[Electronic data processing in medical microbiology--a guide and some critical thoughts]

Area of Science:

• Medical Informatics
• Clinical Microbiology

Background:

• Electronic data processing (EDP) applications are rapidly expanding across medicine, particularly in medical microbiology.
• The successful implementation of complex computer systems in healthcare settings is often hindered by a lack of collaboration between medical professionals and IT.
• Previous sophisticated projects have faced cancellation due to insufficient user engagement.

Purpose of the Study:

• To present a comprehensive guide for the effective implementation of electronic data processing in medical microbiology.
• To address the challenges associated with integrating advanced computer systems in clinical microbiology laboratories.
• To promote successful adoption through a structured approach and emphasis on user-system interaction.

Main Methods:

• System analysis of the current state (status quo).
• Objective determination of the desired future state.
• Detailed system design and cost-benefit analysis.
• Consideration of man-machine engineering alongside hardware and software criteria.

Main Results:

• A systematic framework is proposed for introducing computer systems into microbiological institutions.
• The guide emphasizes crucial pre-implementation tasks: system analysis, objective setting, design, and cost-benefit assessment.
• Successful integration necessitates attention to human-computer interaction, not just technical specifications.

Conclusions:

• A methodical approach, encompassing system analysis, design, and cost-benefit evaluation, is essential for implementing EDP in medical microbiology.
• Addressing man-machine engineering challenges is critical for user adoption and project success.
• The proposed framework facilitates efficient data management and scientific evaluation of microbiological databases.