Yale Medicine School: Concept of Nanoconfinement Improves Sensitivity and Safety of a Life-saving Diagnostic Contrast Agent
April 07, 2021
April 07, 2021
NEW HAVEN, Connecticut, April 7 (TNSJou) -- Yale School of Medicine issued the following news:
More than seven years ago Albert J. Sinusas, MD, a professor of medicine, radiology, and biomedical engineering, was working with a team of engineers for development of an imageable polymer for prevention of adverse remodeling after a heart attack when they inadvertently discovered that when iodine, a contrast agent used for X-ray imaging, is packed in a nanoparticle there is greater absor . . .
More than seven years ago Albert J. Sinusas, MD, a professor of medicine, radiology, and biomedical engineering, was working with a team of engineers for development of an imageable polymer for prevention of adverse remodeling after a heart attack when they inadvertently discovered that when iodine, a contrast agent used for X-ray imaging, is packed in a nanoparticle there is greater absor . . .