Bone strength is controlled by both bone mass, and the organization and quality of the bone material. The current standard method for measuring bone mass in mouse and rat studies is micro-computed tomography. This method typically uses a single threshold to identify bone material in the cortical and trabecular regions. However, this single threshold method obscures information about the mineral content of the bone material and depends on normal morphology to separately analyze cortical and trabecular structures. To extend this method to identify bone mass at multiple density levels, we have established a protocol for unbiased selection and application of multiple thresholds using a standard laboratory-based micro-computed tomography instrum...
In this study, we investigate how morphological parameters and mechanical properties derived from mi...
Panels A, B and C display bone mineral density (BMD), percent bone volume to total volume (%BV/TV) a...
Micro-CT scanning of murine femurs before and after uniaxial compression produce 3-dimensional image...
Micro-computed tomography (μCT) is currently the gold standard for determining trabecular bone micro...
Osteoporosis, characterized by reduced bone mineral density and micro-architectural degeneration, si...
AbstractMicro-computed tomography (μCT) is currently the gold standard for determining trabecular bo...
PURPOSE: Quantification of osteolysis is crucial for monitoring treatment effects in preclinical res...
Micro-computed tomography can be applied for the assessment of the micro-architectural characteristi...
Bone mass and microarchitecture are the main determinants of bone strength. Three-dimensional micro-...
Analysis of bone status was performed by determining microarchitecture parameters of bone volume fra...
International audienceBone microarchitecture and mineralization were determined at three-dimensional...
This chapter describes the use of micro-computed tomography scanning for analyzing bone structure, f...
<p>WT (+/+), refers to wild-type littermates; BV/TV = trabecular bone volume (BV) fraction as a pr...
In vivo micro-computed tomography (microCT) scanning of small rodents is a powerful method for longi...
High resolution μCT, and combined μPET/CT have emerged as non-invasive techniques to enhance or even...
In this study, we investigate how morphological parameters and mechanical properties derived from mi...
Panels A, B and C display bone mineral density (BMD), percent bone volume to total volume (%BV/TV) a...
Micro-CT scanning of murine femurs before and after uniaxial compression produce 3-dimensional image...
Micro-computed tomography (μCT) is currently the gold standard for determining trabecular bone micro...
Osteoporosis, characterized by reduced bone mineral density and micro-architectural degeneration, si...
AbstractMicro-computed tomography (μCT) is currently the gold standard for determining trabecular bo...
PURPOSE: Quantification of osteolysis is crucial for monitoring treatment effects in preclinical res...
Micro-computed tomography can be applied for the assessment of the micro-architectural characteristi...
Bone mass and microarchitecture are the main determinants of bone strength. Three-dimensional micro-...
Analysis of bone status was performed by determining microarchitecture parameters of bone volume fra...
International audienceBone microarchitecture and mineralization were determined at three-dimensional...
This chapter describes the use of micro-computed tomography scanning for analyzing bone structure, f...
<p>WT (+/+), refers to wild-type littermates; BV/TV = trabecular bone volume (BV) fraction as a pr...
In vivo micro-computed tomography (microCT) scanning of small rodents is a powerful method for longi...
High resolution μCT, and combined μPET/CT have emerged as non-invasive techniques to enhance or even...
In this study, we investigate how morphological parameters and mechanical properties derived from mi...
Panels A, B and C display bone mineral density (BMD), percent bone volume to total volume (%BV/TV) a...
Micro-CT scanning of murine femurs before and after uniaxial compression produce 3-dimensional image...