Add to ORKGIn pulmonary vein isolation as a treatment for atrial fibrillation the proximal part of the pulmonary veins is catheterized. A protocol for preinterventional assessment of pulmonary vein anatomy was developed, based on contrast-enhanced magnetic resonance angiography (MRA) in combination with three-dimensional visualization to tailor periprocedural angiography. The results allow for assessment of the number, morphology, and location of the ostia of the pulmonary veins, as well as complicating anatomical variations, such as common trunks and aberrant courses
This paper describes and evaluates methods to detect pul-monary vein drainages and create detailed v...
Introduction: When antiarrhythmic drug therapy has failed, different approaches of pulmonary vein is...
There have been a number of approaches taken to image the pulmonary vasculature. This unit presents ...
Objectives: We sought to develop a reproducible method for characterizing the anatomy of the proxima...
Accurate knowledge of the anatomy of the pulmonary veins is important in clinical electrophysiology....
AbstractBackgroundUsually, the pulmonary venous and left atrial (PV–LA) anatomy is assessed with con...
Background-During a catheter ablation procedure for selective electrical isolation of pulmonary vein...
Methods of non-invasive vascular imaging of thoracic vessels are briefly introducted in the first pa...
OBJECTIVES The purpose of our study was to evaluate patients with suspected anomalous pulmonary vein...
Background: Catheter of atrial fibrillation is still challenging because of the high degree of varia...
Aims To evaluate the usefulness of three-dimensional (3D) electroanatomical mapping of the pulmonary...
In selected patients with atrial fibrillation, the fibrillation episodes may be initiated by single ...
AbstractBackgroundThe radiofrequency (RF) lesions for atrial fibrillation (AF) ablation can be visua...
International audienceFifty consecutive patients aged 52+/-12 years suffering from drug refractory a...
Atrial brillation is an important cardiovascular disease causing cardiac malfunction. Theleft atrium...
This paper describes and evaluates methods to detect pul-monary vein drainages and create detailed v...
Introduction: When antiarrhythmic drug therapy has failed, different approaches of pulmonary vein is...
There have been a number of approaches taken to image the pulmonary vasculature. This unit presents ...
Objectives: We sought to develop a reproducible method for characterizing the anatomy of the proxima...
Accurate knowledge of the anatomy of the pulmonary veins is important in clinical electrophysiology....
AbstractBackgroundUsually, the pulmonary venous and left atrial (PV–LA) anatomy is assessed with con...
Background-During a catheter ablation procedure for selective electrical isolation of pulmonary vein...
Methods of non-invasive vascular imaging of thoracic vessels are briefly introducted in the first pa...
OBJECTIVES The purpose of our study was to evaluate patients with suspected anomalous pulmonary vein...
Background: Catheter of atrial fibrillation is still challenging because of the high degree of varia...
Aims To evaluate the usefulness of three-dimensional (3D) electroanatomical mapping of the pulmonary...
In selected patients with atrial fibrillation, the fibrillation episodes may be initiated by single ...
AbstractBackgroundThe radiofrequency (RF) lesions for atrial fibrillation (AF) ablation can be visua...
International audienceFifty consecutive patients aged 52+/-12 years suffering from drug refractory a...
Atrial brillation is an important cardiovascular disease causing cardiac malfunction. Theleft atrium...
This paper describes and evaluates methods to detect pul-monary vein drainages and create detailed v...
Introduction: When antiarrhythmic drug therapy has failed, different approaches of pulmonary vein is...
There have been a number of approaches taken to image the pulmonary vasculature. This unit presents ...