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Published on: May 26, 2023
Early mobilization after percutaneous catheterization and vascular closure with a novel device (Star-Close)
Alessandro Desideri1, Diego Tonello, Sebastian Coscarelli
1Cardiovascular Research Foundation, S. Giacomo Hospital, Castelfranco Veneto, Italy. aldesi@tin.it
Insights
The novel Star-Close device provides safe and effective arteriotomy closure after cardiac catheterization, enabling early patient mobilization. This clip-based system achieved 92% success in early ambulation for 60 patients.
Area of Science:
- Cardiovascular Medicine
- Medical Devices
- Interventional Cardiology
Background:
- Arteriotomy closure after cardiac catheterization traditionally relies on manual compression.
- Existing closure devices aim to improve efficiency and patient comfort.
- A novel clip-based system, Star-Close, was evaluated for arteriotomy closure.
Purpose of the Study:
- To assess the safety and efficacy of the Star-Close arteriotomy closure device.
- To evaluate the potential for early patient mobilization following its use.
- To report the initial clinical experience with this novel device.
Main Methods:
- A prospective series of 60 patients undergoing cardiac catheterization were included.
- The Star-Close device was used to achieve hemostasis at the arteriotomy site.
- Patient outcomes, including successful deployment and time to mobilization, were recorded.
Main Results:
- The Star-Close device achieved successful closure and hemostasis in the majority of patients.
- Early mobilization (within 2 hours) was possible in 55 out of 60 patients (92%).
- Device deployment failed in 5 patients, requiring alternative closure methods.
Conclusions:
- The Star-Close system represents a safe and effective novel device for arteriotomy closure.
- It facilitates early deambulation for selected patients after diagnostic cardiac catheterization.
- Further studies may confirm its utility in a broader patient population.
Abstract:
Arteriotomy closure devices used to obtain hemostasis at the end of cardiac catheterization represent a valid alternative to manual compression. We are the first to report on a series of 60 patients in whom a novel system was used, Star-Close, which obtains vessel closure by deployment of a clip at the puncture site. Subsequent early (2 hours) mobilization was obtained in 55 patients (92%). Unsuccessful device deployment occurred in 5 patients. We conclude that Star-Close is a novel arteriotomy closure device that, in selected patients, is safe and allows early deambulation after diagnostic cardiac catheterization.
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