REFERENCES
- Hodgkin, A. L.: The ionic basis of electrical activity in nerve and muscle. Biol. Rev. 26:339, 1951.
- Wolfkrth, C. C. and Wood, F. C.: The electrocardiographic diagnosis of coronary occlusion by the use of chest leads. Am. J. M. Sc. 183: 30, 1932.
- Wolfkrth, C. C. and Wood, F. C. Experimental coronary occlusion. Arch. Int. Med. 51: 771, 1933.
- Wilson, F. N., Johnston, F. D., Macleod, A. G. and Barker, P. S.: Electrocardiograms that represent the potential variations of a single electrode. Am. Heart. J. 9: 447, 1933–4.
- Wilson, F. N., Macleod, A. G. and Barker, P. S.: The order of ventricular excitation in human bundle branch block. Am. Heart J. 7: 305, 1932.
- Benjamin, J. M. T Jr., Schwan, H., Kay, E. F. and Hafkenschiel, J. H.: The electrical conductivity of living tissues as it pertains to electrocardiography. Circulation 2: 321, 1950.
- Kaufman, W. and Johnston, F. D.: The electrical conductivity of the tissues near the heart, and its bearing on the distribution of the cardiac action currents. Am. Heart J. 26: 42, 1943.
- Wiggers, C. J.: Physiology in Health and Disease. Ed. 5. Philadelphia, Lea & Febiger, 1949, p. 543.
- Frank, E.: Theoretical analysis of the influences of dipole eccentricity on limb leads, Wilson central terminal voltage and the frontal plane vectorcardiogram. (To be published.)
- Frank, E. and Kay, C. F.: (A study of cylindrically shaped bodies has been completed and is ready to be submitted for publication. Studies of bodies shaped like the human trunk are in progress.)
- Wolfenth, C. C., Livezey, M. M. and Wood, F. C.: Distribution of the patterns of ventricular potential which determine the forms and significance of electrocardiograms. Am. J. M. Sc. 205: 469, 1943.