An ideal DICOM PACS software should be able to integrate the source equipment, workstations, sharing networks, retrieving and printing equipment. You need to think of PACS as the central coordinator where multiple processes meet and integrate. PACS basically acts as a host that stores DICOM-related imaging data and integrates functions related to these images. PACS stands for Picture Archiving and Communications System. All aspects of this workflow are managed by a central server, referred to as PACS.Īt the heart of the entire DICOM workflow process is PACS. This article explores the various stages of the DICOM medical image workflow.ĭICOM medical images go through different processes-acquisition, storage, editing, secondary processing, sharing and printing, and retrieval. While grasping the basic concept of DICOM is simple enough, the process of actually using DICOM-related hardware and software needs greater technical insight. Images that are in the DICOM format need to be accessed and used through special DICOM applications. All imaging modalities, including CT, MRI and ultrasound must conform to the DICOM standards. DICOM ensures that medical images meet quality standards, so that the accuracy of diagnosis can be preserved.

This is a set of standards framed by the American College of Radiology in association with the National Electrical Manufacturers Association.

DICOM stands for Digital Imaging and Communications in Medicine. At the forefront of medical imaging technology is the DICOM standard. Today’s radiologist needs to be familiar with the technical aspects of medical imaging. Digital medical imaging has become an integral part of radiology.

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