State-of-the-Art Prevention of Heart Failure: Maladaptive versus Adaptive Hypertrophy.

Heart failure monitor Pub Date : 2008-02-01
Gianluigi Condorelli, Michael Vg Latronico, Mario Condorelli
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Abstract

Hypertrophy is the response of cardiac muscle to altered hemodynamic loads. The increase in ventricular wall thickness normalizes increased wall stress and, therefore, hypertrophy is initially beneficial. However, progressive hypertrophy is associated with deleterious long-term consequences that significantly increase the risk of mortality. This review outlines the events associated with hypertrophy and discusses how strategies can be aimed at preventing pathological hypertrophy. The fact that heart failure is one of the leading causes of death in the West demands a detailed understanding of the complexities underlying this response. Complete dissection of hypertrophy will aid the development of novel therapeutic approaches that could take advantage of its beneficial features while removing the deleterious consequences caused by hypertrophic growth of the heart. Heart Fail Monit 2008;5(4):112-8.

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最先进的心力衰竭预防:不适应与适应性肥厚。
肥厚是心肌对血流动力学负荷改变的反应。心室壁厚度的增加使壁应力的增加正常化,因此,肥厚最初是有益的。然而,进行性肥大与有害的长期后果相关,显著增加死亡风险。这篇综述概述了与肥大相关的事件,并讨论了如何预防病理性肥大的策略。在西方,心力衰竭是导致死亡的主要原因之一,这一事实要求我们详细了解这种反应背后的复杂性。对肥厚的完全解剖将有助于开发新的治疗方法,这些方法可以利用其有益的特征,同时消除由心脏肥厚生长引起的有害后果。心衰监测2008;5(4):112-8。
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Back to the future? The potential benefits of treatment of sleep apnea in heart failure. State-of-the-Art Prevention of Heart Failure: Maladaptive versus Adaptive Hypertrophy. Neuregulin-1 and its potential role in the control of cardiac function. Congenital heart disease and heart failure.
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