Few radiology subspecialties can match mammography at adopting new imaging modalities to improve patient care. Consider: The past 10 to 15 years have seen the rise of digital breast tomosynthesis, automated breast ultrasound, breast MRI (with and without diffusion weighting), low-dose positron emission mammography and contrast-enhanced dual-energy digital mammography. That’s just to name a few.  

It’s been two and a half years since Microsoft completed its acquisition of Nuance Communications for a reported $19.7 billion. At the time of the March 2022 transaction, Microsoft said it liked Nuance for its core strengths—AI-powered voice recognition and related software and services—across numerous industries.

A recent 2024 PocketHealth survey of 202 U.S. hospital and imaging center decision-makers highlights the significant challenges healthcare providers face with legacy image exchange systems. The survey and conversations with industry leaders reveal that these outdated solutions impact both operational efficiency and patient satisfaction, often resulting in additional workload and increased costs.

Physicians and researchers complete thousands of clinical trials each year, but some findings prove far more significant than others. For cardiologist Dharmesh Patel, MD, the results of the SMART trial have changed the way he’s managing and recommending treatment for women with symptomatic severe aortic stenosis.

Some of the most talked about data at ACC.24 were the results of a late-breaking clinical trial comparing different transcatheter aortic valve replacement (TAVR) valves in patients with a small aortic annulus. 

Munster, Indiana, is a thriving suburb 30 miles south of the heart of Chicago. It’s a place where the locals like to stay local, especially when it comes to healthcare. Patients in the area often turn to 454-bed Community Hospital, one of three acute-care hospitals part of Powers Health. 

Five years ago, two key takeaways from a survey of their pathologists sent NorthShore University HealthSystem toward the front lines of a technological revolution: digital pathology.

The team almost unanimously agreed that, first, it was time to consider AI as an aid to microscopic tissue analysis. And second, 73% wanted the flexibility to work remotely at another site or at home, at least sometimes, via telepathology.

It was about 2000 when Yale pathologist John Sinard, MD, PhD, first heard the prediction. “In five years, we won’t be using microscopes,” a respected peer quipped. “We’ll be examining all our slides as digitized images on computer monitors.”

Nearly a quarter-century later, Sinard reports: “I’m at my workstation, and my microscope is sitting right here next to me.”