When doctors and scientists want to see inside a body, magnetic resonance imaging (MRI) is a powerful tool. MRI can ...

New MRI technique simultaneously maps multiple structural, physiological and molecular biomarkers to characterize brain tumours and multiple sclerosis lesions ...

MR-AIV uses physics-informed AI and DCE-MRI scans to infer 3D brain-wide fluid movement in mice without direct flow ...

Early warning system A study led by Eric Mellon and Kaylie Cullison at Sylvester Comprehensive Cancer Center is the first to quantify tumour changes in glioblastoma patients receiving MRI-guided ...

A new nuclear magnetic resonance (NMR) microscope gives researchers an improved instrument to study fundamental physical processes. It also offers new possibilities for medical science—for example, to ...

The life-saving medical technology known as Magnetic Resonance Imaging, or MRI, makes detailed images of soft tissue in the body, nearly eliminating the need for exploratory surgery. Unlike X-rays, it ...

High-resolution 7.0 T MRI of the eye and orbit of a volunteer that shows in great detail the anterior cranial structures, including the extraocular muscles, optic nerve, and a cyst adjacent (yellow ...

In a recently published report, a group of physicists from the University of Tokyo detailed how they generated the strongest magnetic field in the record without the use of chemical compression, a ...