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Re-engineering opportunities in clinical research using workflow analysis in community practice settings.
Sharib A Khan1, Rita Kukafka, J Thomas Bigger
1Department of Biomedical Informatics, Columbia University, New York, NY, USA.
This study identifies inefficiencies in clinical research workflows, such as poor data interoperability and fragmented processes. Opportunities for informatics-based re-engineering are highlighted to improve efficiency in clinical research activities.
Area of Science:
- Health Informatics
- Clinical Research Management
- Workflow Analysis
Background:
- Clinical research workflow analysis is crucial for identifying operational bottlenecks.
- The National Institutes of Health (NIH) Roadmap initiative supports studies on clinical research in community practices.
Purpose of the Study:
- To examine frequently performed clinical research activities.
- To identify opportunities for informatics-based re-engineering of clinical research workflows.
Main Methods:
- Description of three common clinical research work activities.
- Identification of actors, tools, and challenges within these activities.
- Analysis of workflow inefficiencies.
Main Results:
- Identified inefficiencies include lack of supporting tools, data redundancy, poor system interoperability, and fragmented workflows.
- Opportunities for re-engineering were found at both activity (micro) and organizational (macro) levels.
Conclusions:
- Informatics-based re-engineering can address critical inefficiencies in clinical research.
- Optimizing workflow through informatics can enhance the effectiveness of clinical research operations.
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