Breast cancer patients whose treatment includes radiation therapy are at higher risk of complications after implant-based breast reconstruction, reports a study in the April issue of Plastic and Reconstructive Surgery, the medical journal of the American Society of Plastic Surgeons (ASPS).

Fujifilm Medical Systems USA Inc. unveiled the Aspire CRm Full Field Digital Mammography (FFDM) system, the latest addition to the company’s expanding women’s health offering. The Aspire CRm is an ideal option for smaller, stand-alone breast imaging centers that want to easily transition from analog to digital imaging.

Incidences of renal complications, specifically acute renal failure (ARF) and new hemodialysis (HD), continue to increase significantly among Medicare beneficiaries (MB) admitted for percutaneous coronary intervention (PCI). This was according to a study presented last week at the American College of Cardiology’s (ACC) 61st Annual Scientific Session.

In July 2011, Evergreen Hospital Medical Center’s Breast Health Center was the first comprehensive breast center in the Pacific Northwest to implement tomosynthesis. The growing 272-bed community hospital serves the Eastside suburbs of Seattle. Its goal is to provide leading-edge technology while focusing on a personalized, compassionate patient experience.


Millions of women are screened for breast cancer every year, resulting in tens of millions of X-ray images that need to be read. There are vast differences among today’s reading rooms, with many radiologists expressing concern about the conditions in either their workplace or the workplaces of their colleagues. Now that softcopy mammography screening is becoming commonplace, there is an opportunity to revisit the mammography reading room.



The landscape of the teleradiology marketplace continued to evolve in 2011, and it is likely that some of the changes that took place will to have an effect into 2012. Teleradiology trends were noted in a recent report, “Teleradiology Services 2011: Times are Changing,” compiled by KLAS.  Imaging Technology News discussed the findings with Emily Crane, research director/teleradiology for KLAS.



It’s difficult, they say, to accurately gauge the impact of change without the benefit of time and historical perspective. Yet, some change brings a sense that nothing will ever be the same. Much of the discussion surrounding accountable care organizations (ACOs) has fallen along typical party lines of resistance — referencing formerly failed reimbursement and payment initiatives and arguing that the cost of entry is prohibitive, while realized savings are minimal.



To know where you are going generally requires knowing where you’ve been, and this is as true for medical technology as for most anything else. Picture archiving and communication systems (PACS) are now ubiquitous, found in just about every radiology department in the United States. Those of you who read my blog (www.DoctorDalai.com) probably see me as “an average radiologist in an average practice in an average town in the South.” But there is one thing that sets our group apart from many others around the nation — the fact that we were early adopters of PACS.



In arc therapy, a linear accelerator gantry moves in a continuous arc around the target while delivering radiation dose. Patients have been routinely treated with this technology since the 1980s, when it was put into use for stereotactic radiosurgery (SRS) of the brain. The advantage was that the low-dose region was spread out over a larger amount of healthy brain, reducing treatment toxicity.



Few imaging market segments have seen as much activity in the past six to nine months as digital radiography (DR) has. Comprising everything from retrofit kits to full suites — with a score of wireless options — the marketplace is filled with vendors improving old systems, introducing new ones and getting their products into more healthcare providers’ hands.


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