Interoperability of open source medical record systems.
This poster describes the open source medical system architecture and approaches for data sharing and interoperability.
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This poster describes the open source medical system architecture and approaches for data sharing and interoperability.
The GALEN programme of research into medical terminology began in 1991. In 1999 OpenGALEN was formed to provide an open source route both for disseminating the results of that programme and as a framework for its future development. Currently available open source resources include a sophisticated ontology development environment and a large open source description logic-based ontology for the medical domain.
The Open Terminology Services (OTS) project provides a common, well-specified mechanism to access terminological content in a vendor and platform neutral fashion. The project includes a freely available API specification and an open source reference implementation. The API specification derives from the OMG Lexicon Query Services interface specification as a foundation and defines mechanisms for browsing, querying and import terminological content. The Java-based reference implementation uses the Lightweight Directory Access Protocol (LDAP) for a back end, and provides a mechanism to query and distribute heterogeneous terminological content using a common format. The project includes the CTS (Central Terminology Services) subset under HL7.
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As mentioned in the previous issue, this section of the Review addresses issues related to improving access to adequate and affordable care, treatment, and support everywhere. It replaces the section previously called "Patents and Prices." In this issue, we feature a review of achievements and challenges in recent years in opening global access to HIV/AIDS treatments. The article - one of a series commissioned to mark the tenth anniversary of the Canadian HIV/AIDS Legal Network, discussing past developments and future directions in areas of policy and law related to HIV/AIDS - describes the developments that recast the debate about access to treatment from one focused on patent entitlements to one focused on the right to health and treatment. It analyzes the role of national and international activism, strategically constructed alliances, and principled leadership in achieving this change. And it discusses continuing obstacles to equitable access to HIV/AIDS treatments for the world's population.
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In July 1999, the National Institute of Dental and Craniofacial Research (NIDCR) convened a Blue Ribbon Panel that recommended management skills, entrepreneurship, and technology transfer should be included in dental education. The panel's recommendations were implemented in an NIDCR-funded pilot project, "Workshop Course to Promote and Develop Dental Products and Technologies." The workshop consisted of lectures presented by seven faculty members recruited from academia, government, and business, along with an analysis of a professor's invention and the barriers encountered in transforming the invention into a product. Evaluation consisted of a pre- and post-workshop survey. The workshop was presented to twenty-two participants on November 8 and 9, 2003 at the University of Connecticut School of Dental Medicine and, to refine the presentation further, will be tested at five additional dental schools (University of Pennsylvania, Harvard University, New York University, Nova Southeastern University, and University of Southern California). The results indicated that the workshop's courses would be helpful to the commercialization of inventions. In addition, dental students with experience in basic research expressed an interest in research of projects of use in dental practice. These findings suggest that pursuing research and an academic career might be more appealing if their research was product-oriented.
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The goal of the Real-time Outbreak and Disease Surveillance (RODS) Open Source Project is to accelerate deployment of computer-based syndromic surveillance. To this end, the project has released the RODS software under the GNU General Public License and created an organizational structure to catalyze its development. This paper describes the design of the software, requested extensions, and the structure of the development effort.
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This article describes the development and application of new didactic methods for use in computer-assisted teaching and learning systems for training doctors and dentists. Taking the Meducase project as an example, didactic models and their technological implementation are explained, together with the limitations of imparting knowledge with the "new media". In addition, legal concepts for a progressive, pragmatic, and innovative distribution of knowledge to undergraduate students are presented. In conclusion, potential and visions for the wide use of electronic learning in the German and European universities in the future are discussed. Self-directed learning (SDL) is a key component in both undergraduate education and lifelong learning for medical practitioners. E-learning can already be used to promote SDL at undergraduate level. The Meducase project uses self-directed, constructive, case- and problem-oriented learning within a learning platform for medical and dental students. In the long run, e-learning programs can only be successful in education if there is consistent analysis and implementation of value-added factors and the development and use of media-didactic concepts matched to electronic learning. The use of innovative forms of licensing - open source licenses for software and similar licenses for content - facilitates continuous, free access to these programs for all students and teachers. These legal concepts offer the possibility of innovative knowledge distribution, quality assurance and standardization across specializations, university departments, and possibly even national borders.
Since 2001, an interdisciplinary project on multimedia education in medicine has been sponsored by the Federal Ministry of Education and Research at the Charité. One part of the project is on dentistry. In the light of the results of a survey of dental students, an Internet-based education management system was created using open-source back-end systems. It supports four didactic levels for editing documentation of patient treatments. Each level corresponds to the learning abilities of the students. The patient documentation is organized to simulate the working methods of a physician or dentist. The system was tested for the first time by students in the summer semester of 2003 and has been used since the winter semester of 2003 as part of the curriculum.