|
MRI of Bullet Fragments, Education Costs, and Vendor Earnings August 18, 2025
|
|
|
|
Together with
|
|
|
“Declining reimbursements … raise concerns for potential recruitment of physicians and eventually access to care for patients.”
|
Khosla P et al, in a JACR study on medical specialty education debt.
|
|
|
Radiology has a renewed focus on MRI safety following the tragic death of a New York man in an MRI accident last month. With that in mind, a new JACR study looks at adverse MRI events caused by an uncommon but still important phenomenon: retained bullet fragments in patients getting scans.
MRI is radiology’s most powerful modality, but its strong magnetic fields can be hazardous – and on extremely rare occasions even fatal – for both patients and medical personnel.
- Patients are supposed to be screened for metallic implants, jewelry, and other contraindications, but how often do providers know to ask about retained bullet fragments?
Having a retained bullet fragment on its own isn’t a contraindication for MRI, but providers do need to know where fragments are located and how large they are.
- If pre-scan screening discovers a patient with a retained fragment, they typically receive X-rays of the involved area to determine location and size – scans should be aborted if the fragment is in a solid organ or within 5 mm of an important artery or vein.
If all these steps are taken and the scan goes ahead, how often do adverse MRI events occur?
- MGH researchers reviewed 6.1k X-ray reports that contained the terms “bullet” or “shrapnel” over 13 years, finding 284 patients who got an MRI scan after a retained fragment was found on radiography.
They found…
- Only four patients (1.8%) experienced symptoms during MRI scans.
- Each of the exams was terminated early due to patient discomfort, with three patients reporting burning and one general discomfort.
- None of the symptomatic exams had the bullet in the MRI field of view.
- No serious injury and no follow-up care was required.
The Takeaway
The new findings are encouraging by showing that with careful patient screening and monitoring, MRI scans can be performed on patients with retained bullet fragments. But as always, MRI operators must remain vigilant and adhere to published MRI safety guidelines.
|
|
Discover the Blackford Difference
AI is no longer a futuristic nice-to-have in healthcare, it’s an essential tool. Yet for many providers, the path forward with AI remains unclear. That’s where Blackford comes in – discover the difference today.
|
|
Leading the Way in AI Transparency
There’s a need to better inform radiologists about AI’s role when interpreting images and generating measurements. Visage Imaging’s Visage 7 can display text in the viewer indicating that AI was used as a diagnostic aid – find out how it works today.
|
|
Planning for Data Migration Success
When UCSF Health’s enterprise imaging team needed to bring two new hospitals into their network, a new data migration project was born. Watch this on-demand webinar to learn how UCSF ensured a successful migration by working with Laitek, an Enlitic company.
|
|
- Education Debt in Radiology: Radiology landed in the middle in terms of how much debt medical school graduates take on to pursue their specialty. In a JACR article, researchers surveyed 146.9k graduates, of whom 6.5k planned to enter radiology. As of 2024, 65% in radiology took on medical debt, higher than dermatology (59%) and ophthalmology (56%), but lower than anesthesia and psychiatry (both 69%), OB/GYN and emergency medicine (both 72%), and family medicine (75%). Radiology’s median debt load fell 19% compared to 2018 ($200k vs. $248k).
- Mammo AI Could Replace Second Reader: Another study shows mammography AI could replace the second reader in breast screening programs. In a new paper in The Lancet Digital Health, Dutch researchers used ScreenPoint Medical’s Transpara algorithm to analyze mammograms from 42.1k women, finding that when used in place of a second reader AI improved sensitivity by eight percentage points compared to double-reading (52% vs. 60%), with a specificity decrease of two percentage points. AI especially can diagnose suspicious lesions that appear later as interval cancers.
- MRI Shows Brain Changes from Black Lung: New research with MRI shows that black lung disease in miners – known as pneumoconiosis – can also affect the brain. Writing in Magnetic Resonance Imaging, researchers scanned 67 people with a diffusion spectrum imaging sequence and correlated scans with cognitive tests. Coal miners with early-stage pneumoconiosis and cognitive impairment had reduced functional connectivity in several brain regions compared to miners who scored normally. Brain changes visible on MRI contribute to cognitive deficits in people with black lung.
