Key result
Direct fixation of the temporary pacemaker electrode lead to the skin significantly reduced the need for repositioning or replacement compared to fixation with plastic protection (20% vs 60%, p=0.0098).
Why the study?
Effective temporary pacemaker electrode fixation is essential to prevent lead dislocation, repositioning, and other complications across various clinical scenarios.
Does direct fixation to the skin reduce the necessity for repositioning or exchange of transvenous temporary pacemakers compared to fixation with plastic protection in patients requiring temporary pacing?
RCT (n=40)
Open-label
Randomized
No
Does direct fixation to the skin reduce the necessity for repositioning or exchange of transvenous temporary pacemakers compared to fixation with plastic protection in patients requiring temporary pacing?
Absolute Event Rate: 20% vs 60%
p-value: p=0.0098
Direct fixation of temporary pacemaker leads to the skin significantly reduces the need for repositioning or exchange compared to fixation with plastic protection.
Direct fixation of temporary pacemaker leads cuts repositioning needs versus plastic protection (20% vs 60%); supports routine adoption while extending fixation technique evidence.
Introduction: the necessity for a temporary pacemaker (TP) goes through several scenarios. Some patients require the device to complete an infection treatment, regain the pace after myocardial infarction, or while awaiting the release of the definitive device by the health care provider. Regardless of the TP passage technique, good electrode fixation is essential, avoiding dislocation and the necessity for repositioning, among other complications. Objective: to compare two forms of TP fixation, one under direct fixation to the skin and the other keeping the venous introducer connected to the plastic protection through the pacemaker electrode lead. Methods: Forty patients were randomized, 20 in each group. Data regarding the procedure time, electrode lead position, command thresholds, sensitivity, and complications were recorded. The primary outcome considered was the necessity for repositioning or exchange of transvenous TP and secondary any complication without the necessity to reposition it. Results: There were no significant differences in the total duration of the procedure between the groups in the initial position of the electrode and the access route used. The group with plastic protection had a higher primary outcome (60%) than the direct fixation group (20%; p = 0.0098). There were no differences regarding the secondary outcome (p = 1.0). The group with plastic protection also had more total complications compared to the other group (p = 0.0262). Conclusion: Direct fixation of the pacemaker electrode lead was safer concerning the fixation with plastic protection, reducing complications such as electrode dislocation requiring repositioning or replacement without increasing the procedure time.
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Galvão et al. (2019) conducted an RCT in Urgent temporary pacemaker indication (n=40). Direct fixation of the electrode lead to the skin vs. Fixation with plastic protection and vascular introducer was evaluated on Necessity for repositioning or exchange of transvenous temporary pacemaker (p=0.0098). Direct fixation of the temporary pacemaker electrode lead to the skin significantly reduced the need for repositioning or replacement compared to fixation with plastic protection (20% vs 60%, p=0.0098).
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