Standing left to right:  Lewis Shin, Manoj Saranathan, Marcus Alley, Jocelyn Shaw, Thomas Hope, Shreyas Vasanawala, Catherine Moran, Iva Petkovska, Bruce Daniel, Brian Hargreaves, Pejman Ghanouni. Seated left to right:  Robert Herfkens and Graham SommerAP magnified and oblique maximum intensity projection subtracted MR images of the lower extremities demonstrate a persistent lateral marginal vein, a congenital venous anomaly, with multiple collateral connections to the deep venous system, which was intact.Research at the Stanford University Department of Radiology has enabled MRI techniques that are rapid enough to capture multiple serial snapshots of tumors that quickly take up contrast agents that are intravenously injected. Fat fraction map in a patient with 18 percent liver fat fraction (arrow).  Note how spleen is dark, visceral and subcutaneous fat are bright, and liver is intermediate in signal.Axial and curved planar reformatted post-contrast MR images demonstrate severe narrowing of the left common iliac vein between the right common iliac artery and a lumbar vertebral body.Subtracted maximum intensity projection coronal post contrast MR image showing retrograde flow in a dilated left ovarian vein, with left parametrial varices.
 

Mission

The body MR section aims to provide outstanding patient care, lead innovations in the practice of body MR, and train the next generation of clinician scientists. The overall direction of the group is development of a tight link between diagnosis and therapy to enable highly personalized care.
 

The Stanford Body MRI service aims to provide exams that are personally tailored for each patient. With state-of-the-art MRI technology and highly trained staff, we seek excellence in the care for your patients. Each faculty member is an internationally recognized expert in body MRI, and has experience developing new methods to improve diagnostic precision. Further, the section has a depth of subspecialty experience.

Clinical Services

Education

The body MRI section in the Department of Radiology leverages a rapidly growing clinical volume, outstanding MRI equipment, and dedicated clinical and research faculty to create a unique environment for learning.  Trainees include residents, fellows, and visitors.

Research

Body MRI research at Stanford is fostered by a tight link between research scientists in the Department of Radiology, the University, and throughout the Bay Area. Clinical scanners have platforms identical to dedicated research scanners, enabling rapid clinical translation. These efforts are supported by multiple NIH grants.