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T Bürkle

Publications and source records attributed to T Bürkle.

23 records · Page 2Linked to original sources

Plug and play integration into a healthcare information system.

This paper discusses some experiences with the integration of a tumor documentation system into a distributed healthcare environment using a new European middleware technology. Although the middleware already offers a considerable support to the software engineer further facilities have been developed in order to accelerate integrations. Such facilities arised from the software engineering principle of separating reusable parts and non-reusable parts.

Computer Communication Networks↗

Does TISS pave a way towards the nurses care documentation?

New functions have been integrated in the Giessen Hospital Information System WING to support the classification of all intensive care patients into the Therapeutic Intervention Scoring System TISS. The use of those functions has been pushed by legal requirements which made it essential to assess the staffing of intensive care wards in comparison with the accumulated TISS scores. This paper describes the experiences made within two years of TISS scoring. We think that TISS gave a major impact to the construction and implementation of nursing documentation into our HIS.

Forms and Records Control↗

Post-integration of a tumor documentation system into a HIS via middleware.

Integrating autonomous applications is a difficult task since they usually represent similar informations in different data schemes. Any communication requires an agreement of sender and receiver on a common data representation. The number of interfaces to convert one data representation into another is minimized if all participants of an information system agree on one data representation such as Health Level Seven (HL7) or Edifact. Even more convenient is the use of a middleware solution like the Distributed Healthcare Environment (DHE) that keeps message transfer completely transparent to the integration process. This paper discusses a project that aims at the integration of a cancer registry system into a DHE based Hospital Information System (HIS). The project is a cooperation between the universities of Giessen and Magdeburg within the framework of the European Communities Telematics Research Project HC 1019 HANSA (Healthcare Advanced Networked System Architecture). The concept of a so called 'DHE-Adapter' to integrate existing legacy systems is explained. This adapter converts a data or message format of a legacy system into calls of the DHE programming interface. To develop a DHE-Adapter for our cancer registry system we intend to design a DHE-Adapter-Generator which would be able to produce DHE-Adapters for different systems and export formats, e.g. HL7 or Edifact. That would allow a variety of software vendors to integrate their products into the DHE without entering deeply into the DHE's programming interface.

Computer Communication Networks↗

Knowledge based functions for routine use at a German university hospital setting: the issue of fine tuning.

In this paper we present the introduction of knowledge based functions into clinical routine at Giessen University Hospital. For this purpose a therapy planning module at the medical intensive care unit has been extensively redesigned in order to support the structured documentation of drug prescriptions. After introduction of this new HIS component in January 1996 research has been initiated to establish a basic drug therapy knowledge base. The main components of a knowledge based system have been fully incorporated into the hospital information system WING and are in routine use since December 1996. During a pre-production phase warnings of reminder functions were logged and reviewed by an interdisciplinary team in order to adapt the system to the actual clinical environment. The paper describes experiences during this fine tuning and adaptation process which was necessary to bring a small set of knowledge modules into clinical routine.

Artificial Intelligence↗

Computer based nursing documentation means to achieve the goal.

New functions have been integrated in the Giessen Hospital Information System WING to support the classification of all intensive care patients into the Therapeutic Intervention Scoring System (TISS). The use of those functions has been pushed when health insurance bodies demanded evidence for the correct classification of ICU beds. This article presents an overview on this development from the start in just one intensive care unit to the complete coverage of six intensive care units and three intensive monitoring units with a total of 109 beds. For those units complete TISS data has been documented for more than a year now at a detailed level. On average 14 interventions have been recorded per patient and day, accumulating to a database with more than a million entries. We describe the experiences made during introduction and the different front-end applications we used to achieve the goal. Results gained from the huge database and their implications for our future work are discussed. TISS documentation is now an established routine on every intensive care unit of our University hospital. It has been implemented without major financial or manpower investments and no specific intensive care information system has been needed. Establishing this type of basic care documentation made nurses aware of their activities, so that now they consider electronic care documentation to be in their very own interest. The next goal has been set by nurses themselves, they want to establish intervention based care documentation on normal wards as well. We think that step by step we will thus be able to achieve a more complete electronic patient record.

Attitude of Health Personnel↗