Today’s digital picture archiving and communication systems (PACS) is highlighted with several choice words around the industry: accessible, flexible, Web-based, thin client versus thick client and vendor-neutral. Whatever term is used to describe the PACS of today and the future, one thing is clear: the aim now is to be able to store medical images, sourced from any modality, in a secure location on a network and retrieve them for review from any platform or any device.

vRad and AllegiantMD announced a strategic partnership that will enable both parties to offer localized radiology services with a national scale and service.


In December 2012 my wife was diagnosed with Stage 1 breast cancer. As the sting of that reality was setting in, we were presented with multiple options regarding her treatment. Chemotherapy was required, but the number of treatments was up for debate. Three different oncologists within the same healthcare system gave three different recommendations: four, six or eight doses of chemo. Even a family member who is a primary care physician told us they were all good options. We were distraught that such a critical decision was left to our own gut feelings. We felt chemo was the right treatment, but the variation of dose options hampered our confidence in the care.

The current standard of care for treatment of early stage breast cancer is mastectomy or lumpectomy followed by five to seven weeks of daily whole breast radiation therapy (WBRT) treatments. Post-operative accelerated partial breast irradiation (APBI) is slowly replacing whole breast external beam irradiation as an alternative in treatment of early stage lymph node-negative breast cancer. This was originally performed as limited-field breast brachytherapy using multiple interstitial catheters placed post-operatively around the lumpectomy site. Radioactive interstitial wire implants were then placed into the catheters. 

As a less expensive, radiation-free form of medical imaging, ultrasound is finding increased utility in many areas of healthcare. The technology’s evolving flexibility and portability make it an attractive option for doctors looking to triage patients in an emergency room, perform rapid cardiology examinations or offer supplemental imaging for women who have already undergone screening mammograms. Its use is rapidly expanding at the point of care in hospitals in more than 20 specialties, according to a December 2013 report in the journal of the World Heart Federation, Global Heart.1
Trends in Mobile C-Arms

Mobile C-arms have become a popular option in many operating rooms (ORs) across the nation as healthcare organizations look to save space and money. According to Klaus Hörndler, managing director of Ziehm Imaging, “ORs in hospitals are becoming ever smaller, while more devices are being used inside them.” Because mobile C-arms are smaller, lighter and more easily maneuvered than fixed angiography systems, they provided an effective solution. At a fraction of the cost of fixed angiography, these systems are also a good option for budget-conscious facilities that have limited financial resources or are experiencing budget cuts. 

With healthcare reform’s focus on information technology (IT) as the primary vehicle for change, there has been an increased interest in this area. Health IT software has taken center stage as healthcare facilities look to implement new Stage 2 Meaningful Use requirements. So, it is no wonder that the Healthcare Information and Management Systems Society (HIMSS) annual meeting, held Feb. 23-27 in Orlando, Fla., drew a record crowd of attendees and exhibitors alike. 

A study with a new ultrasonic scanning technique shows that scanning of the carotid arteries can reveal who is at high risk of being hit by a blood clot. 

Molecular breast imaging (MBI), also referred to as breast-specific gamma imaging (BSGI), can detect cancer independently of breast tissue density. 

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