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January 1, 2017Brazilian Journal of Cardiovascular Surgery4 citationsOpen Access

Analysis of Dyssynchrony and Ventricular Function in Right Univentricular Stimulation at Different Positions

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Why the study?

Does apical pacing compared to medial septum or free wall pacing reduce pacemaker-induced dyssynchrony in outpatients with >80% right ventricular stimulation and preserved LVEF?

Population

40 outpatients with right ventricle stimulation higher than 80% and preserved left ventricular ejection…

Comparison

Right ventricular apical pacing vs Right ventricular medial septum or free wall…

Design

Cross-sectional

Authors

AOAna Paula Susin OsórioSNStefan Warpechowski NetoALAntonio Lessa Gaudie Ley

Discussion

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Overview

RV pacing site selection remains uncertain without baseline dysfunction; leaves open which location best minimizes dyssynchrony.

Structured PICO

Does apical pacing compared to medial septum or free wall pacing reduce pacemaker-induced dyssynchrony in outpatients with >80% right ventricular stimulation and preserved LVEF?

P
Population
40 outpatients with right ventricle stimulation higher than 80% and preserved left ventricular ejection fraction.
I
Intervention
Right ventricular apical pacing
C
Comparator
Right ventricular medial septum or free wall pacing
O
Outcome
Pacemaker-induced dyssynchrony assessed by CARE-HF criteria (aortic pre-ejection time, interventricular delay, and septum/posterior wall delay on M mode)surrogate

Apical right ventricular pacing is associated with lower interventricular conduction delay compared to mid-septal pacing, suggesting it remains a viable option for lead placement.

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Cite This Study

Osório et al. (2017) studied this question.

synapsesocial.com/papers/6a764f210d7658322f06e18bhttps://doi.org/10.21470/1678-9741-2017-0056
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