Imaging Informatics

Imaging informatics (also known as radiology informatics, a component of wider medical or healthcare informatics) includes systems to transfer images and radiology data between radiologists, referring physicians, patients and the entire enterprise. This includes picture archiving and communication systems (PACS), wider enterprise image systems, radiology information. systems (RIS), connections to share data with the electronic medical record (EMR), and software to enable advanced visualization, reporting, artificial intelligence (AI) applications, analytics, exam ordering, clinical decision support, dictation, and remote image sharing and viewing systems.

Quantum Leap: Radiology Groups Consolidate to Grow

Health care in the United States is evolving rapidly, and Bruce Lehrman, MD, president of Diagnostic Imaging Inc (DII), Philadelphia, Pennsylvania, believes that radiology is in the forefront of change in the industry. “I’ve never seen the landscape in health care changing more rapidly than it is now, and leading that change is radiology,” he says.

Devising—and Enforcing—an Imaging Mobility Policy

Sponsored by FUJIFILM Healthcare Americas

When radiologists Massachusetts General Hospital (MGH) in Boston dropped off their wireless devices at the information-services department, it was a sign of the times. On a mission to verify proper encryption, IT gurus examined all manner of devices—hard drives, flash drives, tablets, and smartphones.

Not Just Another App: Managing Mobility at UPMC

Sponsored by FUJIFILM Healthcare Americas

The thought of health IT leaders managing the mobility trend conjures up images of Heracles attempting to slay the multiheaded Hydra. Every time he cut off one head, two more grew in its place: Think iOS®, Android®, Symbian®, BlackBerry®, Windows®, and bada®, with Mango and other mobile platforms in the wings.

OhioHealth: Images to Go

Sponsored by FUJIFILM Healthcare Americas

Immediate access to patient information is a powerful catalyst for improving the caliber of care in the radiology sector, as well as in other clinical disciplines. For OhioHealth (Columbus), enabling the mobile communications network to handle images represents the next step in enhancing physician collaboration and physician–patient communication,

Breast-center Care Anywhere: Bringing Subspecialty Expertise to the Rural United States

Accessing high-quality radiology services in rural areas of the United States always represents a challenge, and nowhere is this dilemma more poignant to both patients and providers than in the area of mammography. Arlene Sussman, MD, director of breast imaging at Virtual Radiologic (vRad), Eden Prairie, Minnesota, says, “Imagine waiting months to

Bringing Reform to Rural Health Care

Health-care reform—specifically, the Patient Protection and Affordable Care Act (PPACA)—mandated sweeping changes to the US health-care system. Some of the more controversial of these, such as the individual mandate to purchase health insurance, are being contested in court, but Jon Bailey, JD, director of the Rural Research and Analysis Program at

Subspecialty Radiology in a Rural Setting: Winn Parish Medical Center

Winn Parish Medical Center (WPMC) in Winnfield, Louisiana, is like many community hospitals of its size, providing local patients with a broad array of services (ranging from a 24/7 emergency department and general surgery to more specialized services, such as occupational therapy, sports medicine, and cardiac rehabilitation). By mid-2010, though,

University Radiology Group: A Common Archive for a Distributed-reading Solution

Sponsored by FUJIFILM Healthcare Americas

Archiving and distributing the large data sets associated with images can be a challenge for many radiology practices. University Radiology in New Brunswick, New Jersey, would encounter a larger-than-usual share of obstacles on this front if it were not for a carefully thought-out image-archiving and -distribution strategy built upon the unique