1
Vertebral microcomputed tomography scanning confirmed decreased trabecular bone volume and trabecular number.
2
Nineteen cylindrical trabecular bone specimens were prepared and assigned to two groups.
3
Ash fraction of L4 trabecular bone cores did not differ between groups.
4
Glycyrrhizin ameliorates bone loss and improves trabecular bone parameters in OVX mice.
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Results: Highly significant loss of trabecular bone was observed only in leptin-LV group.
6
This paper describes a novel mathematical model of the trabecular bone remodelling cycle.
7
The Orientation of trabecular bone specimens for mechanical testing must be carefully controlled.
8
The one on the right showed nothing but amorphous trabecular bone.
9
SOST expression levels were considerably higher in cortical bone compared to trabecular bone.
10
However, no significant differences in trabecular bone volume were observed.
11
Fusion was confirmed by presence of continuous trabecular bone bridges in the disc space.
12
Model predictions of trabecular bone morphology and anisotropy were quantitatively compared to experimental results.
13
Radiographic indexes of trabecular bone, assessed by phase-contrast X-ray imaging, confirmed the bone loss.
14
All simulations produced structures that qualitatively resembled oriented trabecular bone.
15
Additionally, we observed an increase in fibroblast-like cells associated with trabecular bone in Stk11 mutants.
16
Bone marrow (BM) and trabecular bone are both sources of MSC.
