pain receptors interwoven within them. Chronic, sometimes therapy-resistant complaints in the bone area are the result.

This article introduces (Bone) Strain Relief, a new conservative treatment concept that can be used to manually bend/rotate/push pathological, invisible bone “deformities” back into their original anatomical position in order to minimize the permanent tension/shear/pull on fascia and tendons and thus very successfully reduce or even eliminate chronic pain.

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