CAD technology useful for difficult-to-detect breast cancers

Study findings revealed that CAD technology effectively identified 98 percent of the microcalcifications, 95 percent of the invasive lobular carcinomas, 89 percent of the mixed mass/microcalcification lesions and 84 percent of the masses in 273 women with confirmed breast cancer. The study from the Department of Radiology at The George Washington University Medical Center, concluded that CAD - with an overall sensitivity of 89 percent - represents a useful tool for the detection of breast cancer.

iCAD Inc.'s CAD solutions, specifically its Second Look CAD system, was used in the study, published today in the American Cancer Society's journal Cancer.

Rachel F. Brem, MD, director of Breast Imaging at The George Washington University Medical Center and study principle investigator said, "This study further demonstrates the potential of CAD for the improved diagnosis of breast cancer. It is particularly exciting as it demonstrates the effectiveness of CAD in cancers that are often difficult to detect mammographically such as invasive lobular carcinomas."

The study was conducted over a four-year span from three institutions collecting 1,000 consecutive screen-detected, biopsy-proven breast carcinomas. Every third tumor was selected until 275 consecutive carcinoma tumors were identified at random for system testing. From a consecutive series of 494 women with normal screenings, 155 mammograms were randomly selected for this study.

Around the web

Richard Heller III, MD, RSNA board member and senior VP of policy at Radiology Partners, offers an overview of policies in Congress that are directly impacting imaging.
 

The two companies aim to improve patient access to high-quality MRI scans by combining their artificial intelligence capabilities.

Positron, a New York-based nuclear imaging company, will now provide Upbeat Cardiology Solutions with advanced PET/CT systems and services.