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Published on: May 27, 2022
Innovation in oncology clinical trial design
J Verweij1, H R Hendriks2, H Zwierzina3
1Dept Medical Oncology, Erasmus University Medical Center, Rotterdam, the Netherlands.
Abstract:
Progress in and better understanding of cancer biology causes a shift in cancer drug development: away from the evaluation of drugs in large tumour histology defined patient populations towards targeted agents in increasingly heterogeneous molecularly defined subpopulations. This requires novel approaches in clinical trial design by academia and industry, and development of new assessment tools by regulatory authorities. Pharmaceutical industry is developing new targeted agents generating many clinical studies, including target combinations. This requires improved operational efficiency by development of innovative trial designs, strategies for early-stage decision making and early selection of candidate drugs with a high likelihood of success. In addition, patient awareness and ethical considerations necessitate that agents will be rapidly available to patients. Regulatory Authorities such as the European Medicine Agency and national agencies recognise that these changes require a different attitude towards benefit-risk analysis for drug approval. The gold standard of randomised confirmatory Phase III trials is not always ethical or feasible when developing drugs for treatment of small cancer populations. Alternative strategies comprise accelerated approval via conditional marketing approval, which can be granted in the EU based on small non-randomised Phase II trials. The paper describes innovative trial designs with their pros and cons and efforts of pharmaceutical industry and regulatory authorities to deal with the paradigm shift. Furthermore, all stakeholders should continue to share their experiences and discuss problems in order to understand the position and concerns of the other stakeholders to learn from each other and to progress the field of novel oncology clinical trial design.
Insights
Cancer drug development is shifting towards targeted therapies for specific patient subgroups. Novel clinical trial designs and regulatory approaches are essential for efficient drug approval and patient access.
Area of Science:
- Oncology
- Clinical Pharmacology
- Drug Development
Background:
- Cancer drug development is evolving from broad histological classifications to targeted agents for molecularly defined subpopulations.
- This paradigm shift necessitates innovative clinical trial designs and regulatory assessment tools.
- The increasing complexity of targeted therapies, including combinations, demands enhanced operational efficiency and early decision-making strategies.
Purpose of the Study:
- To describe innovative clinical trial designs for targeted cancer therapies.
- To discuss the challenges and efforts of the pharmaceutical industry and regulatory authorities in adapting to these changes.
- To emphasize the need for collaboration among stakeholders to advance novel oncology clinical trial design.
Main Methods:
- Review and description of innovative clinical trial designs, including their advantages and disadvantages.
- Analysis of the evolving landscape of cancer drug development and regulatory approval processes.
- Discussion of strategies for early-stage decision-making and candidate drug selection.
Main Results:
- Traditional randomized Phase III trials are often not feasible or ethical for small, molecularly defined cancer populations.
- Alternative strategies, such as accelerated approval based on non-randomized Phase II trials, are being adopted.
- Pharmaceutical companies and regulatory bodies are actively developing and implementing new approaches.
Conclusions:
- The paradigm shift in cancer biology necessitates a re-evaluation of benefit-risk analyses for drug approval.
- Innovative trial designs and adaptive regulatory pathways are crucial for bringing novel oncology agents to patients efficiently.
- Continued collaboration and open discussion among all stakeholders are vital for progress in oncology clinical trial design.
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