Next-gen Picture Archiving & Communication System (PACS)
Centricity™ Universal Viewer is GE Healthcare’s next-generation Picture Archiving & Communication System (PACS) designed to unify all 2D and 3D imaging studies into a single, intuitive repository. Tailored to meet the needs of both large hospitals and smaller centers with limited IT resources, this system empowers radiologists, cardiologists, and other specialists to access comprehensive clinical images from any location.
Productivity tools, smart, including the protocols of smart reading. The protocols of smart reading (SRP) are a different form for radiologists to create protocols of classification and improve the effectiveness of the configuration of imaging in the radiology department.
Applications of image acquisition of advanced visualization, they provide a unique source for applications for post-processing of MIP/MPR, PET-CT, analysis, vascular, automated removal of bones, built-in registry, quantification, cancer and much more.
Workflow application advanced mammography, which reduces the need to maintain a separate workstation, and separate to the care of the patient. It offers functions of screening and diagnosis, and workflows of multiple modalities with acquisition of digital images, including ct scan, digital breast (TMD).
Cross Enterprise Display dota units of radiology, uninterrupted access to the image data of the patient records in the affiliated institutions that provide access. Images can be transmitted from a PACS or VNA of GE Healthcare or other parties.
The advanced tools of cardiology offer advanced tools for visualization and quantification for cardiology, including a single source, web-based analysis, coronary and vascular volume analysis, sonographic measurements and tests as a display in 3D and 4D or deformation of 2D, as well as measurement tools for advanced procedures catheterization.
Access from any lugar1. With a viewer web-based, radiologists and cardiologists can work from any place, which allows for collaboration clinic through a screen of a mobile device.
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