MRI: are current practices ensuring examinations are safer than ever?
To refresh the understanding of the influence of key MRI system electromagnetic components, including static magnetic field magnet, gradient coils, and RF systems, on patients' and occupational safety.
To explore real-world MRI safety incidents worldwide to identify common causes and risk factors.
To explore recent advancements in MRI technology, safety good practices, and regulatory guidance that have enhanced patients' and occupational safety in clinical MRI environments.
15 min
Safety management of (active and passive) patient implants in MRI
To differentiate between active and passive implants in the MRI environment, and to understand their respective safety implications, including risks related to heating, displacement, malfunction, and image artefacts.
To learn the importance of developing institution-specific protocols for managing implant-related MRI workflows.
To explore tools and best practices for implant safety management, such as implant registries, manufacturer documentation, electronic screening systems, and interdisciplinary communication protocols.
15 min
RF heat management
To understand the biophysical mechanisms of RF-induced heating in MRI, including the role of specific absorption rate (SAR) and its interaction with patient anatomy, positioning, and tissue conductivity.
To identify key factors influencing RF heating risk, such as field strength, coil configuration, patient size, scan parameters, and the presence of conductive materials or implants.
To learn best practices and safety strategies to minimise RF heating effects, including protocol selections, pulse sequence adjustments, coil selection, etc.
10 min
Panel discussion: How to improve MR safety in a multidisciplinary environment? What are the roles of each occupational group in MR safety management?