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Monitoring bone mineral density after kidney transplantation: Patients on osteoporosis pharmacotherapy

Monitoring bone mineral density after kidney transplantation: Patients on osteoporosis pharmacotherapy
This algorithm summarizes our suggested approach to monitoring BMD in kidney transplant recipients who are taking osteoporosis pharmacotherapy to prevent bone loss. This approach is based largely on clinical experience and describes monitoring over the first two years after transplantation. All patients also should continue nonpharmacologic measures to prevent bone loss. This algorithm is intended for use with other UpToDate content. For additional details, including the evidence supporting this approach, refer to UpToDate topics on the prevention and treatment of bone disease after kidney transplantation.

BMD: bone mineral density; BSAP: bone-specific alkaline phosphatase; CTX: C-telopeptide; DXA: dual-energy x-ray absorptiometry.

* Nonpharmacologic measures include lifestyle measures (eg, weight-bearing exercise, smoking cessation), glucocorticoid dose minimization, calcium and vitamin D in normocalcemic patients, and treatment of persistent hyperparathyroidism. Refer to UpToDate content on general measures to prevent bone loss in kidney transplant recipients.

¶ Decreased BMD is defined as a decline that exceeds the least significant change (LSC) for the specific instrument used.

Δ Secondary causes of bone loss include severe hyperparathyroidism, celiac disease, and hyperthyroidism. Refer to other UpToDate content on the evaluation for secondary causes of bone loss.

◊ The decision to discontinue osteoporosis pharmacotherapy should be individualized based on estimated fracture risk, including non-BMD risk factors for fracture. In patients with major non-BMD risk factors for fracture (eg, continued glucocorticoid therapy >5 mg/day of prednisone or equivalent), continued pharmacotherapy may be warranted.

§ Discontinuation of denosumab has been associated with rebound increases in bone resorption and an associated increased risk of multiple vertebral fractures. Thus, if denosumab is discontinued, an alternative therapy (typically a bisphosphonate) should be given to prevent rapid bone loss and increased risk of vertebral fractures.

¥ There are no data in kidney transplant recipients on the optimal time to discontinue osteoporosis pharmacotherapy. Our practice is to continue therapy until the T-score is >–2.5 at all skeletal sites. For patients with severe osteoporosis, it may take several years to reach an adequate T-score.
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