What is PACS?
PACS – Picture Archiving and Communication Systems
A PACS – Picture Archiving and Communication System is a web-based PACS Radiology software. PACS System is an electronic network connecting imaging modalities such as MRI, CT, Ultrasound etc. to computers that display the images for all physicians. The PACS Radiology System also connects image storage and archiving components and Radiology Information Systems (RIS) and (HIS) that contain medical record information.
PACS Imaging has emerged as a critical anchor of the diagnostic imaging environment, improving radiology department productivity, work flow and patient care. PACS Imaging Software is a specialized program created to work with or upgrade existing PACS Radiology Systems. Some PACS companies sell these products along with their PACS Software. However, there are some PACS vendors that provide basic PACS imaging software for free on the internet.
The advantages of PACS Radiology Systems is measured by its large storage capacity, cost reductions, and availability to name a few. Thus, Picture Archiving and Communication System has been widely introduced as a credible alternative to the traditional film-based radiological service.
We at MedicExchange provide the required relevant information about PACS Radiology System, various PACS vendors, or PACS Companies, PACS Imaging Software, PACS Solutions etc. This page of Medicexchange will lead you to each sub-category providing you with respective concrete information.
A personal access communications system, or PACS, is one form of wireless telephone communications. This sets the PACS apart from standard wired telephones, answering machines, desktop computers, and fax machines. As far as connectivity to other devices, a PACS can interface directly with a traditional telephone system or run through a local area network that is equipped with voice capability. There are many advantages to working with a PACS. One has to do with the mobility of the system itself. Since a PACS is a wireless application, it is possible to take the system just about anywhere. All that is required is a power source to drive the system and the software and hardware necessary to establish a wireless connection. This means that people can work with a PACS to stay connected to voice applications such as telephone calls, online audio chats, and even audio and web conference meetings. Along with the mobility connected with the use of a PACS, many systems are equipped with short-r
In medical imaging, Picture Archiving and Communication Systems (PACS) are computers or networks dedicated to the storage, retrieval, distribution and presentation of images. A PACS replaces hard-copy based management of medical images, such as film archives. It also expands conventional systems by providing the capability for off-site viewing and reporting (such as distance education, tele-diagnosis). Additionally, it enables physicians at various physical locations to view the same information simultaneously, (teleradiology). PACS also has a cost and space advantage over film archival. Typically a PACS network consists of a central server, which stores a database containing the images. User workstations are used to scan image films into the system, print image films from the system and view an interactive display of digital images. PACS workstations also allow users to manipulate the images by cropping, rotating, zooming, enhancing brightness and contrast, and more. Modern radiology
