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R C Barr

Showing results (51-60 of 75) with videos related to

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IEEE Transactions on Bio-Medical Engineering|September 1, 1978
An analysis of transfer coefficients calculated directly from epicardial and body surface potential measurements in the intact dogL T Hersh, R C Barr, M S Spach
IEEE Transactions on Bio-Medical Engineering|March 1, 1971
Selection of the number and positions of measuring locations for electrocardiographyR C Barr, M S Spach, G S Herman-Giddens
Gene Therapy|September 12, 2002
Electromobility of plasmid DNA in tumor tissues during electric field-mediated gene deliveryD A Zaharoff, R C Barr, C-Y Li, et al.
Circulation Research|December 1, 1998
Extracellular discontinuities in cardiac muscle: evidence for capillary effects on the action potential footM S Spach, J F Heidlage, P C Dolber, et al.
American Heart Journal|March 1, 1972
Quantitative Frank vectorcardiograms of normal children and a comparison to those of patients with atrial defectsS D Blumenschein, R C Barr, M S Spach, et al.
Journal of Electrocardiology|January 10, 2002
Changes in anisotropic conduction caused by remodeling cell size and the cellular distribution of gap junctions and Na(+) channelsM S Spach, J F Heidlage, P C Dolber, et al.
IEEE Transactions on Bio-Medical Engineering|January 1, 1970
An inverse electrocardiographic solution with an ON-OFF modelR C Barr, T C Pilkington, J P Boineau, et al.
Circulation Research|November 1, 1982
The impact of adjacent isotropic fluids on electrograms from anisotropic cardiac muscle. A modeling studyD B Geselowitz, R C Barr, M S Spach, et al.
Circulation|February 1, 1977
Origin of body surface QRS and T wave potentials from epicardial potential distributions in the intact chimpanzeeM S Spach, R C Barr, C F Lanning, et al.
Circulation Research|February 19, 2000
Electrophysiological effects of remodeling cardiac gap junctions and cell size: experimental and model studies of normal cardiac growthM S Spach, J F Heidlage, P C Dolber, et al.
Pageof 8

Showing results (51-60 of 75) with videos related to

Sort By:
Pageof 8
IEEE Transactions on Bio-Medical Engineering|September 1, 1978
An analysis of transfer coefficients calculated directly from epicardial and body surface potential measurements in the intact dogL T Hersh, R C Barr, M S Spach
IEEE Transactions on Bio-Medical Engineering|March 1, 1971
Selection of the number and positions of measuring locations for electrocardiographyR C Barr, M S Spach, G S Herman-Giddens
Gene Therapy|September 12, 2002
Electromobility of plasmid DNA in tumor tissues during electric field-mediated gene deliveryD A Zaharoff, R C Barr, C-Y Li, et al.
Circulation Research|December 1, 1998
Extracellular discontinuities in cardiac muscle: evidence for capillary effects on the action potential footM S Spach, J F Heidlage, P C Dolber, et al.
American Heart Journal|March 1, 1972
Quantitative Frank vectorcardiograms of normal children and a comparison to those of patients with atrial defectsS D Blumenschein, R C Barr, M S Spach, et al.
Journal of Electrocardiology|January 10, 2002
Changes in anisotropic conduction caused by remodeling cell size and the cellular distribution of gap junctions and Na(+) channelsM S Spach, J F Heidlage, P C Dolber, et al.
IEEE Transactions on Bio-Medical Engineering|January 1, 1970
An inverse electrocardiographic solution with an ON-OFF modelR C Barr, T C Pilkington, J P Boineau, et al.
Circulation Research|November 1, 1982
The impact of adjacent isotropic fluids on electrograms from anisotropic cardiac muscle. A modeling studyD B Geselowitz, R C Barr, M S Spach, et al.
Circulation|February 1, 1977
Origin of body surface QRS and T wave potentials from epicardial potential distributions in the intact chimpanzeeM S Spach, R C Barr, C F Lanning, et al.
Circulation Research|February 19, 2000
Electrophysiological effects of remodeling cardiac gap junctions and cell size: experimental and model studies of normal cardiac growthM S Spach, J F Heidlage, P C Dolber, et al.
Pageof 8