Magnetic Resonance Imaging

Magnetic resonance imaging (MRI) is the gold standard imaging modality for soft tissues. It produces detail cross-sectional images of soft tissue and bone anatomy, including muscles, tendons, ligaments, brain and organs, without the use of ionizing radiation. In addition to orthopedic imaging, MRI is also used for heart, brain and breast. MRI uses gadolinium contrast in many exams to highlight tissues and blood vessels, which enhances images and offers better diagnostic quality. It can also be used in conjunction with PET scans. How does MRI work? MR creates images by using powerful magnets to polarize hydrogen atoms in water (the body is made of of more than 80% water) so they face in one direction. A radiofrequency pulse is then used to ping these atoms, causing them to wobble, or resonate. The MRI coils detect this and computers can assemble images from the signals. Basic MRI scans will focus on the resonance of fat and water in two different sequences, which highlight and contrast different features in the anatomy.

AI predicts pediatric cancer recurrence with impressive accuracy
Researchers have developed a deep learning model that can spot longitudinal changes in patients' brain imaging that could be indicative of cancer recurrence.
Deep learning reconstruction enables 5-minute MRI scans
New research in the American Journal of Roentgenology details a deep learning super-resolution image reconstruction technique that opens the door for accelerated imaging of the knee.
Could China's latest restrictions impact the supply of MRI contrast?
The ongoing trade war between the United States and China could jeopardize the availability of contrast agents used for medical imaging.
Cardiologists make history, perform world’s first ventricular ablation guided by real-time MRI
“MRI images provide a better view of the anatomy of the heart and the instruments used for treatment, but also of the changes made to the treated cardiac tissue,” one cardiologist explained. “Unlike X-ray images, the entire area surrounding the heart can be seen, including the blood vessels and valves."
Reducing MRI scan times could add thousands of exam slots, generating up to $22M in new revenue per practice
That’s according to a new retrospective study led by the University of California, San Francisco, and Siemens Healthineers, published Tuesday in Radiology.

AI predicts pediatric cancer recurrence with impressive accuracy

Researchers have developed a deep learning model that can spot longitudinal changes in patients' brain imaging that could be indicative of cancer recurrence.

Deep learning reconstruction enables 5-minute MRI scans

New research in the American Journal of Roentgenology details a deep learning super-resolution image reconstruction technique that opens the door for accelerated imaging of the knee.

Could China's latest restrictions impact the supply of MRI contrast?

The ongoing trade war between the United States and China could jeopardize the availability of contrast agents used for medical imaging.

Imricor Medical Systems ventricular ablation

Cardiologists make history, perform world’s first ventricular ablation guided by real-time MRI

“MRI images provide a better view of the anatomy of the heart and the instruments used for treatment, but also of the changes made to the treated cardiac tissue,” one cardiologist explained. “Unlike X-ray images, the entire area surrounding the heart can be seen, including the blood vessels and valves."

Reducing MRI scan times could add thousands of exam slots, generating up to $22M in new revenue per practice

That’s according to a new retrospective study led by the University of California, San Francisco, and Siemens Healthineers, published Tuesday in Radiology.

Imaging shows why music makes us happy

Experts believe their findings could be significant for treating both pain and mental health disorders.

scanner money radiology dollar MRI CT payment compensation

MRI projectile incident likely to result in a 'seven-figure sum' repair bill for hospital

News of an incident is a stark reminder that healthcare workers and patients aren’t the only ones who need to be aware around MRI suites.

Experts may have discovered why some patients are more susceptible to GBCA-related side effects

A new study focuses on the role oxalic acid may play in the body’s ability to eliminate gadolinium after an MRI study.