An Computer - aided - image - processing method for the Two dimensional analysis of trabecular bone structure was given.
本文介绍一种以计算机图像处理为手段，对骨小梁的二维结构进行形态计量学分析的方法。
The effects of disuse on trabecular bone structure was simulated, using the bone (re) modeling model with goals of physiological regulation, based on finite element analysis.
本研究将有限元分析与带有调整目标的骨再造方程相结合，模拟废用对松质骨结构的影响。
It exhibits excellent biocompatibility, possesses a natural trabecular structure, biodegradability, no immunogenicity, so TBC is a ideal extracellular matrix material in bone tissue engineering.
由于其具有天然的骨小梁结构，可降解，无免疫原性，是骨组织工程比较理想的支架材料，因此越来越受到重视。
The 3D images of trabecular structure of cancellous bone after reconstruction were displayed with peculiarity of uniformity a nd solid reticulation.
重建后的松质骨三维立体图像呈均匀、致密的立体网状结构，骨小梁连接清晰可见。
Result:The model group rats bone epiphysis were thinner, the trabecular cracks were more numerous and the net-structure was destroyed.
结果：模型组大鼠胫骨骺板变薄，骨小梁裂纹、断裂者较多，网状结构破坏。
Result:The model group rats bone epiphysis were thinner, the trabecular cracks were more numerous and the net-structure was destroyed.
结果：模型组大鼠胫骨骺板变薄，骨小梁裂纹、断裂者较多，网状结构破坏。
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