Exercise-Recovery Hysteresis in the Ventricular Gradient Predicts Antiarrhythmic Therapy in Primary Prevention ICD Patients Sum-Che Man, Priscilla V De Winter, Joep Thijssen, Arie C Maan, Wilbert PM Van Meerwijk, Ernst E

First Page		Document Content
Date: 2010-11-19 08:58:26 Medicine RTT Circulatory system Clinical medicine Cardiac arrhythmia Cardiac electrophysiology Medical emergencies Aging-associated diseases T wave alternans Heart failure Cardiac stress test Implantable cardioverter-defibrillator		Exercise-Recovery Hysteresis in the Ventricular Gradient Predicts Antiarrhythmic Therapy in Primary Prevention ICD Patients Sum-Che Man, Priscilla V De Winter, Joep Thijssen, Arie C Maan, Wilbert PM Van Meerwijk, Ernst E Add to Reading List Source URL: www.cinc.org Download Document from Source Website File Size: 176,93 KB Share Document on Facebook

	T-Wave Alternans Ranking: Striking Disagreement between Two Vectorcardiographic Measures of Repolarization Heterogeneity S Man, AC Maan, MJ Schalij, EE van der Wall, CA Swenne Leiden University Medical Center, Leiden, Th DocID: 1rRlX - View Document
	Prediction of Arrhythmias in Primary Prevention ICD Patients: Resting versus Exercise Electrocardiogram Sumche Man1, Laura Burattini2, Joep Thijssen1, Roberto Burattini2, Priscilla V de Winter1, Marianne Bootsma1, Liesel DocID: 1rdoQ - View Document
	Exercise-Recovery Hysteresis in the Ventricular Gradient Predicts Antiarrhythmic Therapy in Primary Prevention ICD Patients Sum-Che Man, Priscilla V De Winter, Joep Thijssen, Arie C Maan, Wilbert PM Van Meerwijk, Ernst E DocID: 1qfXS - View Document
	Exercise-Induced Repolarization Alternans Heterogeneity in Patients with an Implanted Cardiac Defibrillator Laura Burattini1, Sumche Man2, Cees A Swenne2 1 Department of Information Engineering, Polytechnic University o DocID: 1pGDI - View Document
	ANZHSN Bulletin, Issue 2.pub DocID: Y0Bl - View Document