Titlebook: Nutrition and Osteoporosis; Harold H. Draper Book 1994 Springer Science+Business Media New York 1994 Calcium.Nutrition.Pathogene.Phosphor.

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Bone Loss in Animals,clusion extends to all other species of vertebrates so far examined, from laboratory rodents to non-human species living in the wild. Although the pattern of bone loss differs among species and no animal model has been identified in which the pattern of loss exactly simulates that in humans, studies

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Adrenaline

Solace

Occlusion

Ethnic and Genetic Differences in Susceptibility to Osteoporotic Fractures,mass and susceptibility to osteoporotic fractures. Evidence for differences in bone mass at all stages of the life cycle is documented, with particular reference to blacks vs. whites and whites vs. Asians. The potential of genetic markers to explain these differences is discussed.

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Memorial

Protein Intake and Calcium Homeostasis,n all-meat diet fed to humans increased urinary calcium. Twenty years later McCance .. (1942) confirmed this observation by showing that peptones, gluten, gelatin or egg white added to the diet increased urinary loss of calcium. Another 20 years elapsed until Engstrom and DeLuca (1963) reported that

chance

喪失

paleolithic

Bone Mineral Content in Postmenopausal Vegetarians and Omnivores,nd Mather (1974, 1975) observed that in Eskimos, whose diets consisted chiefly of meat and provided about 200 g of animal protein per day, bone loss occurred earlier in life and was of greater magnitude than in Caucasians in the U.S.A. An explanation for these observations is based on findings that