心房颤动是人类最为常见的快速型心律失常，而心房电重构在心房颤动的发生和维持中起着重要的作用。
Atrial fibrillation is the common type of tachyarrhythmia in human beings. Atrial electrical remodeling is the most important factor in the progress of atrial fibrillation.
结论高甲状腺素可引起心房电生理重构和心房及肺静脉的缝隙连接重构。
Conclusion Thyroid hormone could lead to remodeling of both atrial electrophysiology and gap junction between atrium and pulmonary vein.
持续性房颤伴有不可控制的心房快速速率反应可能引起扩张性心肌病导致心房内心电重构(心房心肌病)。
Persistent AF with an uncontrolled, rapid ventricular heart rate response can cause a dilated cardiomyopathy and can lead to electrical remodeling in the atria (atrial cardiomyopathy).
心房交感神经密度不均一增加，结合电重构有利于甲亢性房颤的发生与维持。
Meanwhile, discrepancy of the density of atrial sympathetic nerve enhances, which, in combination with electric remodeling, is ready for the onset and maintenance of hyperthyroid atrial fibrillation.
心房重构包括心房结构、电生理、代谢等多方面。
Atrial remodeling includes structural, electrophysiologic and metabolic changes.
心房重构包括心房结构、电生理、代谢等多方面。
Atrial remodeling includes structural, electrophysiologic and metabolic changes.
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