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1·Occipital is mainly composed of compact cortical bone.

枕骨骨质主要为致密的皮质骨。

2·Conclusions PC-DCP can markedly protect cortical bone blood flow.

结论PC - DCP可明显保护板下皮质骨血运。

3·The dead cortical bone of a graft is typically not completely replaced with new bone.

移植骨表面死亡的皮质骨并没有完全被新骨取代。

4·The loss rate of BMC value was similar between cancellous bone and cortical bone (P > 0.05).

不同年龄组的松质骨与皮质骨骨密度年丢失率无差异（P>0.05）。

5·The problems of bony spiculas, periosteal reaction and cortical bone erosion were discussed.

还讨论了骨针、骨膜反应、骨皮质破坏等问题。

6·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。

7·The bone of the tubercular recess and planum sphenoidale was frequently a thin layer of cortical bone.

结果结节隐窝和蝶骨平台的骨质为一层薄的皮质骨。

8·The buccal cortical bone was thicker in short-faced individual than in the average and long-faced groups.

短面型组的颊侧皮质骨厚度厚于正常组与长曲型组。

9·These results suggest that intermittent PTH application mainly affects on spongy bone rather than on cortical bone.

这些结果提示间歇性注射PTH主要影响骨松质而不是皮质骨。

10·The stresses concentrated upon the cortical bone of the neck of implant and the weak cancellous bone beside thread.

骨界面的应力集中于颈部皮质骨及螺纹接触部位较薄弱的松质骨上。