Therapy of Osteoporosis With Calcium and Vitamin D
Authors
Abstract
Inadequate intakes of vitamin D and calcium lead to reduced calcium absorption, higher bone remodeling rates, and increased bone loss. Vitamin D insufficiency has also been linked to reduced muscle function and increased risk of falling. The mechanisms for the performance and muscle effects are not well understood. Administering vitamin D to those with inadequate vitamin D status has been shown to lower fracture rates in some trials but not in others. The purpose of this presentation is (1) to examine how calcium and vitamin D work in concert, (2) to consider key evidence that increasing vitamin D intake will affect risk of falls and fractures, and (3) to estimate the 25‐hydroxyvitamin D [25(OH)D] level needed to achieve maximum fracture protection.
Digital Object Identifier (DOI)
10.1359/jbmr.07s209 About DOI
Journal Information
Information for CONTRIBUTORS
Media
Journal Tools
- Sign up for eTOC Alerts
- Subscription Information
- Recommend to Librarian
Permissions - Contact Us
News RSS feed
ASBMR Resources

