The team’s work will emphasize the role of specialized MRI techniques capable of detecting subtle changes around tumors with the help of pH-based imaging.
Using a virtual reality headset, the system, dubbed AR-VIU (augmented real-time volumetric imaging in ultrasound), creates a 3D rendering of anatomy based on 2D ultrasound images.
“Cardiothoracic imaging continues to evolve, fueled by technical innovations such as dynamic chest radiography, digital tomosynthesis and dark-field radiography," one radiologist said.
Asian patients are rarely represented in large TAVR trials, the authors wrote, so they focused on nearly 1,200 patients from South Korea to provide a fresh perspective.
