Khoroshkov Iu A, Odintsova N A
Arkh Anat Gistol Embriol. 1988 Dec;95(12):41-8.
By means of light optic and electron microscopy (SAM, TAM) histoconstruction of the connective tissue structures of the human skeletal muscles have been investigated and its analysis has been performed from biomechanical point of view. Fibrillar elements of the connective tissue are demonstrated to play an important role in structural adaptation of the skeletal muscle, as the organ, performing certain mechanical functions. The data obtained makes it possible to formulate the state, that the fibrillar network of the connective tissue is a polyfunctional system, that ensures integration of the structural elements of the muscle, transmission of mechanical strains, is the carcass of the organ and participates in formation of its buffer and amortizational mechanisms. The integration mechanisms of the main functional elements of the muscle belly, tendons and fascia to a great extent are of a unification character.
借助光学显微镜和电子显微镜（扫描电镜、透射电镜）对人类骨骼肌结缔组织结构的组织构造进行了研究，并从生物力学角度进行了分析。结缔组织的纤维成分在骨骼肌作为执行特定机械功能的器官的结构适应中起着重要作用。所获得的数据使得能够阐述这样一种状态，即结缔组织的纤维网络是一个多功能系统，它确保肌肉结构要素的整合、机械应变的传递，是器官的框架，并参与其缓冲和减震机制的形成。肌腹、肌腱和筋膜等主要功能元件的整合机制在很大程度上具有统一的特征。
