01 · ABSTRACT
Abstract
Osteoporosis is a systemic skeletal disease characterized by changes in bone density and microarchitecture resulting in increased fracture risk. While effective osteoporosis therapies exist, many patients at risk for fracture remain undiagnosed and untreated. The central challenge of osteoporosis management may be one of implementation rather than availability of therapeutic options. Management breaks down at successive, addressable points along the care continuum: how patients perceive their own risk, how clinicians identify who is at high or very-high risk, and whether risk-appropriate therapy is initiated and sustained. This review traces the evolution of osteoporosis management from early evidence of poor disease awareness and unclear risk definitions toward today's emphasis on imminent and very high fracture risk and on anabolic-first therapy, and characterizes the gaps that separate guidelines from practice, drawing on a decade of real-world evidence. We argue that real-world evidence helps make each gap visible and measurable, and that the long-term-care setting, where the highest-risk, least-treated patients live, may be the next frontier for osteoporosis management implementation. We close with a practical, deployable care-continuum model and a multi-stakeholder call to action for clinicians, health systems, and policymakers.
↓ Read PDF02 · OJS METADATA
Keywords
Osteoporosissecondary fracture preventionfracture risk assessmentosteoanabolic therapybone mineral densityopportunistic computed tomographytreatment persistencereal-world evidencelong-term carecare continuum
03 · PUBLICATION RECORD
Article details
JournalMedical Research Archives
IssueVol 14 No 9 (2026): Vol 14, Issue 9, September 2026
SectionReview Articles
Published30 September 2026
DOI10.18103/mra.2026.0521
ISSN2375-1924
04 · RIGHTS & REUSE
Rights & reuse
This article is published under a Creative Commons Attribution License (CC BY 3.0) and may be shared or distributed by anyone as long as attribution is given to the journal.