Titlebook: Bone Loss and Osteoporosis; An Anthropological P Sabrina C. Agarwal,Sam D. Stout Book 2003 Springer Science+Business Media New York 2003 Tu

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Everyday Ethics of Medical Practicesnsions, proportions, and morphology. There is clear genetic control oskeletal size and shape, but the genetically specified phenotype is modified by local mechanical loads endured by the bones during ontogeny, and less so, during adulthood.

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Bone Loss, Fracture Histories, and Body Composition Characteristics of Older Malesmber and proportion of the elderly continue to grow. According to the statistics cited at the outset of the conference, 10 million Americans already had osteoporosis at the beginning of the year 2000, and 18 million more had low bone mass that placed them at risk for non-traumatic fractures.

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Histomorphology, Geometry, and Mechanical Loading in Past Populationsnsions, proportions, and morphology. There is clear genetic control oskeletal size and shape, but the genetically specified phenotype is modified by local mechanical loads endured by the bones during ontogeny, and less so, during adulthood.

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ecome active areas of research in skeletal biology. Bone loss is associated with aging in both sexes and is accelerated in women with the onset of menopause. However, bone loss is related to a suite of complex and often synergistically related factors including genetics, pathology, nutrition, mechan

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Palgrave Studies in Animals and Literatureentific Evaluation of Dietary Reference Intakes, 1997). It is now possible to make more quantitative comparisons of vitamin D nutrition through primate and human evolution, and to draw inferences about how differences in vitamin D nutrition may have affected susceptibility to disease.

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