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Risk-based Monitoring of Clinical Trials: An Integrative Approach
Dimitris K Agrafiotis1, Victor S Lobanov1, Michael A Farnum1
1Covance, the Drug Development Division of LabCorp, Princeton, New Jersey.
Purpose:
Clinical trial monitoring is an essential component of drug development aimed at safeguarding subject safety, data quality, and protocol compliance by focusing sponsor oversight on the most important aspects of study conduct. In recent years, regulatory agencies, industry consortia, and nonprofit collaborations between industry and regulators, such as TransCelerate and International Committee for Harmonization, have been advocating a new, risk-based approach to monitoring clinical trials that places increased emphasis on critical data and processes and encourages greater use of centralized monitoring. However, how best to implement risk-based monitoring (RBM) remains unclear and subject to wide variations in tools and methodologies. The nonprescriptive nature of the regulatory guidelines, coupled with limitations in software technology, challenges in operationalization, and lack of robust evidence of superior outcomes, have hindered its widespread adoption.
Methods:
We describe a holistic solution that combines convenient access to data, advanced analytics, and seamless integration with established technology infrastructure to enable comprehensive assessment and mitigation of risk at the study, site, and subject level.
Findings:
Using data from completed RBM studies carried out in the last 4 years, we demonstrate that our implementation of RBM improves the efficiency and effectiveness of the clinical oversight process as measured on various quality, timeline, and cost dimensions.
Implications:
These results provide strong evidence that our RBM methodology can significantly improve the clinical oversight process and do so at a lower cost through more intelligent deployment of monitoring resources to the sites that need the most attention.
Insights
Risk-based monitoring (RBM) in clinical trials enhances oversight efficiency and effectiveness. This approach intelligently deploys resources, improving quality and reducing costs by focusing on critical data and processes.
Area of Science:
- Clinical research methodology
- Drug development processes
- Regulatory science
Background:
- Clinical trial monitoring is crucial for drug development, ensuring subject safety, data integrity, and protocol adherence.
- A shift towards risk-based monitoring (RBM) is advocated by regulatory bodies and industry groups to focus oversight on critical study aspects.
- Implementation challenges, including varied methodologies and technological limitations, have hindered widespread RBM adoption.
Purpose of the Study:
- To present a holistic solution for implementing risk-based monitoring (RBM) in clinical trials.
- To enable comprehensive risk assessment and mitigation at study, site, and subject levels.
- To address the need for clearer RBM implementation strategies.
Main Methods:
- Describing a solution integrating data access, advanced analytics, and existing technology infrastructure.
- Applying this solution to assess and mitigate risks throughout clinical trial conduct.
- Utilizing data from completed RBM studies over the past four years.
Main Results:
- Demonstrated improvements in the efficiency and effectiveness of clinical oversight.
- Measured enhancements across quality, timeline, and cost dimensions.
- Evidence of superior outcomes from the implemented RBM methodology.
Conclusions:
- The proposed RBM methodology significantly enhances the clinical oversight process.
- Intelligent deployment of monitoring resources leads to lower costs.
- The approach effectively directs attention to sites requiring the most support.
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