The University of Kansas Health System’s new Indian Creek Campus now houses two fluoroscopy three-dimensional acquisition machines, which leaders of the system say are only one of four locations in the world to possess such technology, according to a fox4kc.com report.

Mercy Radiology, a New Zealand-based imaging provider, has plans to use artificial intelligence (AI) algorithms to help with the detection of prostate cancer.

A machine learning-based “red dot” triage system could help differentiate between normal and abnormal chest radiographs while optimizing clinician workflow, British researchers reported this month in Clinical Radiology.

Intrinsic susceptibility biomarkers were found to successfully provide cross validation of the oxygen-enhanced MRI biomarker perfused Oxy-R when mapping tumor hypoxia in renal carcinoma, according to research published in Radiology.

Researchers utilized five different machine learning approaches to accurately spot lymphedema—a negative side effect of breast cancer treatment—which may help detect it earlier and improve treatment.

A groundbreaking new treatment that involves a magnetic metal “seed” and an MRI scanner could destroy deadly brain tumors in 10 minutes, according to a June 8 article in The Telegraph.

Biomodex, a Paris-based medical device company, announced last week that it plans to open its first 3D human organ printing factory in the U.S. within the year, according to a June 10 article in Newsweek.

First phase of Singapore’s Advanced Medicine Imaging Center provides accurate and timely diagnosis of cancer, plus an education center for medical training and scientific research collaborations.