Imaging modalities and applications are going where they’ve never gone before. More than ever, healthcare providers are able to bring sophisticated imaging equipment to the patient, rather than vice versa.



With the adoption of PACS within multiple departments across the enterprise and its increasing operation across distributed environments, PACS is rapidly evolving into the model for enterprise-wide image management. It is no wonder the imaging community feels it is time for PACS to have a ‘name-lift’, one that would take away the connotation carried over by the word ‘PACS’, that is, that of a departmental system for radiology or cardiology alone.
Changing Paradigms



Coronary artery disease (CAD) continues to be one of the leading causes of death in the U.S. Each year, approximately eight million patients are seen in the emergency room for chest pain. About 25 percent have acute myocardial infarction (MI) or unstable angina, 25 percent have stable angina, and up to 50 percent have noncardiac chest pain. The cost is over $3 billion for those without acute diseases. Unfortunately, at the same time, about five percent of patients with MI are sent home from the ER, which results in 20 percent of malpractice payout.



When a hospital or freestanding outpatient facility purchases a CT or an MR system, it needs an infrastructure that can support it, physicians who understand the new technology and an education and training program to prepare clinical staff – and all of that needs to be integrated within its clinical priorities.

“I shudder to think of a hospital administrator’s dilemma when he looks at how quickly this equipment is going to be evolving over the next few years,” said Amit Sharma, imaging intelligence lead, Sg2, a healthcare research firm.



Imagine logging in at your workstation, a user interface pops up with your name, Hello Dr. Smith, and the protocols for viewing CT scans appear on your toolbar. You check your worklist, order an exam, query the EMR for patient history and render a 3-D image of that patient’s heart gathered from data generated on a 256-slice CT system. You compare the first image to that of a heart beating in real time – projected inside your I-Space visualization theater.


TeraRecon announced today the launch of iNtuition, a new unified platform architecture for its Aquarius product line, designed to optimize its enterprise-wide volumetric image management on a fully client-server based architecture and alleviate bottlenecks created by large image data sets produced on modalities such as 64-slice MDCT.

InSiteOne, Inc., announced that it 56 percent year-over-year revenue growth in its services and archiving with built-in disaster recovery businesses, as adoption of its Storage Service Provider image archiving solutions expands.

Swissray will be showcasing a number of products, including the Automated Positioning System (APS), ALLinONE stand and the AutoStitching function.
APS automates all positioning and image acquisition requirements. Patient data can be transferred directly from the RIS/HIS via DICOM worklist. With its remote control and memory function, the system can be moved quickly and precisely into the desired application. Seconds after exposure, a fully diagnostic image appears on Swissray’s SwissVision workstation for review, storage and follow-up examinations.

aycan Medical Systems will introduce the aycan workstation OsiriX certified open source image processing software. The workstation is simultaneously a DICOM PACS workstation for medical imaging and an image processing software dedicated to DICOM images produced by medical imaging modalities.

InSiteOne will announce its next-generation InDex managed service. The expansion of the InDex managed service provides new capabilities for data management and archiving solutions in addition to DICOM imaging for full compliance with emerging XDS standards.

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