- FDA Clears IMRIS Intraoperative 3T MRI: Intraoperative MRI developer IMRIS received FDA clearance for a new version of its 3T MRI technology. InVision 3T Recharge Operating Suite is a ceiling-mounted MRI room for diagnostic and intraoperative use that’s based on Siemens Healthineers’ Magnetom Skyra Fit scanner. The FDA clearance enables IMRIS to provide an upgrade path for customers currently using Siemens Healthineers Magnetom Verio magnets. IMRIS was acquired by private equity firm Grovecourt Capital in February.
- Study Disputes CMS ‘Efficiency Adjustment’: In its proposed 2026 Medicare Physician Fee Schedule, CMS proposed a 2.5% reduction in physician payments as an “efficiency adjustment” based on its assumption that physicians are more efficient than five years ago. But a new research letter in a surgery journal disputes that assumption, finding that for 1.7M surgical procedures across 249 CPT codes from 2019 to 2023, operative times actually increased 3.1%. Given the growing complexity of medical imaging, the same might prove true in radiology.
- Philips to Invest $150M in U.S. Manufacturing: Philips plans to invest $150M to expand its manufacturing capacity in the U.S. The company said much of the funds would go toward an expansion of its ultrasound transducer manufacturing facility in Reedsville, Pennsylvania, which will also begin customizing software and ultrasound scanner configurations for specific clinical applications. The funds will also cover a previously announced expansion of its Image Guided Therapy facility in Plymouth, Minnesota.
- NVIDIA Tech Powers Pancreatic Dataset: Technology from GPU giant NVIDIA was used to build what’s being called the world’s largest dataset of pancreatic CT images for training AI algorithms. The PanTS dataset contains 36k CT images from 145 global institutions, with annotations for nearly 1M structures – a key for algorithm training. The dataset was built on NVIDIA’s MONAI open-source medical imaging framework and was the subject of a research paper posted to ArXiv.
- Egg Touts Radiation Protection Study: Egg Medical is highlighting new study results showing how its EggNest Complete radiation protection system reduces radiation dose to cath lab personnel. In a comparison with competitor Rampart IC, there was no statistically significant difference in scatter radiation reduced at the primary operator and assistant positions. But the Egg system had significant reductions at the head of the bed and nursing positions (26 vs. 131 μSv/h). Egg and Rampart are locked in a legal dispute over radiation shielding patents.
- CCTA vs. TEE for Checking LAAO: A meta-analysis in Circulation: Cardiovascular Imaging found that coronary CT angiography could be more effective than transesophageal echocardiography for detecting residual leaks after left atrial appendage occlusion procedures. Researchers examined data from 1.3k patients across 17 studies, uncovering that CCTA detected more residual peridevice leaks (59% vs. 35%) and any peridevice leaks (52% vs. 36%) compared to TEE. CCTA also offered better spatial resolution, was less invasive, faster, operator-independent, and avoided sedation/intubation risks compared to TEE.
- Claritas Launches PET Enhancement: U.K. software developer Claritas HealthTech expanded its line of PET software after getting FDA clearance for iPETcertum. The company already markets the iPET image enhancement software, and the new application adds automated detection and quantification of radioisotope uptake for PET, PET/CT, and PET/MRI scans, providing SUV, SUVmax, and volume values. iPETcertum is vendor-agnostic and works with all radioisotopes.
- Kidney AI Startup Raises Funds: A startup from Estonia that’s developing AI algorithms to diagnose kidney cancer raised €1M in pre-seed funding. Better Medicine’s flagship AI tool is BMVision Kidney, which has been approved under the European Union’s CE Mark MDR regulatory framework for helping radiologists detect and report kidney cancer on CT scans. The funds will support Better Medicine’s commercial rollout across Europe and help the company plan for a U.S. regulatory submission.
- Vendors Working through China Woes: The larger medical imaging vendors appear to be working through the slowdown in equipment purchasing in China, although the recovery may not extend to mid-sized firms. Revenues were reported for Siemens Healthineers Imaging division (+12% to $3.79B), GE HealthCare Imaging and Advanced Visualization Solutions divisions (+2% to $3.49B), Philips Diagnosis and Treatment division (-1% to $2.44B), Fujifilm healthcare division (+1.6% to $1.55B), Canon Medical Systems (+2.3% to $966M), RadNet (+8.4% to $498M), Hologic Breast Health division (-5.8% to $365M), Guerbet (-10.4% to $237M), and Konica Minolta healthcare division (-10% to $115M).
|
|
AI Innovations in Lung Disease
Check out this on-demand webcast to hear executives from Riverain Technologies and GE HealthCare as they discuss AI applications developed to detect lung nodules, in particular how AI applications can be integrated into PACS.
