MAPPING AND CHARACTERISATION OF REENTRANT ARRHYTMIAS

我已经提交了一篇心脏细胞电生理学的博士论文： 这四年的训练让我对细胞和 分子电生理学和病理生理学。此时此刻，我是 在作为心脏病专家的培训中，特别关注临床 电生理学。如果我想要弥合这两个领域之间的差距(如 )，我需要更深入地了解这些机制和 可重入电路的特性，这些特性对大多数 心律不齐。这包括1)详细的映射技术以识别 不同类型心律失常中的特定回路，以及2)a) 更好地理解有关可重入电路和 关于它们与抗心律失常药物和起搏的相互作用。

I have presented a Ph.D. thesis in cardiac cellular electrophysiology: these four years of training gave me a good insight into the cellular and molecular electrophysiology and pathophysiology. At this moment, I am in training as a cardiologist, with a special focus on clinical electrophysiology. If I want to bridge the gap between both fields (as expressed above), I need more insight into the mechanisms and characteristics of reentrant circuits, that are responsible for most arrhythmias. This includes 1) detailed mapping techniques to identify the particular circuits in different types of arrhythmias, and 2) a better understanding of the conceptual ideas about reentrant circuits and about their interaction with antiarrhythmic drugs and pacing.