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Related Subjects: |Calcium Physiology |Hypercalcaemia |Hypophosphataemia |Hyperphosphataemia |Bisphosphonates |Osteoporosis |Osteonecrosis of the jaw
Important: Bisphosphonates work best (and are safest) when calcium and vitamin D are adequate. In UK practice, check adjusted calcium and correct vitamin D deficiency before starting; hypocalcaemia must be treated first. ๐ก Many landmark fracture-reduction trials ensured participants were replete in calcium/vitamin D.
| ๐งโโ๏ธ Patient Group (Who Benefits) | ๐ Why it matters clinically |
|---|---|
| Fragility fracture (especially hip/vertebra) | Highest baseline risk โ biggest absolute fracture reduction; consider IV options if adherence/GI intolerance is a problem. |
| Postmenopausal osteoporosis (T-score โค โ2.5 or high FRAX/QFracture) | Strong evidence for vertebral and hip fracture reduction with alendronate/risedronate/zoledronate. |
| Men at high fracture risk | Fracture morbidity is high; bisphosphonates increase BMD and reduce vertebral fracture risk. |
| Long-term systemic glucocorticoids | Steroids suppress osteoblasts and increase resorption โ rapid bone loss; early prevention is key. |
| Secondary high-turnover states (AI/ADT therapy, hypogonadism, etc.) | Accelerated bone loss; therapy targeted to those with high calculated risk or low BMD. |