The funds, managed by Oaktree Capital Management, will support SHINE’s commercialization of molybdenum-99 and lutetium-177 (Lu-177) in addition to construction of the physical production facility.

The American College of Radiology released the contrast-specific LI-RADS system in response to the widespread use of the material in clinical practice. To date, however, few studies have analyzed its interreader agreement, and in those that have, results have been inconsistent.

Breast cancer phenotype can influence MRI’s ability to evaluate the effectiveness of chemotherapy, according to a study published Oct. 4 in the European Journal of Radiology. But which specific tumor subtypes have the greatest impact on the modality’s performance?

Standardizing protocols for preclinical PET/CT imaging can help translate research findings to the clinical setting, according to a study published Sept. 27 in the Journal of Nuclear Medicine.

A new magnetic “seed” technology can help radiologists localize breast lesions and offers benefits over traditional wire-guided localization (WGL), reported authors of a study published Oct. 3 in the European Journal of Radiology.

An algorithm designed to unfold MRI scans of the placenta may allow doctors to more accurately identify and treat issues with the organ during pregnancy, according to new research out of MIT’s Computer Science and Artificial Intelligence Laboratory.

A new high-performance, low magnetic-field MRI system developed, in part, by researchers at the National Institutes of Health (NIH) can produce higher-quality images of the lungs and heart and may be safer for patients with implanted devices.  

The National Cancer Institute—part of the National Institutes of Health (NIH)—has awarded researchers at the University of Arizona Health Sciences $3.6 million to investigate a new imaging-based method to detect breast cancer.