Ionizing radiation refers to any type of radiation capable of interacting with matter. It plays a vital role in medical diagnostics and therapeutic applications. Imaging techniques allow for timely and accurate diagnosis, while advanced therapies contribute to longer life expectancy and improved quality of life. However, ionizing radiation carries inherent risks, making its controlled use essential. Radiation exposure is not immediately perceptible but can result in significant damage to the exposed organism. Common effects of high-dose exposure include ocular damage and skin injuries, while radiation is also associated with cellular-level damage, leading to an increased risk of malignancies. Exposure is proportional to time, inversely proportional to the square of the distance from the source, and accumulates over time.
Despite technological advancements and improved X-ray systems, the increasing complexity and frequency of interventional cardiology procedures have led to higher radiation exposure in catheterization laboratories. This poses a major occupational hazard for medical staff, highlighting the need for effective methods to reduce radiation exposure and protect healthcare professionals. Operator radiation exposure varies depending on experience, procedure type, patient characteristics, X-ray system features, and protective measures used. These measures include disposable gloves, shields, lead aprons, and robotic systems.
This prospective, randomised trial evaluates the efficacy of a cost-effective (namely zero-cost) and very easily utilised radiation protection strategy for interventional cardiologists during transradial coronary procedures. By applying a triple-layer lead apron to the patient's pelvic region, the study aims to reduce operator radiation exposure while maintaining standard procedural outcomes. The randomized controlled trial will compare the intervention group utilizing the additional shielding with a control group employing standard radiation protection methods. Key measurements include direct operator radiation exposure and its relation to patient-specific and procedural factors. Findings may establish a practical method for reducing the specific radiation-related occupational hazard related to modern transracial interventional cardiology.
