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Cardiac Electrophysiological Dynamics from the Cellular Level to the Organ Level:

机译:从细胞水平到器官水平的心脏电生理动力学:

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Cardiac alternans describes contraction of the ventricles in a strong-weak-strong-weak sequence at a constant pacing frequency. Clinically, alternans manifests as alternation of the T-wave on the ECG and predisposes individuals to arrhythmia and sudden cardiac death. In this review, we focus on the fundamental dynamical mechanisms of alternans and show how alternans at the cellular level underlies alternans in the tissue and on the ECG. A clear picture of dynamical mechanisms underlying alternans is important to allow development of effective anti-arrhythmic strategies.
机译:心脏交替神经描述了以恒定的起搏频率以强弱弱强的顺序收缩心室。临床上,交替蛋白表现为ECG上的T波交替,使个体易患心律不齐和心源性猝死。在这篇综述中,我们着眼于交替素的基本动力学机制,并显示了在细胞水平上交替素如何在组织和心电图上作为交替素的基础。清楚了解交替素基础的动力学机制对于开发有效的抗心律不齐策略很重要。

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