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引用次数: 0

摘要

在心外膜电位成像方法中,利用心脏边界封闭表面上的电位分布作为心外电无源介质中势场的发电机,产生体表的势场。所涉及的逆方法估计了该分布的完整时空特征。这种分布比体表电位场更接近心肌组织内的实际源,有助于正确解释潜在的电生理。第二种方法,被一些人称为激活时间成像,在心脏表面使用等效的双层,其划定与去极化心脏组织和静止组织之间的边界一致。
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Images of Electrocardiographic Imaging
In the method of epicardial potential imaging, the potential distribution on a closed surface bounding the heart is used as the electric generator of the potential field in the electrically passive medium outside the heart, giving rise to the potential field on the body surface. The inverse method involved estimates the full spatio-temporal character of this distribution. Being more proximal to the actual sources inside the myocardial tissue than the body surface potential field, this distribution facilitates the correct interpretation of the underlying electrophysiology. The second method, referred to by some as activation time imaging, uses an equivalent double layer on the heart surface, the delineation of which coincides with the boundary between depolarized cardiac tissue and tissue still at rest.
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Welcome Message from the Organizing Committee A model of injury potential for myelinated nerve fiber Plenary keynote lecture President's welcome message Images of Electrocardiographic Imaging
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