A collaborative environment allowing clinical investigations on integrated biomedical databases.

Area of Science:

• Biomedical Informatics
• Clinical Research Informatics
• Data Science in Medicine

Background:

• Clinical investigations require integrated biomedical data sets for predicting outcomes.
• Medical experts need user-friendly IT environments for complex studies and workflows.
• Access to high-quality data repositories is crucial for research.

Purpose of the Study:

• To introduce a novel collaborative working environment, a virtual laboratory, for clinicians and medical researchers.
• To enable interactive access and browsing of biomedical research databases.
• To facilitate the re-use of data sets within user-designed experiments.

Main Methods:

• Integration of relevant data resources into a virtual laboratory infrastructure.
• Development of specifically designed user interfaces for interaction.
• Explanation of technical details for data integration and interface development.

Main Results:

• A functional virtual laboratory environment has been established.
• Users can interactively access and browse multiple biomedical databases.
• The system supports the design and execution of complex research workflows.

Conclusions:

• The virtual laboratory provides a user-friendly platform for clinical investigations.
• It enhances research possibilities by enabling data integration and workflow execution.
• The environment facilitates prediction of virological and epidemiological outcomes using integrated data.