PubMed · 14635353
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Terrell L Perry. 2003. Torn over training?. https://pubmed.ncbi.nlm.nih.gov/14635353/
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BACKGROUND: To create radiology-related interdisciplinary programs for the undergraduate education in terms of the new "Approbation Regulation". MATERIAL AND METHODS: Medical students developed in collaboration with radiologists and clinical partners virtual, radiology-related interdisciplinary training courses for different fields. Students and teachers evaluated the acceptance of the programs' structure and content as well as the possibility to replace the radiologist partly during interdisciplinary lessons. RESULTS: Six target group oriented virtual, radiology-related interdisciplinary training courses were developed which will relieve the implementation of the new AR's demands for more interdisciplinary education in small groups and the dreaded shortage of personnel. CONCLUSION: By the use of web- and CDRom-based interdisciplinary course models different fields of medicine and diagnostic radiology can be bridged in the sense of the new AR's demands as well as manpower in radiology can be saved.
It is not easy to connect a Web-based server with an existing DICOM server, and using a Web-based server on the Internet has risks. In this study, we designed and developed a secure DICOM-Network Attached Server (DICOM-NAS) through which the DICOM server in a hospital LAN was connected to the Internet. After receiving a client's image export request, the DICOM-NAS sent it to the DICOM server using the DICOM protocol. The server then provided DICOM images to the DICOM-NAS, which transferred them to the client, using HTTP. The DICOM-NAS plays an important role between the DICOM protocol and HTTP, and stores the requested images only temporarily. The DICOM server keeps all of the original DICOM images. If an unauthorized user attempts to access the DICOM-NAS, medical images cannot be accessed because images are not stored in the DICOM-NAS. Furthermore, the DICOM-NAS has features related to reporting and MPR. Therefore, the DICOM-NAS does not require a large storage capacity, but can greatly improve information security.
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