首页> 外文期刊>Journal of bodywork and movement therapies >Fascial hierarchies and the relevance of crossed-helical arrangements of collagen to changes in the shape of muscles.
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Fascial hierarchies and the relevance of crossed-helical arrangements of collagen to changes in the shape of muscles.

机译:筋膜层次和胶原的交叉螺旋排列与肌肉形状变化的相关性。

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摘要

Muscles are composite structures consisting of contractile myofibres surrounded by complex hierarchies of collagen-reinforced fascial sheaths. They are essentially flexible cylinders that change in shape, with the particular alignment of collagen fibres within their myofascial walls reflecting the most efficient distribution of mechanical stresses and coordinating these changes. However, while the functional significance of this crossed-helical fibre arrangement is well established in other species and in different parts of the body, relatively little attention has been given to this within the fascia of humans; and the relevance of this geometric configuration to muscles and surrounding fascial tissues is described.
机译:肌肉是由收缩的肌纤维组成的复合结构,周围是胶原蛋白增强的筋膜鞘的复杂层次。它们本质上是形状可变的柔性圆柱体,其肌筋膜壁内胶原纤维的特殊排列反映了机械应力的最有效分布并协调了这些变化。然而,尽管这种交叉螺旋形纤维排列的功能意义在其他物种和人体不同部位已得到充分确立,但在人的筋膜中对此却很少给予关注。并且描述了这种几何构型与肌肉和周围筋膜组织的相关性。

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