Exact(20)
Next, in "Bone surface" section we have outlined the in-silico attempts to model bone dynamics.
In the spine fusion model, bone formation with the 3D AMSC was demonstrated by a significant increase in bone content.
In mouse calvarial defect model, bone regeneration was significantly enhanced in the defects implanted with SIS scaffolds, along with the up-regulation of BMP-2 and CD31 expression.
The rationale for the material design, photopolymerization kinetics, degradation behavior, and histology in subcutaneous tissue and a model bone defect are presented.
In an in vivo mouse calvarial defect model, bone regeneration was enhanced by SIS implantation at 8 weeks, compared to control defect.
In this study, a voxel-based finite element program was used to model bone loss in three specimens of human vertebral trabecular bone.
Similar(40)
In this paper, model bones with mechanical characteristics similar to those of human bone and pig bone, were endmilled.
In this model, bone-marrow-derived cells were recruited in significantly greater numbers in Mst1 versus control mice.
In this model, bone-marrow-derived cells rather than neurons served as the critical source of NMU.
In a multivariate Cox model, bones as the sole metastatic site and stage IV at presentation remained the only independent significant factors.> -wrap-foot> -- denotes p >0.1.
In the other four models bone mass was restored to the original value using a trabecular bone thickening procedure.
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