3D printing from MRI untangles congenital heart surgery November 21, 2014 -- Taking cardiac MR images and turning them into 3D prints of the entire heart has gone from experiment to clinical use in Peoria, IL. It is helping doctors there plan complex congenital heart surgeries in young children, according to a presentation at the American Heart Association annual meeting in Chicago.
'Virtual Finger' points to better use of 3D volumes November 17, 2014 -- Developers of an advanced visualization algorithm known as Virtual Finger are hoping to revolutionize the tedious and slow process of exploring 3D image content. While the algorithm is currently being employed for nonmedical applications, its developers believe it could be used clinically in the near future.
MRI brain segmentation software boosts speed, accuracy November 14, 2014 -- Texas researchers have developed a new knowledge-based segmentation technique that surpasses previous efforts to segment the brain accurately with MRI, according to a new report in the Journal of Medical Imaging.
Barco unites medical displays with Uniti launch at JFR October 16, 2014 -- In the world of medical displays, a gulf has existed between grayscale and color, with imaging facilities maintaining separate types of monitors for optimal performance. At the French national congress, JFR, Barco aims to bridge the divide through Coronis Uniti, designed for both applications.
Surgical planning 'cave' highlights advanced imaging October 10, 2014 -- Researchers at Houston Methodist Hospital are using a high-tech surgical planning room they call Plato's Cave to get the most out of their multimodality radiologic images. The Texas-sized cave helps surgeons prepare for their most challenging cases by revealing the anatomic relationships that are key to their decision-making.
CAD with digital mammo doesn't improve radiologist performance October 8, 2014 -- Using computer-aided detection (CAD) with digital mammography has no significant effect on radiologists' performance when they interpret screening mammograms, and it doesn't change their diagnostic decisions, according to a new study published in the October issue of the American Journal of Roentgenology.
Prototype FFR-CT software shows high accuracy vs. invasive FFR October 2, 2014 -- A software-based technique aimed at deriving CT-based blood flow data without invasive procedures showed similar accuracy to invasive fractional flow reserve (FFR) for determining the significance of coronary stenosis, according to a new report in the American Journal of Cardiology.
ASTRO: Imaging, radiation oncology increasingly work as one September 16, 2014 -- SAN FRANCISCO - Imaging is central to the unprecedented wave of medical specialties converging on cancer care. But it will take more than what today's radiologists are trained for to better understand cancer's mysteries, according to a keynote address by Dr. Hedvig Hricak, PhD, on Monday at the American Society for Radiation Oncology (ASTRO) meeting.
Mich. researchers hope to revamp lung CT image processing September 12, 2014 -- A new study at the University of Michigan aims to speed up image processing for low-dose CT lung cancer scans in the hopes of reducing reconstruction times to just a few minutes, which should result in lower radiation doses to patients.
Start-up advances MR-guided procedures with software platform September 4, 2014 -- Wisconsin researchers are developing a new software platform that would allow surgeons to observe the brain in real-time on MRI during surgical and therapeutic drug interventions. The goal of their company, called InseRT MRI, is to develop customized MRI-guided minimally invasive procedures.