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Published on: May 14, 2013
Treatment of a native right coronary artery with the PercuSurge Guardwire protection system during PTCA and stenting
A M De Biase1, G Belli, F Fouladvand
1Dipartimento Cardiologico A. De Gasperis Ospedale Niguarda Cà Granda, Milano.
Insights
Percutaneous coronary intervention (PCI) using the PercuSurge device in native coronary arteries effectively prevented thrombus embolization. This novel approach enhances safety during interventions for acute ischemic syndromes.
Area of Science:
- Interventional Cardiology
- Vascular Surgery
Background:
- Unstable angina presents a significant risk for percutaneous coronary intervention (PCI).
- Managing thrombus burden in native coronary arteries during PCI is challenging.
- Distal embolization of thrombi can lead to adverse outcomes.
Observation:
- A patient with unstable angina and complex coronary lesions (thrombus in RCA, stenosis in LAD) underwent PCI.
- The PercuSurge device was utilized to protect the distal coronary artery during intervention.
- The device involved distal occlusion and proximal aspiration of embolic material.
Findings:
- Successful PCI of both LAD and RCA lesions was achieved.
- The PercuSurge device prevented distal thrombus embolization in a native coronary artery.
- Optimal distal flow was restored post-intervention without embolic events.
Implications:
- The PercuSurge device offers a promising method for safer PCI in native coronary arteries.
- This technique may reduce the risk of micro- and macroembolization during complex PCI.
- Application in acute ischemic syndromes could improve procedural outcomes and patient safety.
Abstract:
Cardiac catheterization in a patient with recent-onset unstable angina demonstrated a suboccluded dominant right coronary artery (RCA), with angiographic evidence of a large thrombus load and a severe focal stenosis of the left anterior descending (LAD) coronary artery. After abciximab, uneventful PTCA and stenting of the LAD was performed. The thrombus containing lesion of RCA was treated with balloon predilatation and stent deployment, and the whole procedure was accomplished with protection of the distal vessel by means of PercuSurge. This device was planned to avoid distal debris migration during percutaneous interventions of saphenous bypass grafts. The system is designed to allow the placement of a temporary occlusion device, a low-profile balloon, distal to the lesion to be treated during the procedure. The occlusive balloon is kept inflated during the treatment of the lesion. Before deflating the balloon and allowing blood to reach the distal vessel, whenever it is necessary, the material proximal to the balloon is aspirated through a monorail catheter. This aspiration removes blood and thrombi proximal to the occlusive balloon from the treated coronary artery. The case we present first reports the application of the device in a large native coronary artery, with an optimal distal flow restoring and no evidence of thrombus embolization. This type of protection of distal coronary vessels towards micro- and macroembolization of thrombi is a promising system of performing safer percutaneous interventions, even in acute ischemic syndromes.
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