1.
The Study on Effects of Fatigue Damage Upon Trabecular Bone by Numerical Simulation
疲劳损伤对松质骨结构影响的数值模拟研究
2.
Feasibility of characterizing cancellous bone microstructure using ultrasonic apparent backscatter parametric imaging
超声表观背散射参数成像定征松质骨结构的可行性研究
3.
The Trabecular Heterogeneity of Femoral Head in Male Osteoporotic Fracture
男性骨质疏松骨折患者股骨头松质骨微结构区域差异研究
4.
Assessment of Bone Trabecular Structure of the Calcaneus in MRI in Men with Osteoporosis;
MRI对骨质疏松患者跟骨骨小梁结构的初步评估
5.
To Study the Technology of Maxilla Cancellous Bone Microstructures Three-dimensional (3D) Reconstruction;
颌骨松质骨显微结构三维重建技术研究
6.
HRMRI in assessment of trabecular bone micro-architecture in osteoporosis
高分辨率磁共振成像评价骨质疏松症骨微结构
7.
Cortical bone grafts are used primarily for structural support, and cancellous bone grafts for osteogenesis.
皮质骨移植主要用于结构性支撑，松质骨移植用于成骨。
8.
The Effect of Methylprednisolone on the Ulna Cortical Bone Bone Mass, Microarchitecture and Mechanical Performance in Rats;
甲基泼尼松龙对大鼠尺骨皮质骨骨量、微结构及力学性能的影响
9.
The Biomechanics Characters and the Morphological Changes of the Mandible Cancellous Bone when Being Compressed;
人下颌松质骨压缩的生物力学性质及骨小梁结构变化
10.
Researching the Three-dimensional Structure Change of Calf Trabecular Bone in Rabbit by Micro CT
Micro CT观察小牛松质骨在兔体内的三维结构变化
11.
Conclusion Gallium can alleviate the damage of osteocyte ultrastructure elicited by osteoporosis.
结论镓盐对骨质疏松引起的骨细胞超微结构的损伤有改善作用。
12.
Objective To investigate the influence of Gallium on osteocyte ultrastructure in osteoporosis.
目的探讨镓盐对骨质疏松骨细胞超微结构的影响。
13.
Effect and Ration Research of Benefiting-bone Capsule on Cancellous Microstructure of Ovariotomy Rats;
益骨胶囊对去卵巢大鼠松质骨显微结构的影响及定量研究
14.
One of the characters of primary osteoporosis is bone fragility due to low bone mass and regression of the internal bone structure, with alterations of its microarchitecture.
原发性骨质疏松症是以骨量减少、骨质微观结构退化为特征的一种全身性疾病。
15.
Construction on subtractive cDNA library of osteporosis mice
骨质疏松症骨组织cDNA差减文库的构建
16.
Construction of tissue-engineered cartilage by seeding chondrocytes on allogeneic cancellous bone matrix gelatin
松质骨骨基质明胶复合软骨细胞构建组织工程软骨
17.
The 3D images of trabecular structure of canc ellous 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。
18.
Experimental Research on Tissue Engineering Bone with Xenogeneic Cancellous Bone Scaffold;
异种松质骨支架构建组织工程骨实验研究