Clinical Research

subtraction coronary CT angiography

Subtraction boosts CCTA accuracy, even in the presence of extensive calcium

Researchers recently found results yielded via subtraction CCTA to be similar to those produced by ICA in assessing stenosis grading.

transesophageal echocardiography (TEE)

Simulations help 'accelerate the TEE learning curve' for cardiology trainees

Simulation-based training can help cardiology fellows improve their TTE abilities, even when instructors or equipment are in short supply. 

Peter Libby, MD, a cardiovascular medicine specialist, Brigham and Women’s Hospital, and Mallinckrodt Professor of Medicine, Harvard Medical School, explains his research into COVID and how damages the endothelium on blood vessels. #AHA #AHA22 #SARSCoV2 #Coronavirus #COVID

VIDEO: Why does COVID-19 damage vascular beds?

Peter Libby, MD, a cardiovascular medicine specialist at Brigham and Women’s Hospital, explains his research into COVID-19 and how it damages the endothelium of blood vessels. 

Stroke patients with AFib face a higher mortality risk after thrombectomy

A comparative meta-analysis found similar procedural outcomes, but higher 90-day mortality—partially attributable to a higher rate of comorbidities.

5 avenues along which the 10-year-old Society of Abdominal Radiology is advancing

Did you know the SAR formed when the Society of Gastrointestinal Radiologists merged with the Society of Uroradiology?

Emerging imaging technologies boosted by COVID research

As the field of radiology research adapted to withstand the pandemic’s challenges, it morphed in some decidedly beneficial ways.

hospital ward

Why cardiologists should pay close attention to rehospitalizations after TAVR or SAVR

A new analysis in Circulation: Cardiovascular Interventions examined rehospitalization rates after AVR, noting that they are consistently associated with worse outcomes and a higher risk of patient mortality.

Novel 3D lumbar MRI speedy as well as suitable

Researchers at the Hospital for Special Surgery in New York City have demonstrated fast but fine 3D lumbar image acquisition on MRI using deep learning image reconstruction.