VuComp Inc. announced an agreement with Konica Minolta Medical Imaging to include VuComp’s M-Vu CAD, the first mammography computer-aided detection (CAD) product clinically proven in a pivotal reader study, as companion technology for Konica Minolta’s high-resolution Regius Mammography systems.


The significant increase in radiation exposure and uncertainty regarding the risk of cancer have raised concerns leading to a recent change of direction within medical imaging. Several initiatives to lower dose levels are being established and many healthcare providers have initiated dose reduction programs to guard patient safety and to comply with new regulations. 



The radical increase in patient exposure to radiation from medical imaging over the last two decades has created great concerns about its inherent risks. Today, one of the highest priorities on many hospital agendas is to break this trend by achieving improved control of the radiation exposure to their patients. 


By Melinda Taschetta-Millane, editorial director

Earlier today, Konica Minolta held a breakfast presentation at the Hyatt Regency McCormick Place to announce the goals and transformation of the new Konica Minolta Primary Imaging Company, and how it affects today’s healthcare industry. “The company feels that primary imaging solutions are the right solutions at the right time,” said president David Widmann.

New President, New Direction

New and updated evidence-based guidelines to help health care providers choose the most appropriate medical imaging exam or radiation therapy for a patient’s clinical condition are now available via the latest version of the American College of Radiology (ACR) Appropriateness Criteria.

Three Palm Software announced the release of the 1.7.0 version of its breast imaging workstation WorkstationOne. The company will present the new version at the Radiological Society of North America Annual Meeting (RSNA 2013)

ScImage’s PICOM365 is an end-to-end diagnostic reading environment that provides a redundant reading platform when the local reading system is down.


Researchers say they have achieved enough coherence of the magnetic moment inherent in the defects of miniscule diamond fragments to harness their potential for precise quantum sensors in a material that is biocompatible.


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