Its use dropped the average time needed to examine a finding at all timepoints from 107 seconds to 65 seconds, with pulmonary nodule assessments benefiting from the greatest reductions.

Not only could the materials reduce patient exposure to ionizing radiation, they also could reduce costs associated with traditional X-ray equipment, according to newly published research in Nature Communications.

New findings indicate that monitoring times following renal mass biopsy could be revisited in many cases without posing risks to patients.

The new data highlight a potential pitfall of unenhanced CT scans on patients presenting to emergency departments with acute pain—an inaccurate workup.

Radiologists interpreting screening mammograms may be especially susceptible to falling victim to automation bias, as these exams are repetitive in nature.

This is the first study to use paired, real-world clinical CT images to evaluate deep learning-based artifact reduction techniques.

Results from the world’s first study on the use of portable MRI equipment during pediatric ECMO therapy were published April 4 in Critical Care.

One benefit of these new detectors is that they can operate efficiently across multiple energy levels.