An effective fluoroscopic shield for angiographic equipment.

Area of Science:

• Medical Imaging
• Radiation Safety
• Interventional Radiology

Background:

• Peripheral angiography procedures involve significant radiation exposure for medical staff.
• Reducing radiation dose is crucial for radiologists and technologists.
• Existing radiation shielding may be cumbersome or interfere with procedures.

Purpose of the Study:

• To develop and evaluate a novel radiation shield for peripheral angiography.
• To minimize scatter radiation exposure to personnel.
• To ensure the shield does not impede clinical workflow or the sterile field.

Main Methods:

• Development of a lightweight, transparent radiation shield.
• Testing the shield's effectiveness in reducing scatter radiation during fluoroscopy.
• Assessing the shield's impact on the angiographer's view and the sterile field.

Main Results:

• The developed shield significantly reduces scatter radiation levels.
• The shield is lightweight and transparent, offering clear visibility.
• No interference with the angiographer's movements or the sterile field was observed.
• The shield is effective, inexpensive, and simple to construct.

Conclusions:

• The novel radiation shield is an effective solution for reducing radiation exposure in peripheral angiography.
• The design balances radiation protection with practical usability in the fluoroscopy suite.
• This innovation offers a cost-effective and straightforward method to enhance safety for interventional radiology staff.