MiPACS View is a Windows based imaging application that was designed to meet the needs of a wide range of medical specialties that deal with images and image analysis. The application was built around the DICOM standard and follows the best practices used in the medical community. MiPACS View has all the capabilities normally present in a typical radiology workstation at an affordable price. Support of the DICOM standard enables the application to communicate with other medical devices and DICOM image archives. The user has the option to query multiple devices for images with many different query parameters and retrieve them locally or forward them to other devices. The viewer is also capable of retrieving, displaying and storing most DICOM images including color and multi-frame with different encoding schemes and compressions such as JPEG and JPEG 2000. MiPACS View also has the option to import/export DICOM studies from/to a local file system or DICOM removable media (DICOMDIR). Workflow and user Authentication: MiPACS View also provides user authentication options, such as application login or Windows login, to meet the requirements of different practices. A built-in DICOM server service allows a HIS/RIS or scheduling system to pre-fetch studies to the station where the physician is scheduled to review or analyze exams for reporting. Navigation: MiPACS View’s graphic user interface is designed to allow physicians to navigate easily between studies and images and to quickly create different display layouts and view types. Image pinning tools allow the user to mark key images and freeze them for review.
MiPACS View is packed with many different visualization tools such as interpolated zoom, pan, window-level, predefined display LUT, magnifying glass and much more. A user can quickly switch between stack, series, and alternate view modes and link images for cine playback. Turn off the study and image positioning overlay to have a full view of the image. The user can also add a display shutter to the image to reduce ambient light. Measurements Tools: MiPACS View provides many different linear, cross sectional, and volumetric measurement tools. Typical linear measurement tools include ruler, cross product, angular measurement, poly-line and freehand. Cross sectional and volumetric measurement tools comprise of oval, rectangle, closed poly-line and closed freehand. It includes region-based calculations of parameters, mean, standard deviation, variance, median, sum, pixel count, min pixel value, max pixel value, area, volume, etc. Analysis Tools: Many different image analysis tools such a probe tool and line profiler are provided to aid physicians in examining hard-to-find areas of the image. The viewer also allows the user to sharpen, edge enhance, and to adjust brightness, contrast, and gamma for an image. Annotation Tools (Image markup) The application includes the ability to add and store different annotation or image markup objects. These annotation objects can later be used for peer review or just plain reminder of findings in the image. The following annotation objects are included: text, note, highlight, redact, pointer, and point. Import/ Export: MiPACS View can export the images under a study as a raster format (JPEG, TIFF, BMP etc.), as DICOM to a local file system, or they can be stored to a DICOM server. MiPACS View can also import raster images or DICOM images from the local file system. MiPACS can also query DICOM servers to retrieve images for viewing and receive images forwarded by other DICOM clients. Removable DICOM Media: The application has the ability to import DICOM studies from removable DICOM media via the DICOMDIR. It can also export selected studies in DICOM media format with a free DICOM viewer. Printing: MiPACS View can print selected studies or series with study information to any windows printer.
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