|
|
Experience the Power of Workflow Orchestration
Mach7’s UnityVue Workflow Orchestration Platform is a groundbreaking new solution that creates a unified view of patient imaging data, speeding patient care delivery, creating more efficient workflows, and reducing radiologist stress. Experience the power of UnityVue for yourself.
|
|
- Powering Reporting Progress with Efficiency: Radiologists are looking to maximize their efficiency with new reporting tools that integrate easily with their PACS and RIS. Learn more about solutions from Kailo Medical in this Imaging Wire Show interview with Jason Mercieca and Dieter Smith.
- Equitable Study Distribution with an Automated Worklist: Automated worklist functionality can distribute medical imaging studies more equitably than manual study selection. Discover how Merge Workflow Orchestrator enabled one institution to achieve balance in this downloadable white paper.
- Top Productivity Tools for Radiologists: Radiologists today face growing demands for speed, collaboration, and accuracy. Watch this on-demand webinar to learn from clinical and IT leaders from the University of Michigan Health – Sparrow and AGFA HealthCare as they share the top tools helping radiologists work smarter.
- Denoising AI’s True Potential for Medical Imaging: What is AI’s true potential in medical imaging? Find out in this American Hospital Association podcast with United Imaging CEO Jeffrey Bundy, PhD, and United Imaging Intelligence CEO Terrence Chen, PhD.
- Revolutionize the Reading Experience: With intelligent automation and AI‑powered workflow, PowerScribe One from Microsoft allows radiologists to generate and communicate high‑quality, consistent reports – and get more done in less time.
- AI-Powered Population Health: DeepHealth closed its acquisition of iCAD, a major step in DeepHealth’s vision to build the future of AI-powered population health. In this Imaging Wire Show, we talked to company executives Kees Wesdorp and Niccolo Stefani about the acquisition and their strategic roadmap.
- Presenting Unboxing AI: Check out CARPL’s video series, Unboxing AI, featuring experts discussing AI and its future in radiology. The next episode features Xiao Chen, PhD, of United Imaging Intelligence – reserve your seat today.
- A New Benchmark for Tomo Imaging: There’s a new benchmark for digital breast tomosynthesis 3D images with MAMMOMAT B.brilliant from Siemens Healthineers. The system’s 50° wide-angle tomosynthesis helps you achieve excellent outcomes for your patients, radiologists, and breast care professionals.
- Transform Imaging Data into Actionable Predictions: When you choose Quibim, you get more than a partner for detecting and diagnosing prostate cancer on MRI scans. Learn how they can help you transform imaging data into actionable predictions by booking a demo today.
- Echo AI – Revolution or Replacement? How is AI echocardiography viewed by the clinicians who use it? Clinicians note that AI echo can enhance measurement accuracy and improve workflow efficiency, and share their secrets for successful implementation. Learn more on this page from Us2.ai.
- Unprecedented Insights Made Possible with AI: With the largest normative dataset of whole-body imaging in the world, Prenuvo’s AI researchers partner with the best academic minds to understand – like never before – what “normal” aging means. Learn about their work today.
- CT Tubes for Life: Never buy another X-ray tube for the life of your CT scanner with the Philips CT 5300. Powered by the advanced vMRC tube, software-driven innovation, and the industry’s first detector designed for AI. Built for lasting performance and peace of mind. Terms and conditions apply.
- Radiology Academy – Medical Education on Demand: Visit Calantic Radiology Academy by Bayer, where you’ll find the latest keynotes and symposium sessions on the use of artificial intelligence in radiology, ranging from challenges facing AI to bias in machine learning.
- Challenges and Opportunities in Radiology: In this episode of Medality’s The Radiology Report podcast, Medality Co-Founder and CEO Daniel Arnold interviews Glenn Kaplan, MD, about the challenges and opportunities in radiology, including workforce shortages and capacity issues, and possible solutions.
- A Bold Transformation in Client Experience: Intelerad is transforming how it supports customers and partners with clients through a company-wide Client Obsession initiative. The company is making investments in new tools, technologies, and staff to remove friction and deliver value – find out how it works on this page.
- AI-Assisted Fracture Detection: Gleamer’s BoneView AI solution helped radiologists detect fractures on radiographs of both adults and children in a meta-analysis of eight studies. Discover how it can help your practice today.
|
|
|
|
|