Avrunin A S, Tikhilov R M, Abolin A B, Shcherbak I G
Morfologiia. 2005;127(2):78-82.
Authors suggest to regard bone mineral matrix as the four-level structure. The first level is represented by an internal structure of a mineral, the second--by mineral morphological structure, the third--by coplanar association of minerals, and the fourth--by macroassociation of minerals in a single complex inside each bone. The most probable mechanisms determining stability of reproduction of mineral matrix parameters on each of these levels are shown. As a result of their functioning, the variants of bone mineral matrix structures are formed that are the programmed reflection of specificity of the given site of organic structures.
作者建议将骨矿物质基质视为四级结构。第一级由矿物质的内部结构表示,第二级由矿物质形态结构表示,第三级由矿物质的共面组合表示,第四级由每块骨内单个复合体中矿物质的宏观组合表示。文中展示了决定这些层面上矿物质基质参数复制稳定性的最可能机制。由于它们的作用,形成了骨矿物质基质结构的变体,这些变体是有机结构特定部位特异性的程序性反映。