The Management of Osteoporosis in Orthopedics: Analyzing How Early Diagnosis, Pharmacological Interventions, and Lifestyle Modifications Can Prevent Fractures and Improve Bone Health in Elderly Patients
Dr Kishore Kumar Khatri, 2 Dr Muhammad Azeem Akhund 3 Hadi Raza, 4 Umar Khan, 5Ali Raza, 6 Mobeen Ali
1Assistant Professor Department of Orthopaedic Surgery and Traumatology, PUMHS Nawabshah
2Associate Professor Department of Orthopeadics Surgery and Traumatology PUMHS W Nawabshah
3 UHS Lahore. 4Mayo Hospital Lahore, 5PIMS, 6PIMS
Vol 15-02
Submission: 10th January 2025, Acceptance: 6th August 2025, Publication: 18th October 2025
Abstract
Background: Osteoporosis is a common disease in the elder population and is defined by reduced BMD and a higher risk of fracture. It also has important implications on care, enablement, and autonomy and frailty in elderly patients. Good control and management of osteoporosis in orthopaedic practices is highly desirable in order to prevent fractures and maintain bone strength.
Aim: To reduce fracture frequency and improve bone quality in elderly patients, this article discusses the critical aspects of early detection of osteoporosis, pharmacological therapy, and possible nonpharmacological measures.
Method: The authors used a retrospective medical record review concurrently with a literature review in order to collect data from elderly patients with osteoporosis. The audit assessed the efficacy of early diagnosis through the employment of Dual-energy X-ray absorptiometry (DEXA) scans and the FRAX score, pharmacological interventions such as bisphosphonates, denosumab, and teriparatide as well as lifestyle modifications such as calcium and vitamin D supplementation, weight-bearing exercise regimens, and falls prevention measures.
Results: Determination of BMD employing DEXA and FRAX was capable of determining initial fracture risk with subsequent fracture frequency decreasing to a range of 30-40%. Medical therapies increased BMD by 15-20% with bisphosphonates and teriparatide be the most effective in the treatment of fracture. Regarding the impact on bones nutritional improvements particularly calcium/vitamin D intake and activity level also helped in bone health and achieved up to 25% reduction rate in fractures. A coordinated preventive, pharmacologic, and clinical intervention regime provided an 18% increase in BMD and a 60% reduction in fracture rates.
Conclusion: As discussed for this patient, and for every elderly patient with osteoporosis, multiple interventions should be initiated including early diagnosis and pharmacological treatment and lifestyle modifications. In this detailed approach, fracture incidence is minimized and patient quality of life improved dramatically. More studies are required in order to enhance diagnostic techniques and to include more prenatal strategies for better osteoporosis treatment.Keywords: Osteoporosis, elderly, early diagnosis, pharmacological treatment, lifestyle modifications, fracture prevention, bone health, DEXA scan, FRAX score.
