Their work focused on determining tissue and electrophysiological properties of the heart based on existing imaging approaches using quantum computing.

PET-CT combines the functional information gained through PET with the structural details gained by a CT scan, aiding in early detection of recurrent disease.

Vanderbilt researchers are developing artificial intelligence they hope will speed the diagnosis and improve the treatment of osteoporosis.

Zhongliang Zu has advanced the application of molecular and functional magnetic resonance imaging to improve diagnosis of tumors, ischemic stroke, and neurological and muscular disorders.

A Q&A with Vanderbilt Imaging Services’ EB Jackson, MBA, President, and Morgan Anderson, MD, Medical Director.

A new study identified a safe and effective fluorescent imaging agent that can assist surgeons in visualizing — and therefore protecting — nerves during surgery.

Research found that using data collected both during surgery and after a tumor’s removal can help guide surgeons in achieving a negative margin in cancer resection.