Martinko V, Jelínek L
Forschungslaboratorium für Stomatologische Krankheiten, Bautechnische Fakultät der Slovakischen Technischen Hochschule, Bratislava, CSFR.
Anat Anz. 1991;172(5):323-9.
On the basis of the ultrastructure of the Haversian lamellar system of bones analyses from the biomechanical viewpoint were undertaken. Instead of computed results preference was given to comparisons with tubes, fibres and nets so as to demonstrate clearly the building principle and movement phenomena. From the course of the collagenous fibres the tensile strains could be discerned which facilitated to determine also the direction of the compressive strains. The mineral components of the bone tissue are oriented toward the direction of the compressive strains. The construction principle of the lamella, however, facilitates reversible deformations and thus regeneration processes which distinguishes it from other technical building principles.
基于对骨哈弗斯板层系统超微结构的研究,从生物力学角度进行了分析。相比于计算结果,更倾向于与管、纤维和网进行比较,以便清晰地展示构建原理和运动现象。从胶原纤维的走向可以辨别出拉伸应变,这也有助于确定压缩应变的方向。骨组织的矿物质成分朝着压缩应变的方向排列。然而,板层的构建原理有利于可逆变形,从而有利于再生过程,这使其有别于其他技术构建原理。