Decreasing operators' radiation exposure during coronary procedures: the transradial radiation protection board

Area of Science:

• Interventional Cardiology
• Radiation Safety
• Medical Device Technology

Background:

• Transradial coronary procedures offer advantages over the femoral approach, including fewer vascular access site complications.
• Increased operator radiation exposure is a concern with the transradial route.
• Effective radiation protection strategies are crucial for interventional cardiologists.

Purpose of the Study:

• To investigate the efficacy of a novel transradial radiation protection board (TRPB) in reducing operator radiation dose.
• To assess the impact of the TRPB on radiation exposure during coronary procedures performed via the radial artery.

Main Methods:

• A randomized controlled trial involving 106 patients undergoing radial coronary procedures.
• The study compared procedures performed with and without a TRPB, a lead-shielded arm board.
• Operator radiation exposure was measured using electronic personal dosimeters.

Main Results:

• The TRPB group demonstrated a statistically significant reduction in operator radiation exposure (28 [18-65] microSV vs. 19.5 [10.5-35] microSV, P = 0.003).
• No significant differences were observed in procedure duration, total fluoroscopy time, or contrast load between the groups.
• The TRPB was used in conjunction with standard radiation shielding protocols.

Conclusions:

• The transradial radiation protection board (TRPB) is an effective tool for significantly lowering radiation exposure to operators during transradial coronary procedures.
• Implementing the TRPB represents an important advancement in protecting interventional cardiologists from radiation.
• The TRPB enhances safety without negatively impacting procedural efficiency or outcomes.