Key result
LBBP shows promise for physiological pacing by overcoming fixation, threshold, and sensing challenges of HBP.
Conduction system pacing, including His bundle and left bundle branch pacing, offers physiological ventricular activation to prevent pacing-induced cardiomyopathy and correct bundle branch block.
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May support left bundle branch pacing when His bundle pacing fails; leaves open need for randomized comparisons.
<ns3:p>Conductive system stimulation relies on the direct stimulation of His-Purkinje’s specialized cardiac conduction system for physiological activation of the ventricles, as opposed to asynchronous activation induced by conventional myocardial stimulation. Since the first report of permanent His bundle stimulation in 2000, the stylet-based technique has undergone significant advances in technology. Single-center observational studies have now been supported by large multicenter, international registries, meta-analysis and the first randomised controlled trials. New evidence has elucidated mechanisms of HBP and illustrated the nature and magnitude of its potential benefits for preventing pacing-induced cardiomyopathy and correcting bundle branch block. Left bundle branch pacing (LBBP) is a newer technique in which the lead is fixed deep into the left side of the intraventricular septum to allow capture of the left bundle, distal to the His bundle. LBBP holds promise as a method for physiological pacing that overcomes some of the fixation, threshold and sensing challenges of HBP.</ns3:p>
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Jarosiński et al. (2021) conducted a review in Pacing-induced cardiomyopathy and bundle branch block. Conduction system pacing (His bundle pacing and Left bundle branch pacing) vs. Conventional myocardial stimulation was evaluated. Left bundle branch pacing holds promise as a method for physiological pacing that overcomes fixation, threshold, and sensing challenges associated with His bundle pacing.
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