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Acute electrical and hemodynamic effects of multisite left ventricular pacing for cardiac resynchronization therapy in the dyssynchronous canine heart.
Sylvain Ploux
1 ,
Marc Strik
2 ,
Arne van Hunnik
2 ,
Lars van Middendorp
2 ,
Marion Kuiper
2 ,
Frits W Prinzen
2
Jan 2014
Biventricular pacing,
CRT,
Cardiac mapping,
Cardiac resynchronization therapy,
DRep,
Heart failure,
LBBB,
LV,
LVTAT,
LVdP/dt(max),
Left bundle branch block,
Multisite left ventricular pacing,
RV,
cardiac resynchronization therapy,
dispersion of repolarization,
left bundle branch block,
left ventricular,
left ventricular total activation time,
maximum derivative of left ventricular pressure,
multi-LV,
multisite left ventricular,
right ventricular,
single-LV,
single-site left ventricular
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Abstract
Multisite left ventricular (multi-LV) epicardial pacing has been proposed as an alternative to conventional single-site LV (single-LV) pacing to increase the efficacy of cardiac resynchronization therapy.
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Author and article information
left bundle branch block,Biventricular pacing,CRT,Cardiac mapping,Cardiac resynchronization therapy,DRep,Heart failure,LBBB,LV,LVTAT,LVdP/dt(max),Left bundle branch block,Multisite left ventricular pacing,RV,cardiac resynchronization therapy,dispersion of repolarization,left ventricular,left ventricular total activation time,maximum derivative of left ventricular pressure,multi-LV,multisite left ventricular,right ventricular,single-LV,single-site left ventricular
left bundle branch block, Biventricular pacing, CRT, Cardiac mapping, Cardiac resynchronization therapy, DRep, Heart failure, LBBB, LV, LVTAT, LVdP/dt(max), Left bundle branch block, Multisite left ventricular pacing, RV, cardiac resynchronization therapy, dispersion of repolarization, left ventricular, left ventricular total activation time, maximum derivative of left ventricular pressure, multi-LV, multisite left ventricular, right ventricular, single-LV, single-site left ventricular