Abstract

BackgroundRhabdomyolysis is a widely recognized yet rare complication in statin use. Rhabdomyolysis might be triggered by the prescription of high doses of statins or by statin accumulation due to interactions with concomitant medication. Muscle cell destruction as evidenced by myoglobin elevation can induce potentially life-threatening acute renal failure.Case presentationWe report a case of a 70-year-old obese white man with sudden onset of severe rhabdomyolysis with consecutive renal failure. His medication included low-dose simvastatin, which he had taken for 6 years up until the event. The statin was withdrawn immediately. After 3 days of veno-venous hemofiltration his renal function was completely restored.ConclusionsClinicians in both primary and special care might be unaware that side effects of statins do occur even after a long uneventful statin medication; they should be advised not to exclude that possibility upfront, even if a patient has tolerated the medication for years.

Highlights

  • Rhabdomyolysis is a widely recognized yet rare complication in statin use

  • Clinicians in both primary and special care might be unaware that side effects of statins do occur even after a long uneventful statin medication; they should be advised not to exclude that possibility upfront, even if a patient has tolerated the medication for years

  • Between 2005 and 2011 the US Food and Drug Administration (FDA) Adverse Event Reporting System identified 147,789 case reports with suspected statin-associated myopathy (SAM), including patients with rhabdomyolysis

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Summary

Conclusions

We wish to alert clinicians to the fact that side effects of statins do occur even after a long uneventful statin medication; they should be advised not to exclude that possibility upfront, even if a patient has tolerated the medication for years. For patients with multiple drugs, clinicians should be aware of possible drug– drug interactions such as colchicine and statins. In cases in which colchicine is indicated, statins not metabolized via the CYP3A4 system should be preferred. Patients with muscle-related symptoms and statin medication should immediately be checked for an increase in CK and levels should be monitored after statin medication is stopped. Further studies are needed to clarify the different pathogeneses of statininduced myopathies, as well as the optimal management of patients with this severe side effect

Background
Discussion
Findings
70 M Rhabdomyolysis

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