Ling Ling Chan

Pia Maly Sundgren

In this lecture the underlying external cause for traumatic brain injury will be explained. The typical imaging presentation of different intracranial traumatic injuries will be presented with special focus on MR imaging but not exclusively. The value of advanced MR sequences such as SWI, DTI and fMRI in the diagnosis, follow-up, in prediction of clinical outcome and disability will be discussed. Enhance missing tools and how to transform potential sequences to clinical routine protocols as well as the role of the MR physicist to support and address the clinical need for improved and clinical valuable sequences will be discussed.

Jin Rong Tan

Hideki Ota

Keywords: Cardiovascular: Angiography, Body: Urogenital, Body: Body

In acute trauma cases, CT is preferred for its accessibility and speed, though concerns arise over radiation and contrast agents. MR imaging supplements CT, particularly in assessing traumatic lesions. For chest trauma, MR aids in blunt thoracic aortic injury assessment, guiding management decisions. It's also useful for chest wall fracture assessment, revealing occult rib fractures. In abdominal trauma, MRCP helps detect pancreatic and biliary duct injuries; Gd-EOB-DTPA also aids in bile duct injury evaluation. MR imaging is valuable in pelvic injuries due to its excellent tissue contrast. Considering radiation exposure, MR imaging would be preferred in pediatrics and pregnant patients. 

Anna Lavrova

Keywords: Physics & Engineering: Low-Field MRI, Image acquisition: Visualization, Education Committee: Clinical MRI

Traumatic injuries impose a significant global health burden, resulting in substantial morbidity and mortality. Therefore, their timely and accurate diagnosis is crucial to ensure appropriate management and improve patient outcomes. Magnetic Resonance Imaging (MRI) has revolutionized diagnostic imaging, offering excellent soft tissue contrast and multiplanar capabilities. While high-field MRI scanners have been the cornerstone of trauma imaging, the emerging interest in mid- and low-field MRI systems has raised debates regarding their role in trauma assessment. This review aims to critically evaluate the potential of mid- and low-field MRI in trauma imaging, considering their advantages, limitations, and current evidence.

Catherine Mandel

Keywords: Transferable skills: Safety, Transferable skills: Project management, Transferable skills: Value

Magnetic Resonance Imaging (MRI) is now a standard technology in many radiology departments and essential for modern patient care.
It is being used more often in the care of emergency patients, including in trauma, ranging from minor injuries to major trauma. This brings its own risks: in particular patient and staff safety related to the magnetic field.
This talk will discuss:

1. clincal reasons to install MRI in the emergency department
2. matters to consider when deciding where to place an MRI scanner
3. staffing the scanner
4. safety including design, access, patient and staff screening, and training non-radiology staff
5. financial considerations
6. future developments