Enterprise Imaging

Enterprise imaging brings together all imaging exams, patient data and reports from across a healthcare system into one location to aid efficiency and economy of scale for data storage. This enables immediate access to images and reports any clinical user of the electronic medical record (EMR) across a healthcare system, regardless of location. Enterprise imaging (EI) systems replace the former system of using a variety of disparate, siloed picture archiving and communication systems (PACS), radiology information systems (RIS), and a variety of separate, dedicated workstations and logins to view or post-process different imaging modalities. Often these siloed systems cannot interoperate and cannot easily be connected. Web-based EI systems are becoming the standard across most healthcare systems to incorporate not only radiology, but also cardiology (CVIS), pathology and dozens of other departments to centralize all patient data into one cloud-based data storage and data management system.

CD/PACS Integration May Reduce Emergency Room Imaging Rates

Successful integration of CDs into PACS has the potential to reduce the number of imaging studies performed in hospital emergency departments, according to a two-part study conducted at Brigham and Women’s Hospital in Boston and published in the May issue of Radiology.

Trend Watch: Mobile Radiology

In February, the FDA issued a first-of-its-kind clearance for a mobile app for medical imaging, granting radiologists the regulatory go-ahead to interpret CR, MRI, and nuclear-imaging studies remotely on iPhones and iPads if a diagnostic monitor is unavailable. The approval signifies that the growing trend of mobile medicine has finally reached the

Social Media and Health Care: Challenges and Potential

On February 10, 2011, Mayo Clinic (Rochester, Minnesota) launched its Social Media Health Network, a group aimed at leveraging social media to improve health care. Charter members of the network include Mayo Clinic; Bon Secours Health System (Marriottsville, Maryland); Inova Health System (Falls Church, Virginia); Mission Health System (Asheville,

Cloud Computing for Imaging: Ready for Prime Time

Saint Mary’s Regional Medical Center, Reno, Nevada, first considered a cloud-based platform when its 12–year-old PACS was on its last legs. Facing a significant capital expenditure to replace it with another traditional PACS, the team at Saint Mary’s Regional Medical Center wondered whether it would be possible to achieve similar or better clinical

PACS Backed by the Cloud

While cost reduction initially prompts many health-care organizations to investigate cloud computing, there is an even more compelling reason to use it. By making your internal IT resources available for projects needing immediate attention, you enhance your agility, according to “Cloud Computing: Taking It to the Next Level,” presented on February

INFINITT Dives Into UK PACS Market

INFINITT Healthcare, a global player in picture archiving and communications systems (PACS), radiology information systems (RIS), and 3D Visualization software, yesterday announced that that it has signed a three-year contract extension to provide Enterprise-wide PACS solutions for The Newcastle Upon Tyne Hospitals NHS Foundation Trust (NUTH), one

BRIT Systems, RelWare Form Partnership to Provide Integrated EHR/RIS/PACS

BRIT Systems, Inc. and RelWare earlier this week announced a partnership agreement under whose terms the two companies will provide an integrated, Web-based EHR/RIS/PACS solution to hospitals, imaging clinics, and large group practices. Comprising BRIT’s RoentgenWorks PACS/RIS and RelWare’s ONC-Certified EXR EHR, the joint offering will allow users

PACS Software Effective In Generating ADC Measurements, Study Reveals

While specialized workstations have traditionally been used to generate apparent diffusion coefficient (ADC) measurements necessary for quantitative analysis of diffusion-weighted MR imaging (DWI-MR), PACS software works equally well in accomplishing this task, according to a study conducted by a research team from the Department of Radiology of