1) Trabecular microarchitecture
骨小梁微构筑
2) bone microarchitecture
骨微构筑学
1.
Effect of hypothalamic arcuate nucleus damaged by monosodium glutamate on bone microarchitecture in rats;
损毁弓状核对大鼠骨微构筑学的影响
3) microtrabecular network
微梁骨架
1.
Using DGD embedment_free electron microscopy, ultrastructural observation on the intra_ and intercellular microtrabecular network (MN) of the pollen mother cells (PMC) of the whole meiotic prophase Ⅰ in onion ( Allium cepa L.
)花粉母细胞为材料,采用DGD包埋去包埋原位技术,对花粉母细胞不同发育时期的细胞内、细胞间微梁骨架的超微结构进行了电镜观察。
4) trabeculae
[英][trə'bekjulə] [美][trə'bɛkjələ]
骨小梁
1.
It is assumed that the trabeculae distribution in the principal direction of the fabric tensor is proportional to the associated eigenvalue of the tensor.
采用均匀化理论，通过有限单元的数值计算建立了松质骨弹性常数与结构张量、固体体积比之间的数值关系，并预测了骨小梁的弹性模量。
2.
The physiological structure of cancellous bone is composed of the trabeculae architecture and the tissue fluid which is full of the porous skeleton.
在生理结构上，松质骨由骨小梁构成的骨架结构和充满于该结构之间的组织液组成。
5) Trabecular bone
骨小梁
1.
Estimation of the mean spacing of trabecular bones using autoregression cepstrum;
基于自回归倒谱法估计骨小梁间距
2.
Investigation on trabecular bone rigidity based on homogenization theory;
基于均匀化理论的骨小梁损伤刚度
3.
AIM: The rule of accumu1ating fatigue microdam-age in trabecular bones was studied under low cycle fatigueloading.
观察骨小梁在疲劳载荷下积累性疲劳微观损伤规律。
6) trabecular
[trə'bekjulə]
骨小梁
1.
Comprehensive biomechanical analysis of microcosmic trabecular structure of cancellous bone;
松质骨微观骨小梁结构的生物力学综合分析
2.
The computer reconstruction of trabecular bone s three-dimensional imaging based on tissue section;
基于组织切片的骨小梁空间结构的计算机三维重建
3.
Effect of long-term administration of rosiglitazone on bone trabecular in the bilaterally ovariectomized rats
长期使用罗格列酮对去势大鼠骨小梁的影响
补充资料：顶梁骨
1.即顶骨。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条