New 2018 guidelines for myocardial perfusion imaging (MPI) protocols on conventional and novel single photon emission computed tomography (SPECT) for nuclear cardiology practitioners has received praise from the Society for Nuclear Medicine and Molecular Imaging (SNMMI).

The new system, which has received FDA clearance, uses carbon nanotube technology in a compact, lighter weight, non-motorized system that is easier to move and position in crowded ICU and NICU areas

Valerie Powell, a program coordinator with the University of Alabama at Birmingham’s department of radiation oncology struggled for eight years trying to figure out why a lump had formed under her jawline, with little help from CT and MRI.

A new molecular imaging system developed by researchers from the University of Illinois can show living tissue in great detail and may allow researchers to monitor cancerous cells as they progress inside the body.

Three international experts recently argued for a resolution to the salivary gland (SG) toxicity side effect seen in metastatic castration-resistant prostate cancer (mCRPC) patients treated with I-131 labeled PSMA radioligand therapies (PRLT).

When a draft report is available to radiologists, report production time may be significantly decreased and workflow efficiency may improve, according to research published in Academic Radiology.

Mechanical engineers and surgeons from the University of Hong Kong have recently developed what could be the world's first neurosurgical robotic system that can perform bilateral stereotactic neurosurgery on a patient inside an MRI machine.

Outpatient no-shows for scheduled imaging exams can cost a radiology department at a standard U.S. academic medical center as much as $1 million in lost revenue per year, according to a study published in Academic Radiology.

A convolutional neural network (CNN) model performed as well as clinicians in classifying the area of concern in retinal fundus images and provided evidence for why those choices were made—a common problem for artificial intelligence (AI) technology.

A study, 20 years in the making, found that stressful environments for children and adolescents can have long-lasting impact on neurological development. The research—published June 15 in Nature, Scientific Reports—found that continued exposure to stress contributes to slower maturation of the brain during adolescence.