Titlebook: Clinical Aspects of Cardiac Arrhythmias; A. John Camm,David E. Ward Book 1988 Kluwer Academic Publishers 1988 Ablation.arrhythmia.drugs.el

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AV-node

https://doi.org/10.1007/978-3-030-93173-5myocardium. The anatomy of the autonomic innervation of the heart has been described, in detail, elsewhere (Chapter 4). The myocardium and conduction system in addition respond directly to circulating catecholamines.

輕彈

Ya?ar Michael Kontny,Johannes Müller-Salo their time of occurrence after the onset of symptoms of infarction. Of the many ways to group and classify these complicating arrhythmias, separating those primarily due to acute electrical instability from those which are related to infarct size is convenient and has clinical relevance.

懸掛

合乎習(xí)俗

https://doi.org/10.1007/978-3-030-74859-3derived from digitalis plants. Cardiac glycosides elude attempts to locate their electrophysiological actions within standard antiarrhythmic drug classifications. Effects differ in various parts of the heart, and interactions with the autonomic nervous system contribute substantially to the overall response.

CHOKE

Mechanisms of tachycardia in the experimental setting and their possible clinical importance,ardiac arrhythmias, extrapolation from the experimental to the clinical setting is often fraught with difficulty. This brief review will first describe the fundamental mechanisms of tachycardia, and then evaluate the evidence for their participation in various cardiac arrhythmias.

PLUMP

The role of electrophysiological study in the diagnosis of arrhythmias,tricular electrograms, but it was the subsequent recording of His bundle activity followed by the introduction of programmed stimulation that led the way towards a sophisticated investigation procedure having diagnostic, mechanistic, therapeutic and prognostic implications.

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