The Electronic Medical Record The electronic medical record (EMR) has been evolving from the early days before the technology revolution took off after the turn of the century. The federal mandate that took effect on January 1, 2014, required the medical world to begin using electronic medical records for "meaningful use" as outlined by the mandate.
Radiology Information Systems Facilitate Better Patient Care Radiology Information Systems (RIS) have and are making a positive impact on delivering better patient care as found on Grand View Research (GVR). Practices and institutions have realized that "RIS implementation facilitates increased work efficiency, better patient coordination, reduction in medical errors, improved diagnosis, and streamline administrative functions."
Learn why patient engagement is a necessity and how you can master it within your practice.
If you work in radiology or in another healthcare field, you probably hear a lot of "shop talk" or medical lingo that can seem like a foreign language to people outside the medical community. Two medical jargon familiar to most radiologists and physicians are PACS and RIS. Here's how PACS is related to radiology and how a PACS and a RIS (Radiology Information System) can work together for the benefit of radiologists, practitioners, hospitals and their patients.
Beginning with the x-ray, Radiology has become a vital part of diagnosis. Radiology is the science and technology of using forms of radiation or energy for which the body is partly transparent to image the organs inside. The contents of the body are shown by shadows on recording media. Although ultrasound is not a form of radiation, the category of radiology also includes the use of ultrasound or focused high-frequency sound which images internal organs using echoes that are traced precisely enough to form an interpretative image. Modern radiology also makes use of the magnetic properties of the body's own molecules to generate magnetic resonance images (MRIs), but this is a very recent development.
The Basics of the Radiology Information System Every Radiology Information System (RIS) gives a radiology department the means to track their patients' workflow. Every RIS should include the basic features to increase the efficiency of patient flow.
What Is a Radiology Information System (RIS)? Radiology information systems (also referred to as RIS) are networked software systems designed to manage medical imagery and the associated data that comes along with it. There are several basic functions that comprise an RIS.
Radiology Information Systems (RIS) are essential software tools for radiological centers, groups, and clinics. Besides providing the software to securely store and access images and videos from scans, what do all the top RISs have in common?
A Radiology Information System (RIS) is an essential software platform for any radiology practice. RIS complements other critical elements of a healthcare system such as electronic health records (EHR) and the picture archiving and communication system (PACS). RIS stores and organizes a large amount of patient information; radiology professionals should familiarize themselves with the varieties of information that a typical RIS system processes.
One of the greatest challenges in providing excellent patient care is inefficiencies in data processing. This ranges from new patient processing to scheduling, initial consultations, and follow-up appointments to billing for services. The best radiology information system alleviates the day-to-day pressures of inefficient data entry and report generation giving you and your staff the time to do what you do best, take great care of your patients. Keep reading to learn more about what a radiology information system is and how it can improve efficiencies in your radiology practice.
A reliable radiology information system (RIS) offers the electronic means to efficiently manage a radiology practice in all aspects that offer the best in patient care and practice management.