Objective: to investigate the effect of different cortical bone thickness on stress distribution of implant-bone interface, thus to provide reference in clinics.
目的：研究不同厚度的骨皮质支持下，支抗种植体-骨界面应力分布的影响，为临床提供参考。
Moreover, the high phosphorus diets appeared the tendency of epiphyseal plate thickness and bone cortical thickness decreasing.
高磷日粮呈现降低生长板和骨皮质厚度的趋势。
The thickness of cortical bone is inversely proportional to the displacement of interface bone.
皮质骨的厚度与界面骨的位移成反比。
Results The trabecular bone volume and mean cortical thickness decreased in OVX, however, the number of osteoclast were higher than normal rats.
结果：去势大鼠骨组织皮质及骨小梁变薄，骨矿化率增高，矿化缘长度增加，小梁表面破骨细胞数明显增多。
Results The trabecular bone volume and mean cortical thickness decreased in OVX, however, the number of osteoclast were higher than normal rats.
结果：去势大鼠骨组织皮质及骨小梁变薄，骨矿化率增高，矿化缘长度增加，小梁表面破骨细胞数明显增多。
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