Population
15 normal subjects aged 15 to 43
Design
Cross-sectional
Authors
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Body surface mapping captures both dipolar and local potentials; leaves open whether proximity effects refine noninvasive arrhythmia localization.
This physiological study maps the distribution of isopotential lines on the thoracic surface during ventricular activation, demonstrating the presence of both dipolar and local proximity potentials.
B Taccardi (1963) studied this question.
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