Key result
This review discusses the theoretical basis and presents data from the ACE-Inhibitor After Anthracyclines Trial regarding the use of afterload reduction to prevent late anthracycline cardiotoxicity.
Why the study?
Does afterload reduction prevent late anthracycline cardiotoxicity in patients with anthracycline exposure who show signs of anthracycline cardiotoxicity?
Does afterload reduction prevent late anthracycline cardiotoxicity in patients with anthracycline exposure who show signs of anthracycline cardiotoxicity?
This review discusses the theoretical basis and trial data regarding the use of afterload reduction to prevent late anthracycline-induced cardiomyopathy.
Afterload reduction for preventing late anthracycline cardiotoxicity remains unproven; leaves open the need for definitive prospective trials.
Afterload reduction is useful for treating and preventing adult congestive heart failure outside the realm of anthracycline toxicity. Afterload reducers are commonly used as treatment for acute heart failure associated with anthracyclines. However, the use of afterload reduction for the prevention of anthracycline associated late cardiomyopathy remains a controversial area, with strong opinions expressed concerning the potential risks and benefits of such an approach. This article will define "afterload" and the tools utilized to measure afterload. The study will then describe the theory for the use of afterload reduction in patients with anthracycline exposure who show signs of anthracycline cardiotoxicity, and will present data from the ACE-Inhibitor After Anthracyclines (AAA) Trial to help answer the question, "Should an afterload reducer be used to aid in preventing late anthracycline cardiotoxicity?" Finally, recommendations for future research will be presented.
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Jeffrey H. Silber (2005) conducted a review in Anthracycline associated late cardiomyopathy. Afterload reduction was evaluated. This review discusses the theoretical basis and presents data from the ACE-Inhibitor After Anthracyclines Trial regarding the use of afterload reduction to prevent late anthracycline cardiotoxicity.
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