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Titlebook: Mechanical Loading of Bones and Joints; Hideaki E. Takahashi (Professor and Chair) Conference proceedings 1999 Springer Japan 1999 biomech

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The Biomechanical “Face” of Osteoporosis: Emerging Views with Insights from the Utah Paradigmone modeling and remodeling provide those adaptations. Normally that arrangement keeps voluntary muscle forces from breaking bones or causing bone pain. Declining muscle strength with aging or in disease makes normal bone-adaptive mechanisms cause an osteopenia in which spontaneous fractures and/or
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The Present State and Future Prospects for Bone Mass Measurementherapeutical responses in osteoporosis. Each technique has its own principle and fundamental features such as the site of measurement (e.g., appendicular or axial bone), precision, accuracy, spatial resolution, data-acquisition time, and radiation dose. Each also differs in its performance in the cl
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Histomorphometric and Node-Strut Analysis of Effects of Exercise or Incadronate Disodium on hPTH (1–OVX) rats. However, PTH-induced increases in cancellous bone volume rapidly decrease to the original levels after withdrawal of hPTH(l-34). Besides confirming that intermittent PTH administration increases cancellous bone mass, this study determined whether PTH-induced cancellous bone mass could be
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