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Results: 1-14 |
Results: 14
DEFIBRILLATION EFFICACY USING HIGH-FREQUENCY SWITCHING TO PROPORTION CURRENT AMONG SIMULTANEOUS SHOCK PATHWAYS
Authors: SWEENEY RJ GILL RM REID PR
Citation: Rj. Sweeney et al., DEFIBRILLATION EFFICACY USING HIGH-FREQUENCY SWITCHING TO PROPORTION CURRENT AMONG SIMULTANEOUS SHOCK PATHWAYS, Journal of cardiovascular electrophysiology, 8(3), 1997, pp. 271-280
REFRACTORY PERIOD EXTENSION DURING VENTRICULAR PACING AT FIBRILLATORYPACING RATES
Authors: GILL RM SWEENEY RJ REID PR
Citation: Rm. Gill et al., REFRACTORY PERIOD EXTENSION DURING VENTRICULAR PACING AT FIBRILLATORYPACING RATES, PACE, 20(3), 1997, pp. 647-653
DEFIBRILLATION USING A HIGH-FREQUENCY SERIES OF MONOPHASIC RECTANGULAR PULSES - OBSERVATIONS AND MODEL PREDICTIONS
Authors: SWEENEY RJ GILL RM JONES JL REID PR
Citation: Rj. Sweeney et al., DEFIBRILLATION USING A HIGH-FREQUENCY SERIES OF MONOPHASIC RECTANGULAR PULSES - OBSERVATIONS AND MODEL PREDICTIONS, Journal of cardiovascular electrophysiology, 7(2), 1996, pp. 134-143
EFFECTS OF FLECAINIDE, ENCAINIDE, AND CLOFILIUM ON VENTRICULAR REFRACTORY PERIOD EXTENSION BY TRANSCARDIAC SHOCKS
Authors: SWEENEY RJ GILL RM STEINBERG MI REID PR
Citation: Rj. Sweeney et al., EFFECTS OF FLECAINIDE, ENCAINIDE, AND CLOFILIUM ON VENTRICULAR REFRACTORY PERIOD EXTENSION BY TRANSCARDIAC SHOCKS, PACE, 19(1), 1996, pp. 50-60
ANTI-DEFIBRILLATORY EFFECT OF A POST-SHOCK STIMULUS IS CONFINED TO A WINDOW AFTER THE SHOCK
Authors: SWEENEY RJ GILL RM REID PR
Citation: Rj. Sweeney et al., ANTI-DEFIBRILLATORY EFFECT OF A POST-SHOCK STIMULUS IS CONFINED TO A WINDOW AFTER THE SHOCK, Circulation, 94(8), 1996, pp. 761-761
REFRACTORY INTERVAL AFTER TRANSCARDIAC SHOCKS DURING VENTRICULAR-FIBRILLATION
Authors: SWEENEY RJ GILL RM REID PR
Citation: Rj. Sweeney et al., REFRACTORY INTERVAL AFTER TRANSCARDIAC SHOCKS DURING VENTRICULAR-FIBRILLATION, Circulation, 94(11), 1996, pp. 2947-2952
COUNTERSHOCK STRENGTH DURATION RELATIONSHIP FOR MYOCARDIAL REFRACTORYPERIOD EXTENSION
Authors: SWEENEY RJ GILL RM REID PR
Citation: Rj. Sweeney et al., COUNTERSHOCK STRENGTH DURATION RELATIONSHIP FOR MYOCARDIAL REFRACTORYPERIOD EXTENSION, Academic emergency medicine, 2(1), 1995, pp. 57-62
CHARACTERISTICS OF MULTIPLE-SHOCK DEFIBRILLATION
Authors: SWEENEY RJ GILL RM REID PR
Citation: Rj. Sweeney et al., CHARACTERISTICS OF MULTIPLE-SHOCK DEFIBRILLATION, Journal of cardiovascular electrophysiology, 6(2), 1995, pp. 89-102
DOUBLE-PULSE DEFIBRILLATION USING PULSE SEPARATION BASED ON THE FIBRILLATION CYCLE LENGTH
Authors: SWEENEY RJ GILL RM REID PR
Citation: Rj. Sweeney et al., DOUBLE-PULSE DEFIBRILLATION USING PULSE SEPARATION BASED ON THE FIBRILLATION CYCLE LENGTH, Journal of cardiovascular electrophysiology, 5(9), 1994, pp. 761-770
DOUBLE-PULSE DEFIBRILLATION REDUCES DEFIBRILLATION ENERGY FOR LONGER DURATION SHOCKS
Authors: SWEENEY RJ GILL RM REID PR
Citation: Rj. Sweeney et al., DOUBLE-PULSE DEFIBRILLATION REDUCES DEFIBRILLATION ENERGY FOR LONGER DURATION SHOCKS, Journal of the American College of Cardiology, 1994, pp. 10000086-10000086
REFRACTORY PERIOD EXTENSION FOR MONOPHASIC VERSUS BIPHASIC SHOCKS
Authors: SWEENEY RJ GILL RM REID PR
Citation: Rj. Sweeney et al., REFRACTORY PERIOD EXTENSION FOR MONOPHASIC VERSUS BIPHASIC SHOCKS, Journal of the American College of Cardiology, 1994, pp. 10000422-10000422
DEFIBRILLATION USING BIPHASIC RECTANGULAR WAVE-FORMS
Authors: SWEENEY RJ GILL RM REID PR
Citation: Rj. Sweeney et al., DEFIBRILLATION USING BIPHASIC RECTANGULAR WAVE-FORMS, Circulation, 90(4), 1994, pp. 446-446
DEFIBRILLATION USING BIPHASIC RECTANGULAR WAVE-FORMS
Authors: SWEENEY RJ GILL RM REID PR
Citation: Rj. Sweeney et al., DEFIBRILLATION USING BIPHASIC RECTANGULAR WAVE-FORMS, Circulation, 90(4), 1994, pp. 446-446
THE DEFIBRILLATION THRESHOLD - A COMPARISON OF ANESTHETICS AND MEASUREMENT METHODS
Authors: GILL RM SWEENEY RJ REID PR
Citation: Rm. Gill et al., THE DEFIBRILLATION THRESHOLD - A COMPARISON OF ANESTHETICS AND MEASUREMENT METHODS, PACE, 16(4), 1993, pp. 708-714
Risultati: 1-14 |