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Eliminating the need for physical storage – DICOM allowed imaging information systems to securely store medical images and data digitally.This in turn provided many additional benefits, including Grasping its crucial role in creating interoperability between medical imaging devices and medical systems is vital for understanding what DICOM is in the first place and avoiding the confusion that arises when terms for medical information systems like PACS or RIS are introduced.ĭICOM effectively satisfied the need for a standardized format for transferring medical images and data that emerged back in the 1980s when medical imaging and computing in clinical work were being introduced. Tracking progress during treatment would be far more difficult or impossible, and treatment of patients in follow-up care would not include as helpful databases for reference.ĭICOM has become ubiquitous wherever there is medical imaging involved, from radiology, cardiology, oncology, nuclear medicine, radiotherapy, neurology, orthopedics, ophthalmology, dermatology, and dentistry, to veterinary medicine. Without it, physicians would have to resort to invasive diagnostic methods far more often. Aside from providing key tools for clinical analysis and diagnosis, it is equally important for treatment itself. Medical imaging has a crucial role in healthcare at all major levels. What are the benefits of DICOM in medical imaging? Since then, DICOM has been crucial in the development of modern radiology, having improved the workflow and sustainability of medical imaging systems immensely by allowing equipment, digital archives, workstations, and servers from different vendors to share information effortlessly.

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Without it, sharing information between different imaging devices would be significantly more difficult.ĭICOM was released in 1993 as the third version of the ACR-NEMA standard-a protocol conceived in the 1980s with the purpose of enabling interoperability of medical imaging devices from different manufacturers.

All data obtained in the process of medical imaging is stored in this format. The term refers to both the protocol itself and its corresponding file format.

Phrased simply, DICOM in medical imaging acts as a blueprint for the information structures and procedures controlling the input and output of data in medical imaging systems. It allows the storage, viewing, and sharing of medical images and related data on devices within and across medical facilities.ĭICOM is the standard communications protocol used for capturing, storing, and transmitting medical images and related data. Considering the ubiquitous need and utility of medical imaging in modern healthcare, the broad scope and application of DICOM is not hard to fathom. DICOM-short for Digital Imaging and Communications in Medicine-has become indispensable to any modern clinical setting that deals with medical imaging.