Nuclear medicine physicians and radiologists recommended additional imaging in approximately one-third of PET/CT reports, but more than half of these recommendations were unnecessary, according to a study published in the January issue of Clinical Radiology. Ordering clinicians followed recommendations for further imaging in less than one-third of the reports.

A molecular-targeted imaging method has depicted lymph node metastases intraoperatively in mice. In addition to providing real-time, accurate information about lymph node status, this pathology technique could set the stage for shorter operating room time and reduce unnecessary removal of healthy lymph nodes, according to the researchers whose findings will be published Jan. 15 in Cancer Research.

The Brooklyn Nets, an NBA team, have selected Newburgh-based New York Imaging Service as its full-service digital X-ray provider

Imagine owning or operating a business in which your best customers pretty much dictate your prices. In that same business, you face an organized effort to tell you when and how you can practice your trade, and those guidelines are often contrary to what you have been trained to do. Imagine, too, that your business also experiences skyrocketing

In a world of PACS and enterprise imaging, the performance of the enterprise viewer often takes a back seat. For Brad Levin, an imaging veteran of more than two decades, it’s a mystifying mindset since the diagnostic workstation (viewer) is literally the front seat of a radiologist’s day-to-day existence.

Call it a classic case of not wanting to be the last kid on the block to own one.

Tests such as SPECT, PET and MRI offer noninvasive alternatives for diagnosing patients with suspected coronary artery disease (CAD). Some recent evidence tilts in favor of these advanced imaging modalities, particularly when a multistep strategy is applied to diagnose CAD. By ruling out low-risk patients, these screening tools may help to eliminate unnecessary treatments and their associated costs.

Molecular imaging is spurring dramatic shifts in medicine. The latest venue to witness the revolution may be the surgical suite. The Advanced Multimodality Image-Guided Operating (AMIGO) suite at Brigham and Women’s Hospital (BWH) at Harvard Medical School in Boston weds intraoperative imaging and navigation systems in a surgical environment to set the stage for intraoperative applications of molecular imaging.