Human cancellous bone is a heterogeneous material. Despite this, most of the published
studies report correlations between mechanical properties and morphometric parameters …

In vivo high-resolution peripheral quantitative micro-CT (HR-pQCT) is a new modality for
imaging peripheral sites like the distal tibia and the distal radius, providing structural bone …

High-resolution voxel-based finite element software, such as FEEBE developed at the
NCBES, is widely used for studying trabecular bone at the micro-scale. A new approach to …

Purpose To investigate the feasibility of 7T magnetic resonance imaging (MRI) to visualize
and quantify trabecular bone structure in vivo by comparison with 3T MRI and in vivo three …

Using high resolution magnetic resonance imaging, we detected severely underdeveloped
trabecular bone microarchitecture in the distal femur of children with cerebral palsy who can …

The frequency of life forms in the fossil record is largely determined by the extent to which
they were mineralised at the time of their death. In addition to mineral structures, many …

Until now, the effects of phytoestrogen on bone in both women and ovarian hormone-
deficient animal models of osteoporosis have remained uncertain. We have aimed here to …

Bone microstructure has usually been assessed by obtaining samples invasively and
analyzing them with conventional histomorphometric methods. Improvements in high …

Using high-resolution magnetic resonance imaging, we observed more developed
trabecular bone microarchitecture in the proximal tibia of female collegiate gymnasts vs …

Trabecular bone density changes throughout the proximal tibia are indicative of several
musculoskeletal disorders of the knee joint. Many of these disorders involve not only …