Medical Imaging

Physicians utilize medical imaging to see inside the body to diagnose and treat patients. This includes computed tomography (CT), magnetic resonance imaging (MRI), X-ray, ultrasound, fluoroscopy, angiography,  and the nuclear imaging modalities of PET and SPECT. 

Harvey Nisenbaum

Distinguished Philadelphia radiologist and ultrasound expert Harvey Nisenbaum dies

His contributions to the specialty were numerous over the past 40-plus years, serving on 140 committees as a member of 15 different professional societies. 

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4 ways radiology residents' outsized role during the pandemic reinforces the specialty's value to patient care

Providers from New York Presbyterian Hospital shared some of their first-hand experiences in Clinical Imaging.

money puzzle innovation funding

Radiology leader Johns Hopkins notches $13.5M grant to develop implantable ultrasound imaging devices

Funding comes by way of the Defense Advanced Research Projects Agency and will be used to create high-resolution US tech to monitor traumatic spinal cord injuries.

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Brain MR imaging linked to better outcomes for patients with acute ischemic stroke

Brain MRI scans do lead to increased costs, the authors noted, but the clinical benefits are significant.

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Functional MRI use in Medicare has stagnated after years of growth. What’s holding it back?

A team of experts from Emory University and the Harvey L. Neiman Health Policy Institute analyzed a decade's worth of Medicare data to answer this question. 

Man vs. Machine artificial intelligence AI

Man vs. Machine: AI matches third-year radiology residents at reading chest x-rays in large study

IBM and others designed an algorithm that can match or even surpass fledgling physicians at reading the most common imaging exam in the ED. 

Making Radiology Reports Easily Readable by Patients Using Portals

Making Radiology Reports Easily Readable by Patients Using Portals

Patients increasingly read their radiology reports through online EHR portals, but the reports are written for referring physicians, not for patients. 

Letting Deep Learning Light the Way to Translational Research and Precision Medicine

Letting Deep Learning Light the Way to Translational Research and Precision Medicine

Quantitative traits obtained from CT scans performed in routine clinical practice have the potential to enhance translational research and genomic discovery when linked to electronic health record (EHR) and genomic data.