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通过猴下颌升支矢状劈开前徙术后不同时期扫描电镜的动态观察，发现骨段连接区界面的发展不平衡，是一个界面由宽到窄最后完全骨性连接的过程。整个界面的连接程度进展不一，骨性连接的早晚与应力分布的状况有关。同时发现，非胶原蛋白是胶原基质最终发生矿化的核化中心，胶原是晶体物质取向沉积的被动模板，能促使细胞对骨基质的附着，而骨基质的改建则是一个不断吸收和沉积的过程。
The dynamic observation of the sagittal splitting of monkey mandibular ascending branch before and after different periods of scanning showed that the development of the interface of the segment of the segment of the bone was unbalanced and was the process of finally complete osseointegration of the interface from wide to narrow. The degree of connection of the entire interface varies progressively, and sooner or later the condition of the bony connection is related to the stress distribution. At the same time, it is found that non-collagen is the core of the mineralization of the collagen matrix. The collagen is a passive template for the deposition of crystalline materials, which can promote the attachment of cells to the bone matrix. The remodeling of the bone matrix is a continuous absorption and deposition process.