Calcium Deficiency in Diet Decreases the Magnesium Content in Bone and Affects Femur Physicochemical Properties in Growing Rats - Hernández-Becerra, Ezequiel; Jímenez-Mendoza, Daniel; Mutis-Gonzalez, Nathalia; Pineda-Gomez, Posidia; Rojas-Molina, Isela; Rodríguez-García, Mario E. (Biological trace element research, 2020)
Keywords: Absorption; adolescents; adulthood; Biochemistry; Biomedical and Life Sciences; Biotechnology; blood serum; Bone density; Bone growth; bone metabolism; Bone mineral content; Bone mineral density; Bone turnover; Bones; Calcium; Calcium absorption; calcium deficiency; Calcium metabolism; Cancellous bone; Cortical bone; Defence mechanisms; Defense mechanisms; Depletion; Developmental stages; Diet; Electron microscopy; Evaluation; Femur; Growth stage; In vivo methods and tests; Inductively coupled plasma; intestinal absorption; laboratory animals; Life Sciences; Magnesium; males; Metabolism; mineral content; Nutrient deficiency; Nutrition; Oncology; phosphorus; Physicochemical processes; Physicochemical properties; Porosity; potassium; rats; Scanning electron microscopy; Serum; Thickness; urine; X-radiation; Bone mineral content; Calcium depletion; Bone mineral density; Bone microstructure; Trabecular and cortical bone; Single X-ray system