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Doctor Karol Curila

Charles University of Prague, Prague (Czechia)
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Ultra-high-frequency ECG outperforms strauss criteria for diagnosing true left bundle branch block in candidates of cardiac resynchronization therapy
Presentation
Ultra-high-frequency ECG outperforms strauss criteria for diagnosing true left bundle branch block in candidates of cardiac resynchronization therapy
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Leadless pacing for heart block
Presentation
Leadless pacing for heart block
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Conduction system versus right ventricular pacing for bradycardia treatment; 1 year outcomes of a prospective, randomized trial in patients with advanced AV disease
Presentation
Conduction system versus right ventricular pacing for bradycardia treatment; 1 year outcomes of a prospective, randomized trial in patients with advanced AV disease
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Both LBBP and LVSP significantly improve ventricular dyssynchrony and effectivity of LV performance compared to RV apical pacing in heart failure patients with LBBB and an indication to CRT
Presentation
Both LBBP and LVSP significantly improve ventricular dyssynchrony and effectivity of LV performance compared to RV apical pacing in heart failure patients with LBBB and an indication to CRT
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Electrophysiological differences between left septal and LBB pacing
Presentation
Electrophysiological differences between left septal and LBB pacing
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Electrical testing: criteria for Left Bundle Branch Pacing (LBBP) capture
Presentation
Electrical testing: criteria for Left Bundle Branch Pacing (LBBP) capture
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Left ventricular septal pacing: how deep is enough?
Presentation
Left ventricular septal pacing: how deep is enough?
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Role for left bundle branch pacing in heart failure.
Presentation
Role for left bundle branch pacing in heart failure.
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Bilateral bundle branch capture during deep septal myocardial and nonselective left bundle branch pacing preserves interventricular synchrony
Presentation
Bilateral bundle branch capture during deep septal myocardial and nonselective left bundle branch pacing preserves interventricular synchrony
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Left bundle branch pacing with normal paced QRS axis produce more physiological left ventricular lateral wall depolarization than its pacing resulting in heart axis deviation
Presentation
Left bundle branch pacing with normal paced QRS axis produce more physiological left ventricular lateral wall depolarization than its pacing resulting in heart axis deviation
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