Individual trabecula segmentation-based morphological analysis assessed trabecular morphology and connectivity.

This study developed a standard (generic) 'building-block' of a trabecula for large-scale FE models.

Finally, the decreasing mandibular cartilage thickness, the degradation of extracellular matrix, and the erosion of bone trabecula were subsequently restored.

The morphology of the SAS with its complex trabecula structures was taken into account through a novel porous media model with anisotropic permeability.

Histologically, Zn protected a Cd-induced degenerative change of mesenchymal cells in the periosteum and that of osteoblasts around the trabecula at each Cd level.

Standard morphological and Individual Trabecula Segmentation (ITS) analyses were used estimate microstructural properties.

This increase in bone mass correlates with the increase in number and thickness of trabeculas in cancellous bone.