Burnout is a horrible thing. And while recent research suggests it affects half of all radiologists, women are bearing the brunt – with 56% of female physicians reporting they’re burned out compared to only 41% of their male counterparts.

Medical images have long lived on legacy spinning disk. But healthcare systems are now leaving behind those on-prem, awkward boxes that require too much real estate, IT support and expense. Cloud is the choice to support enterprise imaging. If it feels like healthcare cloud is everywhere, you’re right. And here’s what you need to know to do cloud right.

Today’s most pioneering radiology groups are using artificial intelligence to chase down payments, increase patient satisfaction, relieve front and back office workload, and recoup earned revenues.

As a rural, critical access hospital, Ochsner St. Martin Hospital in Breaux Bridge, La., prides itself on restoring, maintaining and improving the health of their community, which sits between Lafayette and Baton Rouge. But a few years ago, the 25-bed hospital—that services the “Crawfish Capital of the World”—realized they weren’t living up to that mission as they turned away patients seeking open MRI services because they only offered closed system options. 

First there was PACS: picture archiving and communications systems. Over the last decade, as managing medical imaging has expanded far beyond radiology, enterprise imaging was born. But what is enterprise imaging in its best form?

“Good harmony” is the way John P. Erwin III, MD, describes the synergy of the 2021 ESC/EACTS Guidelines for the management of valvular heart disease (VHD) released in August along with the ACC/AHA guidelines that rolled in December 2020.

It’s not uncommon for severe aortic stenosis to go unrecognized, and thus untreated. When the data points to the existence of low-flow, low-gradient aortic stenosis, a diagnosis can be even more challenging.

What if artificial intelligence (AI) could support doctors in making decisions faster?