Bone Reports · 2018 · 11 citations · 24 references
MedicineNutritionNutritional SciencesAnimal NutritionBone MetabolismCalcium HomeostasisBone GrowthBone HealthCalcium NutritionOsteogenesisRodent NutritionVitamin DBone Geometry DevelopmentBone Mineral DensityBone MorphometryNutritional Bone HealthNutritional Effects On BoneRodent DietsVitamin D Effects On BoneVitamin D Physiology
BACKGROUND: The AIN-93G reference (REF) diet is used to allow the comparison within and between studies of different research groups but its levels of vitamin D (vit D) and calcium (Ca) may be higher than required for healthy bone structure and bone mineral density (BMD). OBJECTIVE: To determine if lower dietary levels of Ca (3.5, 3 or 2.5 g Ca/kg diet) at 1 of 2 levels of vit D (100 or 400 IU/kg diet) supports similar development of bone structure and BMD compared to AIN-93G reference (REF) diet in female CD-1 mice at 2 and 4 months of age. METHODS: and PTH were quantified. RESULTS: or femur strength at the midpoint or neck. Serum PTH was not elevated compared to REF in either Trial. CONCLUSION: Lowering both dietary vit D (100 IU/kg) and Ca (2.5 g/kg) in AIN-93G diet did not result in differences in bone development of female CD-1 mice at early adulthood. Translational relevance of bone studies conducted using the AIN-93G diet may be affected by its high vit D and Ca content.
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Philip G. Reeves, Forrest H. Nielsen, G. C. Fahey · Journal of Nutrition · 1993 · 8.7K citations
Martin Kaufmann, John C. Gallagher, Munro Peacock et al. · The Journal of Clinical Endocrinology & Metabolism · 2014 · 249 citations · Full text