Key result
Autonomic nerve activity regulates cardiac excitability both directly through myocardial ion channel modulation and indirectly via baroreceptor and cardiopulmonary reflexes.
This review summarizes the direct electrophysiological effects of autonomic nerves on the myocardium and their indirect regulation via circulatory reflexes, which are crucial for understanding arrhythmogenesis.
Enhances arrhythmia mechanism insights; leaves open autonomic-targeted therapies pending prospective trials.
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Ono K (2016) conducted a review in Arrhythmia. Autonomic nerve activity was evaluated. Autonomic nerve activity regulates cardiac excitability both directly through myocardial ion channel modulation and indirectly via baroreceptor and cardiopulmonary reflexes.
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