Key result
A novel method for estimating 3-D conduction velocity vector fields provided automated qualitative and quantitative descriptions of electrical activity in canine myocardium.
Population
Canine myocardium mapped with plunge needles at 396-466 sites
Design
Preclinical
Authors
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May advance preclinical arrhythmia mapping; leaves open human validation before clinical use.
The proposed 3-D conduction velocity vector field estimation method provides an automated qualitative and quantitative description of electrical activity in 3-D tissue.
Barnette et al. (2002) studied Cardiac mapping / Ischemia. 3-D conduction velocity vector field estimation method was evaluated on Estimation of conduction speeds and vector field directions. A novel method for estimating 3-D conduction velocity vector fields provided automated qualitative and quantitative descriptions of electrical activity in canine myocardium.
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