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As surgical procedures become increasingly complex and more reliable, high-resolution intraoperative imaging is required. This is especially true in cardiovascular surgery, endovascular repairs and peripheral vascular interventions. While the best imaging quality is offered by fixed angiography imaging systems, mobile C-arm image quality is rapidly catching up.
March 6, 2012 — Philips is installing an Ingenia 3.0T MR at CarolinaEast Medical Center; a 350-bed, full service facility located in New Bern, N.C., which provides leading edge diagnostic and therapeutic services to more than 185,000 patients each year.
At HIMSS 2012, Philips will highlight the new IntelliSpace PACS 4.4. IntelliSpace PACS 4.4 leverages the latest advances in IT technology and allows for smarter collaboration with the goal of better patient outcomes. Built on Philips’ successful iSite PACS, IntelliSpace PACS 4.4 elevates the user experience through open access to images and information, enhanced enterprise workflow, new clinical applications and advanced tools for proactive service and support.
February 16, 2012 — Philips Healthcare announced it is teaming up with eHealth Global Technologies Inc. (eHGT), a company that uses pioneering information technology to retrieve medical records and images and securely deliver them electronically to healthcare providers.
Southern Ohio Medical Center (SOMC) is a 222-bed, rural, nonprofit hospital in Portsmouth, Ohio, that serves approximately 120,000 patients in the Appalachian area. The computed tomography (CT) department is a 24/7 operation.
Intensity modulated radiation therapy (IMRT) emerged as a new way to treat patients in the late 1990s and garnered attention because it offered the possibility to avoid radiating healthy tissue with more accuracy than conventional radiation therapy techniques. As a highly conformal 3-D therapy, its precise targeting of a tumor allows higher radiation doses to be delivered more safely.
Our hospital, Blessing Hospital in Quincy, Ill., recently implemented digital radiography (DR) systems in our general radiology rooms, emergency department (ED) and outpatient imaging center. We expected to achieve a more efficient imaging workflow — but the improvements were even more dramatic than we expected.
Digital mammography (DM) is a field in which advances are constantly being made and new trends evolve. During a scientific session at RSNA 2011, John M. Lewin, M.D., discussed recent trends and how they have changed during the past year.
Breast cancer screening is a well-established method for reducing mortality in women, because cancers can be detected at an early stage while they are still easy to treat. However, low radiation dose to the breast is important when screening, since healthy women are exposed. Numerous studies comparing full-field digital mammography (FFDM) with screen-film mammography (SFM) and computed radiography (CR) plates have been performed and show the clinical advantage and dose reduction capabilities of FFDM systems.
The next big advancement in cardiac imaging is likely to be computed tomography (CT) perfusion imaging. This enables one commonly available modality to image both the detailed anatomy and function of the heart at the same time. The impact on medicine could reduce healthcare costs by eliminating some hospital stays, cutting the number of tests and speeding patient diagnosis.