Real-time imaging - This feature in the DICOM software allows radiologists to view the image as and when it is being acquired. This technique therefore encompasses the advantages of both modalities and enables greater accuracy in diagnosis. Image fusion - It allows radiologists to merge images taken through two different modalities such as PET and CT, or PET and MRI. It enables greater focus on areas of interest by increasing the contrast between these areas and the surrounding normal tissue. Maximum and Minimum Intensity Projections (MIP and MINIP) - These allow radiologists to selectively view regions that have either maximum or minimum intensity values. MPR is also useful when the radiologist wants to track the course of a structure, such as a major blood vessel. These new slices would be different from the original slices obtained at the time of imaging and can reduce the possibility of missing a key abnormality. This advanced feature allows radiologists to obtain new slices of images from the 3D constructed model. Multiplanar reconstruction (MPR) - This technology requires software that is capable of 3D imaging. Look specifically for a 3D DICOM viewer for Windows. Some advanced features that radiologists should definitely look for include the following:ģD reconstruction - A software that allows 3D imaging can help radiologists orient themselves to the body’s anatomy, which makes it easier to form a diagnosis. Even for simple viewing, however, some applications have tweaks that let you make minor adjustments in the images-like brightness and contrast enhancements-that allow for better visualization.Īdvanced diagnosis and treatment planning: If you’re a radiologist and want to use the software primarily for diagnosis, you should look at viewers that offer features that not only enhance the quality of the image but also allow you to get maximum information from the image files.
A viewer that offers sharing functions may help you send the DICOM file easily to physicians for a second opinion. Simple viewing of DICOM images: Are you a patient, and just want to be able to see your own scans? A simple viewer with minimum functionality will do. You should also consider commercial and legal aspects, technical features, and the cost. The most important being the primary purpose of the software. The kind of DICOM software that you should choose depends on several criteria.
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How to Select a Good DICOM Viewer for Windows? The tips below will tell you what to look for when deciding on a DICOM viewer for Windows 10, and other versions. It may be difficult, however, for the uninitiated to choose from these options and to understand the various features offered by DICOM viewers. A simple search on Google will open out a world of options showcasing the best DICOM viewer for Windows. Therefore, it makes sense to choose a DICOM viewing application that works best with Windows. Microsoft Windows is one of the most common operating systems in use worldwide, with an estimated 78% of desktop and laptop users preferring it over other systems. Specialized software that supports the DICOM format is required for these purposes.
You will not be able to see images acquired through a CT scan, MRI or other imaging techniques with the regular picture viewing software available on your computer. The DICOM format is a high standard, internationally accepted format for viewing, storing and sharing medical images. Since medical technology needs to meet exacting requirements, a certain standard is expected of images that are obtained from patients. One of the major advances in improving the medical imaging workflow has been the introduction of DICOM (Digital Imaging and Communications in Medicine). As the use of medical imaging becomes more widespread, there is a need to improve on other aspects of the workflow associated with imaging-reading the images and forming diagnostic reports as well as proper storage and retrieval of medical images. Medical imaging technology has come a long way from simple radiographs and is now represented by advanced, digitalized modalities such as CT and MRI.
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