Key result
Adenosine1 receptor antagonists, such as KW-3902, are currently being evaluated in phase III clinical trials to augment diuresis and preserve renal function in patients with heart failure.
Why the study?
Impaired renal function contributes to adverse outcomes in chronic and acute decompensated HF, and A1R stimulation may worsen renal impairment and treatment resistance.
Do adenosine1 receptor antagonists augment diuresis and preserve renal function in patients with heart failure?
Do adenosine1 receptor antagonists augment diuresis and preserve renal function in patients with heart failure?
Adenosine1 receptor antagonists represent a potential therapeutic approach to augment diuresis and preserve renal function in heart failure patients, currently under phase III investigation.
A1R antagonism may augment diuresis while preserving renal function in decompensated HF; leaves open confirmation from ongoing phase III trials.
Heart failure (HF) remains a major cause of morbidity and mortality, even with the use of standard treatments in patients with chronic HF and acute decompensated HF. Impaired renal function is an important prognostic indicator for adverse clinical outcomes. Elevated plasma levels of adenosine have been observed in HF patients and stimulation of adenosine1 receptors (A1R) in the kidney may be contributing to impaired renal function and treatment resistance. This observation has led to the development of A1R inhibitor drugs, both in oral and intravenous formulations, which in both animal and preliminary clinical trials have been shown to augment diuresis while preserving or improving renal function in HF patients. An extensive phase III clinical program using the A1R KW-3902 is now in progress in patients with symptomatic HF and renal dysfunction to evaluate the efficacy and safety of this treatment approach.
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Shah et al. (2009) conducted a review in Heart failure. Adenosine1 receptor antagonists (KW-3902) was evaluated. Adenosine1 receptor antagonists, such as KW-3902, are currently being evaluated in phase III clinical trials to augment diuresis and preserve renal function in patients with heart failure.
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