Incorporating in vivo fall assessments in the simulation of femoral fractures with finite element models

The free and esterified (舠bound舡) hydroxy acids from butterfat were isolated by column‐ and thin‐layer chromatography on silica. The 4‐ and 5‐hydroxy acids forming the े‐ and ै‐lactones were separated from the other hydroxy acids by TLC on silica. The concentrations of a number of free and bound lactones in butterfat were determined by means of a radio‐gas chromatograph using the isotope dilution method. In addition the total concentration of the free and bound hydroxy acids which cannot be lactonized, was determined.

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Determination of hydroxy‐acid triglycerides and lactones in butter

Jurriens

Oele

1965

J Americ Oil Chem Soc

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Anatomically Aligned Loading During Falls: Influence of Fall Protocol, Sex and Trochanteric Soft Tissue Thickness

2021

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High- and low-viscosity cement for osteoporotic femoral augmentation: A computational subject-specific approach

Ramos-Infante

Pérez

2019

Engineering Fracture Mechanics

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Incorporating in vivo fall assessments in the simulation of femoral fractures with finite element models

Cited by 4 publications

References 36 publications

Determination of hydroxy‐acid triglycerides and lactones in butter

Determination of hydroxy‐acid triglycerides and lactones in butter

Anatomically Aligned Loading During Falls: Influence of Fall Protocol, Sex and Trochanteric Soft Tissue Thickness

High- and low-viscosity cement for osteoporotic femoral augmentation: A computational subject-specific approach

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