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您请求的操作仅限于组中的用户:拉伸肌肉的能力(肌肉顺应性)可以从骨骼肌的神经学(当考虑到[[高张力vs痉挛|肌张力]]的神经生理学基础)和生物力学模型来解释。肌内结缔组织框架(非收缩成分)在肌肉拉伸时分配力Williams PE, Goldspink G. [https://www.ncbi.nlm.nih.gov/pmc/articles/PMC1164074/固定肌肉中的结缔组织变化]。解剖学杂志。1984年3月;138(2):343.。研究表明，最佳的肌肉功能可能是通过增加肌肉长度、长度延伸性、被动弹性刚度、质量和强度来实现的。[https://www.sciencedirect.com/science/article/abs/pii/S0268003300000619骨骼肌的被动伸展:具有临床意义的文献综述]。临床生物力学;2001;16(增刊2):87-101。 Blazevich A.骨骼肌被动力学特性对改变使用模式的适应性。应用生理学杂志。2019; 126: 1483-1491 It has also been shown that an increase in the collagen to muscle fibre tissue exist as well as reconfiguration of collagen arrangements in immobilized muscles suggesting the roles of the biomechanical model in clinical management of muscle stiffness and [[Contracture Management for Traumatic Brain Injury|contractures]] hence consideration should be put into the rehabilitation and clinical management of such conditions. During plyometric exercises, the SEC is known to store up potential energy that is released during the concentric muscle contraction serving as a springDavies G, Riemann BL, Manske R. [https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4637913/ Current concepts of plyometric exercise]. International journal of sports physical therapy. 2015 Nov;10(6):760. suggesting the role these components play in shock absorption especially during walking. The perception of Delay Onset Muscle Soreness ([[Delayed onset muscle soreness (DOMS)|DOMS]]) after eccentric contraction is caused by microtrauma to the PEC and the SEC, (Minor SD 1987 as cited by Davies G). 回到 检索自"http:///Muscle_Biomechanics”
回到 检索自"http:///Muscle_Biomechanics”
