Titlebook: Osteoporotic Fracture and Systemic Skeletal Disorders; Mechanism, Assessmen Hideaki E. Takahashi,David B. Burr,Noriaki Yamamot Book 2022 Sp

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978-981-16-5615-6Springer Nature Singapore Pte Ltd. 2022

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Hideaki E. Takahashi,David B. Burr,Noriaki YamamotShares the latest insights into osteoporotic fracture.Covers various aspects including orthopedic medicine, radiology, cellular biology and treatment.Written by respected international experts in the

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Cellular and Molecular Biology in Bone Remodelingcation, RANKL-OPG secretion and WNT/β-catenin signaling. Systemic factors that have actions on multiple bone cell types include parathyroid hormone and estrogen. Understanding how these biomolecules influence bone cells and control bone remodeling is critical to developing treatments to prevent skel

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Bone Tissue and Its Mechanical Regulation of Remodeling affect the cellular processes associated with mechanical signaling in bone cells. Though not well studied, it is possible that the effects of exercise on the skeleton can be compromised in patients who are prescribed many of these agents, including calcium channel blockers, NSAIDS, and nitric oxide

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