A practical guide for radiographers focussing on safety during magnetic resonance imaging

Area of Science:

• Medical Imaging
• Radiologic Technology
• Patient Safety

Background:

• Magnetic Resonance Imaging (MRI) presents inherent risks due to strong magnetic fields.
• Despite safety protocols, MRI-related incidents continue to occur, necessitating enhanced safety measures.
• Comprehensive MRI safety training is vital for protecting patients, staff, and the public.

Purpose of the Study:

• To highlight the challenges faced by radiographers in monitoring MRI safety.
• To provide practical guidelines for radiographers to address these safety challenges.
• To emphasize the importance of radiographer training in maintaining a safe MRI environment.

Main Methods:

• Review of common MRI safety issues including projectile effects, thermal risks, and contrast agent reactions.
• Identification of challenges encountered by radiographers in enforcing safety protocols.
• Development of practical guidelines for radiographers based on identified challenges.

Main Results:

• Key MRI safety concerns include projectile and torque effects, thermal hazards, claustrophobia, and contrast agent adverse reactions.
• Radiographers face obstacles in consistently monitoring and enforcing MRI safety measures.
• The study outlines specific challenges impacting safety monitoring within the MRI environment.

Conclusions:

• Effective MRI safety relies on rigorous adherence to protocols and comprehensive radiographer training.
• Addressing radiographer-specific challenges is essential for improving overall MRI safety.
• Continuous professional development is recommended for radiographers to enhance their ability to manage MRI safety.