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The coronary venous anatomy: a segmental approach to aid cardiac resynchronization therapy.
Coronary venospasm causing chest pain during implantation of cardiac resynchronization therapy.
Pacing for atrioventricular block.
Integrating functional and anatomical information to guide cardiac resynchronization therapy.
Usefulness of high-speed rotational coronary venous angiography during cardiac resynchronization therapy.
Echocardiographic measures of acute haemodynamic response after cardiac resynchronization therapy predict long-term clinical outcome.
Variability of coronary venous anatomy in patients undergoing cardiac resynchronization therapy: a high-speed rotational venography study.
"Dialing-in" cardiac resynchronization therapy: overcoming constraints of the coronary venous anatomy.
Elevated estimated pulmonary artery systolic pressure is associated with an adverse clinical outcome in patients receiving cardiac resynchronization therapy.
The impact of age and gender on cardiac resynchronization therapy outcome.
Conventional versus biventricular pacing in heart failure and bradyarrhythmia: the COMBAT study.
Left ventricular lead electrical delay predicts response to cardiac resynchronization therapy.
Electrocardiographic characteristics in right ventricular vs biventricular pacing in patients with paced right bundle-branch block QRS pattern.
Usefulness of a novel "response score" to predict hemodynamic and clinical outcome from cardiac resynchronization therapy.
Simultaneous electrical and mechanical mapping using 3D cardiac mapping system: novel approach for optimal cardiac resynchronization therapy.
Impact of segmental left ventricle lead position on cardiac resynchronization therapy outcomes.
Atrial fibrillation and congestive heart failure: risk factors, mechanisms, and treatment.
Assessment of the post-implant final left ventricular lead position: a comparative study between radiographic and angiographic modalities.
Interlead distance and left ventricular lead electrical delay predict reverse remodeling during cardiac resynchronization therapy.
Cardiac Pacing, Artificial
A novel method for determining the phase of T-wave alternans: diagnostic and therapeutic implications.
Real-Time Closed-Loop Suppression of Repolarization Alternans Reduces Arrhythmia Susceptibility In Vivo.
Cardiac Pacing Artificial