Key result
An automatic beat-by-beat capture function significantly lowered the ventricular pacing amplitude compared to manual settings in pacemaker recipients, while preserving 100% safety.
Why the study?
Does an automatic beat-by-beat capture function reduce ventricular pacing amplitude compared to manual programming in pacemaker recipients?
Observational (n=57)
Does an automatic beat-by-beat capture function reduce ventricular pacing amplitude compared to manual programming in pacemaker recipients?
An automatic beat-by-beat capture function safely reduces ventricular pacing amplitude compared to manual settings, which may help preserve pacemaker battery life.
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May support lower ventricular pacing output with preserved safety in pacemakers; leaves open randomized confirmation of battery longevity benefits.
Alonso et al. (2005) conducted an observational in Pacemaker recipients (n=57). Automatic beat-by-beat capture function vs. Manual pacing amplitude (MPA) was evaluated on Ventricular pacing amplitude delivered. An automatic beat-by-beat capture function significantly lowered the ventricular pacing amplitude compared to manual settings in pacemaker recipients, while preserving 100% safety.
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