Key result
Capturecontrol automatic pacing thresholds show zero deviation from manual measurements in ~70% of cases.
Why the study?
Determining the pacing threshold at each follow-up visit is mandatory, prompting the development of automatic capture verification algorithms to facilitate measurements.
Does automatic pacing threshold measurement using the Capturecontrol algorithm accurately determine uni- and bipolar pacing thresholds compared to manual measurement in patients with DDD pacemakers?
Observational (n=14)
Does automatic pacing threshold measurement using the Capturecontrol algorithm accurately determine uni- and bipolar pacing thresholds compared to manual measurement in patients with DDD pacemakers?
The Capturecontrol algorithm provides accurate automatic pacing threshold measurements compared to manual testing, potentially speeding up pacemaker follow-up visits.
No takes yet. Share an insight, caveat, or question.
May support automated thresholds in DDD pacemakers; extends validation data but should not yet change practice.
Schuchert et al. (1999) conducted an observational in Pacemaker patients (n=14). Automatic pacing threshold measurement (Capturecontrol) vs. Manual threshold measurement was evaluated on Agreement between automatic and manual uni- and bipolar pacing thresholds. Automatic pacing threshold measurements using the Capturecontrol algorithm showed excellent agreement with manual thresholds, with 70% of unipolar and 67% of bipolar measurements having no deviation.
Synapse has enriched 5 closely related papers on similar clinical questions. Consider them for comparative context: