OsteoporosisRobert Marcus, David Feldman, Dorothy Nelson, Clifford Rosen Now in its third edition, Osteoporosis, is the most comprehensive, authoritative reference on this disease. Written by renowned experts in the field, this two-volume reference is a must-have for academic and medical libraries, physicians, researchers, and any company involved in osteoporosis research and development. Worldwide, 200 million women between 60-80 suffer from osteoporosis and have a lifetime risk of fracture between 30 and 40 percent continuing to make osteoporosis a hot topic in medicine. This newest edition covers everything from basic anatomy and physiology to diagnosis, management and treatment in a field where direct care costs for osteoporitic fractures in the U.S. reach up to $18 billion each year. NEW TO THIS EDITION: *Recognizes the critical importance of the Wnt signaling pathway for bone health *Incorporates new chapters on osteocytes, phosphatonins, mouse genetics, and CNS and bone *Examines essential updates on estrogen prevention and treatment and the recent results from the WHI *Discusses the controversial topics of screening and clinical trial design for drug registration *Includes essential updates on therapeutic uses of calcium, vitamin D, SERMS, bisphosphonates, and parathyroid hormone * Offers critical reviews of reproductive and hormonal risk factors, ethnicity, nutrition, therapeutics, management, and economics comprising a tremendous wealth of knowledge in a single source not found elsewhere |
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Other editions - View all
Osteoporosis Robert Marcus, MD,David Feldman,Dorothy Nelson,Clifford J. Rosen No preview available - 2007 |
Common terms and phrases
acid action activity addition androgen appears associated binding Biochem Biol Chem bone formation bone mass Bone Miner Res bone resorption calcium cancer causes cells changes chondrocytes Clin collagen complex cultures cytoplasmic decreased deficiency demonstrated density differentiation direct disease domain effects Endocrinol Endocrinology estrogen evidence expression factor Figure fracture function gene genetic growth human important increased induced inhibits interaction involved kinase levels ligand loss matrix mature mechanical mediated mice mouse mRNA mutations normal osteoblasts osteocytes osteoporosis parathyroid hormone pathway patients phenotype phosphate prevention production proliferation promoter protein PTHrP receptor reduced region regulation remodeling renal reported response rickets role Runx2 secreted serum shown signaling skeletal skeleton specific steroid stimulates strain structure studies suggesting surface tion tissue trabecular transcription treatment vitamin vitamin D vitro vivo
References to this book
Physiological Basis of Aging and Geriatrics, Third Edition Paola S. Timiras No preview available - 2002 |