For decades, the mention of an MRI scan has usually brought to mind a long, noisy hour spent inside a cramped metallic tube. For many patients, it was an experience defined by anxiety and the difficult task of staying perfectly still. However, the future of MRI technology is rewriting this story. We are currently witnessing […]
The medical imaging community is currently witnessing a transition that many experts describe as a generational leap in diagnostic technology. For decades, the standard for cross-sectional imaging has been defined by the incremental refinement of energy-integrating detectors. However, the arrival of Photon-counting CT has fundamentally altered the trajectory of computed tomography by introducing a detection
In the demanding field of medicine, one career has traditionally been known to involve extended periods alone in a darkened reading room: radiology. It is a career which all too often results in physician burnout, with its demanding volume and on-site schedule requirements. Yet, because of technological advancements, a revolution is occurring, allowing physicians the
For years, some of medicine’s most daunting tasks-from treating complex cancers to repairing clogged arteries-required open, invasive surgeries. These meant very long hospital stays and extended recovery times filled with pain. But today, the most exciting advances in modern medicine take place far from the conventional operating table, aided by a specialty dedicated to minimal
In searching for a perfect cancer treatment, it has been like navigating a big, unknown territory with just a single, small map. We have traditionally relied heavily on invasive tissue biopsies, small, static samples which tell us what the tumor looks like at one point in time and space. The issue, though, is that cancer
Executive Analysis: The Paradox of Velocity in Modern Medicine The path of modern medicine has been marked by an unyielding pursuit of speed. In the diagnostic world, this acceleration is perhaps most evident in the development of medical imaging and teleradiology, where the physical barriers of film and lightboxes have been destroyed by the digital
Whether one is a radiologist, a hospital administrator, or even a patient, the term “AI in Radiology” has been buzzing for years. But as we move into AI in Radiology 2025, the story has changed fundamentally. We’re no longer talking about if AI will work but how fast it’s changing the day-to-day reality of diagnosis.
Please note: The opinions and ‘fixes’ described below regarding teleradiology are the personal opinions of a radiologist, which are found on Reddit. They do not reflect the official stance or views of our company. I’m on Reddit quite a lot, and the other day a post from a doctor offered a striking opinion on the
Medical imaging is a world of unrelenting growth: volumes of CTs, MRIs, and other scans are consistently on the rise, while creating tremendous backlogs and putting inordinate pressure on radiologists. This ever-rising demand causes burnout for clinicians throughout the radiology workflow and dangerous delays in diagnosis, or high TAT, for patients. Yet the solution is
When you enter a contemporary hospital, physicians and nurses are not the only ones at the helm. Behind the scenes, what makes your consultation possible, as well as your ultimate bill, is a secret but crucial piece of the equation: the digital infrastructure that supports it all. This electronic infrastructure consists of a collection of
