Blobel Bernd G M E, Pharow Peter, Norgall Thomas
eHealth Competence Center, University of Regensburg Medical Center, Germany.
Stud Health Technol Inform. 2007;129(Pt 1):172-6.
For improving quality and efficiency of health delivery under the well-known burdens, the health service paradigm has to change from organization-centered over process-controlled to personal health. The growing complexity of highly distributed and fully integrated healthcare settings can only be managed through an advanced architectural approach, which has to include all dimensions of personal health. Here, ICT, medicine, biomedical engineering, bioinformatics and genomics, legal and administrative aspects, terminology and ontology have to be mentioned. The Generic Component Model allows for different domains' concept representation and aggregation. Framework, requirements, methodology and process design possibilities for such a future-proof and meanwhile practically demonstrated approach are discussed in detail. The deployment of the Generic Component Model and the concept representation to biomedical engineering aspects of eHealth are touched upon as essential issues.
为了在众所周知的负担下提高医疗服务的质量和效率,医疗服务模式必须从以组织为中心、过程控制转向个人健康。高度分散和完全整合的医疗环境日益复杂,只能通过先进的架构方法来管理,这种方法必须涵盖个人健康的所有方面。在此,必须提及信息通信技术、医学、生物医学工程、生物信息学和基因组学、法律和行政方面、术语和本体论。通用组件模型允许对不同领域的概念进行表示和聚合。详细讨论了这种面向未来且已在实践中得到证明的方法的框架、要求、方法和过程设计可能性。通用组件模型的部署以及概念表示在电子健康生物医学工程方面的应用被视为关键问题。