Global ETD Search

Using finite element models under multiple loading conditions to improve the association between radius and tibia microarchitecture and prevalent osteoporotic vertebral fracture

George, Jacob KoshyCumming School of Medicine2018

… exist between individuals with a prevalent vertebral fracture and healthy controls. As fracture is a result of mechanical failure, FE models of these sites in physiologically relevant loading conditions (compression, torsion, bending) may reveal insight into fracture pathogenesis uncaptured …

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The Exploration of Sagittal Spine Curvature: Validating a surface topography method & relating curvature to physical function

Hannink, Erin NicoleOxford Brookes University2021

… capacity and physical performance in people with osteoporotic vertebral fracture (OVF). Since this analysis took into account only the thoracic spine region, there was a need to explore the relationship further, but with a surface measurement tool that had a higher potential for a robust …

oxford-brookes Repository record for The Exploration of Sagittal Spine Curvature: Validating a surface topography method & relating curvature to physical function (opens in a new tab)

Development and internal validation of a clinical prediction model for acute adjacent vertebral fracture after vertebral augmentation: the AVA score

Hijikata, YasukazuKyoto University2022

kyoto Repository record for Development and internal validation of a clinical prediction model for acute adjacent vertebral fracture after vertebral augmentation: the AVA score (opens in a new tab)