Key result
Left ventricular assist device support allows for the study of failing myocardium before and after mechanical unloading, illustrating the ability of the myocardium to heal.
Why the study?
Does left ventricular assist device support improve cellular, structural, and hemodynamic parameters in patients with end-stage heart failure?
Does left ventricular assist device support improve cellular, structural, and hemodynamic parameters in patients with end-stage heart failure?
Chronic mechanical unloading with LVADs promotes cellular, structural, and hemodynamic recovery in end-stage failing myocardium, offering insights into heart failure mechanisms.
LVAD unloading offers a platform to probe myocardial recovery; leaves open predictors and strategies for sustained clinical remission in end-stage HF.
PURPOSE OF REVIEW: The authors present a comprehensive analysis of the evidence in support of improvements at the cellular, structural, and hemodynamic levels after left ventricular assist device support. RECENT FINDINGS: The use of left ventricular assist devices as a strategy to bridge patients to cardiac transplantation and, more recently, as a form of destination therapy has provided a great opportunity to study failing myocardium at various time points. Specifically, myocardial samples can be obtained from patients at the time of left ventricular assist device implantation and again at explant, thereby allowing comparisons between paired samples of failing myocardium obtained before and after mechanical unloading. SUMMARY: A body of knowledge has been generated that illustrates the ability of the myocardium to "heal." This information may give us better insight into cellular and molecular mechanisms of heart failure and potential new therapies for patients with end-stage heart failure.
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Wallace et al. (2004) conducted a review in Heart failure. Left ventricular assist device (LVAD) support was evaluated. Left ventricular assist device support allows for the study of failing myocardium before and after mechanical unloading, illustrating the ability of the myocardium to heal.
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