Peer Reviewedhttps://deepblue.lib.umich.edu/bitstream/2027.42/149362/1/ocr12265.pdfhttps://deepblue.lib.umich.edu/bitstream/2027.42/149362/2/ocr12265_am.pd
Bone mass and microarchitecture are the main determinants of bone strength. Three-dimensional micro-...
Introduction: Knowledge about macro- and micro-structural characteristics may improve in vivo estima...
Objective: Intraobserver reliability and agreement were determined for microradiography (MR), micro-...
In longitudinal studies, three-dimensional (3D) bone images are acquired at sequential time points e...
This chapter describes the use of micro-computed tomography scanning for analyzing bone structure, f...
Introduction: Knowledge about macro- and micro-structural characteristics may improve in vivo estima...
Introduction: Knowledge about macro- and micro-structural characteristics may improve in vivo estima...
The bone structure is very dynamic and continuously adapts its geometry to external stimuli by model...
Micro-computed tomography can be applied for the assessment of the micro-architectural characteristi...
Contains fulltext : 70592.pdf (publisher's version ) (Closed access)OBJECTIVE: Int...
It is well established that bone is capable of adapting to changes in its environment; however, litt...
Objectives This study aims to evaluate if micro-CT can work as a method for the 3D assessment and ...
The mouse tibia is a common site to investigate bone remodelling and the effect of treatments precli...
It is well established that bone is capable of adapting to changes in its environment; however, litt...
In vivo micro-computed tomography (micro-CT) will offer unique information on the time-related chang...
Bone mass and microarchitecture are the main determinants of bone strength. Three-dimensional micro-...
Introduction: Knowledge about macro- and micro-structural characteristics may improve in vivo estima...
Objective: Intraobserver reliability and agreement were determined for microradiography (MR), micro-...
In longitudinal studies, three-dimensional (3D) bone images are acquired at sequential time points e...
This chapter describes the use of micro-computed tomography scanning for analyzing bone structure, f...
Introduction: Knowledge about macro- and micro-structural characteristics may improve in vivo estima...
Introduction: Knowledge about macro- and micro-structural characteristics may improve in vivo estima...
The bone structure is very dynamic and continuously adapts its geometry to external stimuli by model...
Micro-computed tomography can be applied for the assessment of the micro-architectural characteristi...
Contains fulltext : 70592.pdf (publisher's version ) (Closed access)OBJECTIVE: Int...
It is well established that bone is capable of adapting to changes in its environment; however, litt...
Objectives This study aims to evaluate if micro-CT can work as a method for the 3D assessment and ...
The mouse tibia is a common site to investigate bone remodelling and the effect of treatments precli...
It is well established that bone is capable of adapting to changes in its environment; however, litt...
In vivo micro-computed tomography (micro-CT) will offer unique information on the time-related chang...
Bone mass and microarchitecture are the main determinants of bone strength. Three-dimensional micro-...
Introduction: Knowledge about macro- and micro-structural characteristics may improve in vivo estima...
Objective: Intraobserver reliability and agreement were determined for microradiography (MR), micro-...
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