The university described the scanner as “groundbreaking” and said it could identify “previously undetectable cancer tumour ... Imager derives from MRI but can work at ultra-low magnetic fields which ...

This innovation could change the course of treatment for millions of people with cancer. Currently ... The Field Cycling Imager derives from MRI but can work at ultra-low magnetic fields, which means ...

The AI model processes pre-contrast and a single post-contrast T1 image, identifying suspicious regions and assigning a ...

Investigators assessed whether MRI alone can identify all cases of Gleason grade group 2 or higher disease in patients on prostate cancer active surveillance.

Researchers from University of Waterloo have developed a new imaging technology that uses AI to improve breast cancer detection and treatment. Amy Tai, one of the researchers, explains how the ...

Imaging technology developed and refined at the University of Waterloo promises better detection and treatment of breast cancer by more ... synthesizing and mixing MRI signals at different ...

This innovation could change the course of treatment for millions of people with cancer ... from MRI but can work at ultra-low magnetic fields, which means it is capable of seeing how organs ...

Currently, around 15% of women need a second surgery after a lumpectomy – surgery to remove an area of cancer ... MRI but can work at ultra-low magnetic fields which means it is capable of ...