Medical Imaging

Use of High-Temperature Superconductors to Make MR Imaging More Affordable, Accessible and Sustainable
A new research partnership between Royal Philips (Amsterdam, Noord-Holland) and magnet solutions provider MagCorp (Tallahassee, FL, USA) focuses on the use of high-temperature superconductors to make MR imaging more affordable, accessible and sustainable in the future. More...07 Dec 2022

Novel Technology Designed to Increase MRI Speeds Could Lead to Faster Scans
Complex mathematics and engineering are involved in generating images of internal organs and tissues when patients enter the magnetic tube of an MRI machine. Any movement by the patient can corrupt the images, and the scan can take an hour or longer. Now, a new technology that adjusts the sampling pattern created by the machine’s magnetic fields could increase scan speeds of three-dimensional MRI. More...06 Dec 2022


Photon-Counting CT Shows More Post-COVID-19 Lung Damage
A new study has shown that photon-counting detector (PCD) CT technology outperforms conventional CT in detecting subtle damage in the lungs of patients with persistent symptoms of COVID-19. The technology could lead the way to earlier treatment and better outcomes for the growing number of people with COVID-related lung damage, according to researchers. More...05 Dec 2022
New Collaboration to Bring AR to Medical Imaging for Interventional Space
GE Healthcare (Chicago, IL, USA) and MediView XR, Inc. (Cleveland, OH, USA) have entered into a collaboration to integrate medical imaging into mixed reality solutions through the development of the OmnifyXR Interventional Suite System. More...05 Dec 2022

PET Imaging More Effective than Angiogram for Determining Need for Coronary Stents or Bypass Surgery
Researchers have used PET imaging technology to map coronary blood flow and its outcomes – namely, subendocardial ischemia – among patients with heart disease. The new method for determining whether patients with heart disease need coronary stents or bypass surgery is more effective than the angiogram, which is currently used. More...01 Dec 2022

In Other News
Hologic Showcases Comprehensive Breast and Skeletal Health Solutions at RSNA 2022
Vieworks Exhibits Complete Lineup of Next Generation X-Ray Flat Panel Detectors at RSNA 2022
Subtle Medical Showcases AI-Powered Imaging Workflow Solutions at RSNA 2022
PaxeraHealth Demonstrates the Latest in Artificial Intelligence Technology for Imaging at RSNA 2022
Varex Presents Advances in X-Ray Technology at RSNA 2022
Radcal Demonstrates Accu-Gold TOUCH Series for X-Ray QA and Service at RSNA 2022
Agfa Showcases Groundbreaking, Intelligent Solutions That Empower X-Ray Experts at RSNA 2022
Philips Demonstrates Smart Connected Imaging and Integrated Workflow Solutions at RSNA 2022
Bayer Highlights Radiology Portfolio and Innovation in AI at RSNA 2022
Canon Showcases Meaningful Innovation in its Suite of Solutions and Products at RSNA 2022
Mindray Debuts New Ultrasound Systems and Hepatology Solutions at RSNA 2022
Siemens Presents Revolutionary High-End MRI Scanners at RSNA 2022
4DMedical Debuts Most Advanced Lung Scanning Technology in Decades at RSNA 2022
KA Imaging Unveils World’s First Integrated Mobile X-Ray System with Dual-Energy Capabilities at RSNA 2022
AIRS Medical Showcases Award-Winning MRI Enhancement AI Solution at RSNA 2022
Alpinion Presents New Range of High-Performance Diagnostic Equipment at RSNA 2022
Fujifilm Unveils New Medical Imaging Advances at RSNA 2022
Konica Minolta Introduces New Systems Featuring Dynamic Digital Radiography at RSNA 2022
Shimadzu Showcases Cutting-Edge Medical Imaging Systems at RSNA 2022
EDAN Presents Latest Ultrasound Imaging Solutions at RSNA 2022
Lunit Highlights Most Up-To-Date Research on Commercial AI Suite for Radiology at RSNA 2022
Sectra Demonstrates Solutions to Help Radiologists Tackle Workload Challenges at RSNA 2022
GE Healthcare Exhibits AI-Integrated Imaging Solutions at RSNA 2022
The Medical Imaging channel of HospiMedica deals with Radiography, MRI, Ultrasound, Nuclear Medicine, and similar items.







