Radiologist and artist Satre Stuelke, MD, MFA, acquires CT scans of toys, food, and electronics.
Ever wonder what the inside of a Hungry Man frozen dinner looked like? What about a toaster or a porcelain doll?Radiologist and artist Satre Stuelke, MD, MFA, did. So he decided to run those and dozens more everyday objects through a CT scanner. The results offer a fascinating, radiographic look inside common toys, food, and electronics. The images are part of his Radiology Art project, visible on his website, as well as pediatrician offices and occasional art galleries.Stuelke acquired his images on a four-slice CT scanner used for research. He then processed the DICOM images in Osiris software, and assigned colors based on the material density.Stuelke’s inspiration for the approach stems from artist Robert Heinecken, a well-known artist who took what looked like X-rays of breakfast foods. Heinecken’s wife was a mentor of Stuelke’s in art school. It turned out the reproductions were actually photograms of bacon and eggs, but Stuelke was intrigued, he said, and “wanted to take it a step further.”The idea behind the art, Stuelke said, is the images can help demystify certain imaging procedures for patients. “It acts like a bridge for people who are familiar with objects like their iPhone and their toaster and their Barbie doll,” he said. “They can see things about how they are constructed, and it works nicely as a bridge if they have to get a CT.”Stuelke was drawn to radiology after a career as an artist and teacher. He said he’s always been intrigued by the human body and ran the physical computing area at the School of Visual Arts in Manhattan.“That’s where I took the step of thinking it would be a good idea to get an MD and learn more about the human body,” he said. “I pretty much knew I wanted to do radiology, because that was the most visually relevant.”Today he’s a second-year resident at Geisinger Health System in Pennsylvania. It’s been a while since he’s updated his site, as he’s unable to gain access to a machine to use for his art. But he does still set his sights on potential subjects.“I just ran across the most amazing art deco household appliance,” he said. He spotted the device at the home of a man who restores old appliances and has something of a museum of them. This particular item, Stuelke said, is “some sort of toaster. It’s super rare.”Images courtesy Satre Stuelke, MD, MFA. View more at Radiologyart.com.
New Study Assesses Benefits of High-Resolution Photon-Counting for Computed Tomography Angiography
October 10th 2024Researchers found that ultra-high resolution photon-counting significantly enhanced visualization of small vessels and facilitated improved reduction of blooming artifacts for head and neck computed tomography angiography (CTA) scans.
FDA Clears Software for Enhancing CCTA Assessment of Atherosclerosis
October 1st 2024Through analysis of coronary computed tomography angiography (CCTA) images, the PlaqueIQ software provides quantification and classification of atherosclerosis, a common cause of myocardial infarction (MI) and ischemic stroke.
The Reading Room: Racial and Ethnic Minorities, Cancer Screenings, and COVID-19
November 3rd 2020In this podcast episode, Dr. Shalom Kalnicki, from Montefiore and Albert Einstein College of Medicine, discusses the disparities minority patients face with cancer screenings and what can be done to increase access during the pandemic.
Can Intestinal Ultrasound Provide an Alternative for Evaluating Creeping Fat with Crohn’s Disease?
September 25th 2024Intestinal ultrasound demonstrated an 88.2 percent agreement with computed tomography enterography in characterizing creeping fat in patients with Crohn’s disease, according to new research.