MRSRL: Magnetic Resonance Systems Research Laboratory

Overview

Welcome to the homepage of the Magnetic Resonance Systems Research Lab (MRSRL). The MRSRL is a medical imaging group in Electrical Engineering with a long history of developing new methods for improved magnetic resonance imaging (MRI). Ph.D. students and research staff of the MRSRL investigate a wide range of MRI technologies and applications, often working with clinicians and scientists at Stanford and around the world.

Faculty:

Canon USA Professor Albert Macovski (Emeritus)
Professor Dwight Nishimura
Professor John Pauly

Complete list of group members

Research Projects:

Technologies	Applications
Real-Time Interactive MRI Flow Imaging Diffusion Imaging Image Reconstruction RF Pulse Design MR Systems Hardware	Coronary Artery Imaging Peripheral Arterial Disease Imaging Musculoskeletal Imaging Prepolarized MRI for Imaging Near Metal Interventional MRI Functional Brain Imaging

Technologies

Applications

Real-Time Interactive MRI
Flow Imaging
Diffusion Imaging
Image Reconstruction
RF Pulse Design
MR Systems Hardware

Coronary Artery Imaging
Peripheral Arterial Disease Imaging
Musculoskeletal Imaging
Prepolarized MRI for Imaging Near Metal
Interventional MRI
Functional Brain Imaging

Detailed list of projects

Courses:

Electrical Engineering offers four medical imaging courses. Interested students are encouraged to enroll.

Course	Content
EE369A (Medical Imaging I)	X-Ray, Computed Tomography and Nuclear Medicine
EE369B (Medical Imaging II)	Ultrasound and Magnetic Resonance Imaging
EE369C	Medical Image Reconstruction
EE469B	RF Pulse Design for Magnetic Resonance Imaging

Course

Content

EE369A (Medical Imaging I)

X-Ray, Computed Tomography and Nuclear Medicine

EE369B (Medical Imaging II)

Ultrasound and Magnetic Resonance Imaging

EE369C

Medical Image Reconstruction

EE469B

RF Pulse Design for Magnetic Resonance Imaging

Note: EE369A is not a prerequisite for EE369B, but EE369A and B are prerequisites for EE369C.

More courses