心房纤颤是临床最常见的复杂心律失常之一,近年发现心房电重构(Atrial electrical remodeling)在房颤的发生、持续及房颤引起的一系列心房功能改变中起着重要作用.心房电重构包括快速的功能性改变以及离子通道基因表达
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...律失常,即所谓房颤连缀(AF begts AF),研究认为其中的主要机制是AF引起了心房电重构(Atrial Eleclxophysiologieal Remodeling,AER)。
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与心房电重构 Atrial electrical remodeling ; AER
包括心房电重构 atrial electrical remodeling ; AER
主要包括心房电重构 AER ; atrial electrical remodeling
引起了心房电重构 Atrial Eleclxophysiologieal Remodeling
心房电生理重构 electrophysiological remodeling ; EPR
心房肌的电重构 atrial electrical re modeling
被称为心房电生理重构 electrophysiological remodeling ; EPR
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).
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