Commenting on a German study, Manisha Bahl, MD, MPH, explains how AI can be applied to breast MRI scans acquired with low doses of gadolinium-based contrast agents (GBCAs) and predict the appearance of full-dose contrast-enhanced subtraction images, a potential way to reduce the dose and therefore toxicity of GBCAs.
James A. Brink, MD, and a colleague urge radiologists to prepare for “seismic” changes in health care by adding value beyond image interpretation, with special attention to how artificial intelligence will affect practice and the need to offer precision imaging, image-guided intervention, and radiotheranostics.
With funding from a 2023 MGH Research Scholar award, Brian Edlow, MD, will lead a team in optimizing and implementing novel imaging technologies for this critical application.
The researchers discuss their work developing innovative AI technologies for three-dimensional medical imaging and clinical diagnosis.
The news came with the release of the Academy for Radiology & Biomedical Imaging Research’s FY22 NIH Data Collection Project.
The two inaugural Scholars are the department’s Dr. Vinit Baliyan and Dr. Thomas Ng.
Theresa C. McLoud, MD, and Brent P. Little, MD, explain how the advent of artificial intelligence and quantitative thoracic imaging, and improvements in hardware and its applications, are expected to lead to more accurate diagnosis and better treatment.
The Gordon Center researcher discusses a recent study in which he and colleagues describe a constellation of changes the healthy human brain undergoes with advancing age, including anatomical, functional and cognitive changes.
Traumatic brain injury is widely discussed in the context of sports and military conflict, much less so as a result of intimate partner violence. Eve Valera, PhD, hopes to change that.
Martinos Center researcher Randy L. Buckner, PhD, and colleagues have provided direct support for a third somatomotor map in the vermis of the cerebellum by using intensive, repeated functional MRI scanning of individuals performing movements across multiple body parts.