
The TFTT has DICOM image extraction, anonymization, and editing amalgamated in an integrated software solution (Figure 1).

Using the DICOM format also allowed us to display the teaching file images on a locally hosted, HTML-5, DICOM viewer, outside of the teaching file server.Ī web-enabled software application was developed and deployed, the Teaching File Transfer Tool (TFTT). DICOM is an internationally recognized image file format that is used by imaging equipment manufacturers and PACS vendors. The Digital Imaging and Communications in Medicine (DICOM (.dcm)) image was the file type extracted from PACS.
Free dicom viewer 2015 archive#
The source of the images for the TFS was Philips IntelliSpace Picture Archive and Communications System (PACS) (version 4.4, Philips Healthcare Informatics Inc., Foster City, USA). The Radiological Society of North America (RSNA), Medical Image Resource Center - Teaching File System (TFS), a server-based application was deployed to create Diagnostic Radiology teaching files. The educational benefits of these technologies have a significant impact upon future patient care.ĭigital teaching files, Dicom image transfer, Privacy, Legislation Technical strategies for protecting the confidentiality of patient information when building a Diagnostic Radiology digital teaching file are presented.

The image capture, anonymization, and export processes to prepare images from PACS for the TFS were mediated by a web-based application, the Teaching File Transfer Tool (TFTT). Philips, Intellispace PACS, was the source of the DICOM images. The creation of a digital, Diagnostic Radiology, teaching file system is reliant upon a process for selecting, anonymizing, and exporting Digital Image and Communications in Medicine (DICOM) images from a clinical Picture, Archive, and Communication System (PACS) to the teaching file.Ī local version of the Medical Imaging Resource Center - Teaching File System (TFS) from the Radiology Society of North America (RSNA) was deployed to create teaching files.
