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Preventing Kinks and Entrapments in Coronary Interventions With Innovative Approaches
Fawaz Al Mutairi1, Saleh Al Ghadeer1, Abdulmohsen Al Yousef1
1King Abdulaziz Cardiac Center, National Guard Hospital, Riyadh, Saudi Arabia.
Insights
A new balloon-assisted technique safely removes kinked catheters during transradial coronary angiography. This method provides intraluminal support, preventing vessel damage and ensuring efficient catheter retrieval.
Area of Science:
- Interventional Cardiology
- Vascular Access Techniques
- Medical Device Innovation
Background:
- Transradial access is common for coronary angiography.
- Catheter kinking during transradial procedures can complicate retrieval.
- Standard retrieval methods may fail, necessitating alternative approaches.
Observation:
- A novel balloon-assisted intraluminal technique was developed for kinked catheter removal.
- A 0.014-inch guide wire was advanced through the kink, and a low-profile balloon was inflated within the kinked segment.
- This provided intraluminal support for controlled traction and catheter removal.
Findings:
- The technique successfully facilitated smooth catheter removal without adverse effects.
- Multiangle fluoroscopy and precise wire placement were crucial for success.
- This method offers a safe alternative when standard maneuvers fail.
Implications:
- This technique enhances safety and efficiency in managing kinked catheters during transradial angiography.
- Operator expertise and careful device selection are vital for optimal outcomes.
- Minimizing manipulation and utilizing intraluminal support can prevent vessel damage.
Objective:
To describe a novel balloon-assisted intraluminal technique for the removal of a kinked catheter during transradial coronary angiography complicated by subclavian artery tortuosity.
Key Steps:
Catheter kinking was recognized during transradial access, refractory to standard maneuvers. A retrieval attempt with snare via femoral access failed. Using multiangle fluoroscopy, a 0.014-inch BMW guide wire (Abbott) was advanced through the kinked catheter lumen. Inflation of a 2.0-mm low-profile balloon within the kinked segment provided intraluminal support. Slow inflation of the balloon allowed controlled traction and smooth catheter removal without adverse effects.
Potential Pitfalls:
Vessel damage or catheter breakage may occur if aggressive manipulation is attempted without intraluminal support. Precise fluoroscopic documentation of wire placement is essential. Operator expertise is paramount; escalation from simple to complex techniques should be followed. Attention to patient selection, catheter choice, and real-time imaging reduces risk.
Take-Home Messages:
Proper catheter handling, minimized manipulation, and device selection are crucial. Operator expertise ensures safe, efficient outcomes.
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