Positron emission tomography/computed tomography is a hybrid nuclear medicine imaging technique that helps radiologists spot abnormal metabolic activity. PET/CT is commonly used to diagnose cancers, heart diseases and certain brain disorders, among other conditions.
Researchers are developing a system that combines a universal radioactive building block with different biological molecules to create new radiotracers.
The software supports amyloid, tau and FDG PET and provides automated Centiloid measurements for amyloid imaging and CenTauR measurements for tau imaging.
The launch comes ahead of meetings with members of Congress this fall in Washington, D.C., where group leaders plan to advocate for the availability of cardiac PET, particularly among underserved populations.
The finalized project was designed to increase production capacity and support growing demand for PET/CT technology, including new product lines planned for the United States and international markets.
The imaging agent could offer a new approach for diagnosing stiff heart syndrome, according to data presented during the European Society of Cardiology Congress.
One of the tracer’s more significant advantages is its extended half-life of 109 minutes—significantly longer than other currently available PET MPI imaging agents.
The exam effectively helps providers manage patients’ treatment options, but for some, the costs associated with those treatments may negate the value of its findings.
Targeting CXCR4 during PET scans could help providers gain vital information regarding patients' potential to fully recover from myocardial infarction.
Beyond amyloidosis, nuclear cardiology is also increasingly used to image inflammation and infection in the myocardium, especially in diseases such as cardiac sarcoidosis and myocarditis.
PET has already gained significant momentum in recent years. Now, researchers are pointing to another possible use for the popular imaging modality: assessing carotid artery atherosclerosis.
GLP-1 receptor agonists alter glucose metabolism and the movement of food through the digestive system and can lead to unique uptake patterns on FDG PET-CT.