To identify and understand clinically encountered pitfalls in the assessment of transmitral conduction block using differential coronary sinus and left atrial appendage pacing techniques in patients with left mitral isthmus linear ablation
It is important to identify residual slow conduction and minimize the chance of resumption of conduc...
It is important to identify residual slow conduction and minimize the chance of resumption of conduc...
INTRODUCTION: Persistent atrial fibrillation (AF) ablation may lead to partial disconnection of the ...
Background-Achievement of complete conduction block across left mitral isthmus (MI) is challenging. ...
Background—Left atrial linear ablation for atrial fibrillation (AF) may be proarrhythmic, leading to...
This editorial refers to ‘The anatomical characteristics of three different endocardial lines in the...
To evaluate the safety and outcomes of mitral isthmus (MI) linear ablation with temporary spot occlu...
Background—Complete bidirectional isthmus conduction block (CBIB) was initially assessed by sequenti...
Abstract:Mitral isthmus ablation forms part of the electrophysiologist’s armoury in the catheter abl...
Item does not contain fulltextAIMS: A linear lesion between the left inferior pulmonary vein orifice...
BackgroundThis prospective clinical study evaluates the feasibility and efficacy of combined linear ...
INTRODUCTION Mitral isthmus (MI) ablation is an effective option in patients undergoing ablation ...
Aims: Achieving block across linear lesions is challenging. We prospectively evaluated radiofrequenc...
Aims: Achieving block across linear lesions is challenging. We prospectively evaluated radiofrequenc...
BACKGROUND: The vein of Marshall (VOM), which exists along the left lateral isthmus (LLI), constitut...
It is important to identify residual slow conduction and minimize the chance of resumption of conduc...
It is important to identify residual slow conduction and minimize the chance of resumption of conduc...
INTRODUCTION: Persistent atrial fibrillation (AF) ablation may lead to partial disconnection of the ...
Background-Achievement of complete conduction block across left mitral isthmus (MI) is challenging. ...
Background—Left atrial linear ablation for atrial fibrillation (AF) may be proarrhythmic, leading to...
This editorial refers to ‘The anatomical characteristics of three different endocardial lines in the...
To evaluate the safety and outcomes of mitral isthmus (MI) linear ablation with temporary spot occlu...
Background—Complete bidirectional isthmus conduction block (CBIB) was initially assessed by sequenti...
Abstract:Mitral isthmus ablation forms part of the electrophysiologist’s armoury in the catheter abl...
Item does not contain fulltextAIMS: A linear lesion between the left inferior pulmonary vein orifice...
BackgroundThis prospective clinical study evaluates the feasibility and efficacy of combined linear ...
INTRODUCTION Mitral isthmus (MI) ablation is an effective option in patients undergoing ablation ...
Aims: Achieving block across linear lesions is challenging. We prospectively evaluated radiofrequenc...
Aims: Achieving block across linear lesions is challenging. We prospectively evaluated radiofrequenc...
BACKGROUND: The vein of Marshall (VOM), which exists along the left lateral isthmus (LLI), constitut...
It is important to identify residual slow conduction and minimize the chance of resumption of conduc...
It is important to identify residual slow conduction and minimize the chance of resumption of conduc...
INTRODUCTION: Persistent atrial fibrillation (AF) ablation may lead to partial disconnection of the ...