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Prerequisites to support high-quality clinical trials in children and young people
Steven Hirschfeld1, Florian B Lagler2,3, Jenny M Kindblom4,5
1Uniformed Services University of the Health Sciences, 4201 Jones Bridge Road, Bethesda, Maryland, 20814 USA.
Insights
Ensuring children receive high-quality medical treatments requires robust paediatric clinical trials. Optimizing trial infrastructure and expertise is crucial for advancing pediatric medicine and ensuring equitable access to new therapies.
Area of Science:
- Pediatric Research
- Clinical Trial Design
- Medical Ethics
Background:
- Children are often excluded from clinical trials, leading to a knowledge gap in pediatric medicine.
- This disparity results in children not benefiting from the same quality of evidence-based treatments as adults.
- Regulatory, scientific, and ethical imperatives exist to address the efficacy and safety of medicines in children.
Purpose of the Study:
- To identify the necessary structures and competencies for conducting high-quality pediatric clinical trials.
- To propose a model for optimizing the components of pediatric clinical trials as an integrated ecosystem.
- To ultimately improve medicines and treatments available for children.
Main Methods:
- Discussion of essential structural and competency-based prerequisites for pediatric clinical trials.
- Proposal of an ecosystem model for optimizing individual trial components and their interactions.
- Emphasis on the integration of the pediatric clinical trial ecosystem with broader research and healthcare systems.
Main Results:
- Successful pediatric clinical trials require specialized personnel trained in pediatrics and neonatology, with clinical trial expertise.
- National and international networks are vital for collaboration, information sharing, and resource allocation.
- Competent local infrastructure, effective processes, and robust monitoring/oversight bodies are critical for trial success.
Conclusions:
- Optimizing individual components and their synergistic function within an ecosystem is key to effective pediatric clinical trials.
- A well-functioning pediatric clinical trial ecosystem enhances the general research and healthcare delivery systems.
- Addressing these structural and competency needs will lead to better medicines and treatments for children.
Abstract:
Children have the right to treatment based on the same quality of information that guides treatment in adults. Without the proper evaluation of medicinal products and devices in paediatric clinical trials that are designed to meet the rigorous standards of the competent authorities, children are discriminated from advances in medicine. There are regulatory, scientific and ethical incentives to address the knowledge gap regarding efficacy and safety of medicines in the paediatric population. High-quality clinical trials involving children of all ages can generate data that will ultimately close the knowledge gaps and support decision making.For clinical trials that enrol children, the needs are specialised and often resource intensive. Prerequisites for successful paediatric clinical trials are personnel with training in both paediatrics and neonatology and expertise in clinical trials in these populations. Moreover, national and international networks for efficient collaboration, dissemination of information, and sharing of resources and expertise are also needed, together with competent, efficient and high-quality local infrastructure with effective processes. Monitoring and oversight bodies with the relevant competence, including expertise in paediatrics, is also an important prerequisite for paediatric clinical trials. Compromise in any of these components will compromise the downstream results.This paper discusses the structures and competences needed in order to perform effective, high-quality paediatric clinical trials with the ultimate goal of better medicines and treatments for children. We propose a model of examining the process as a series of components that each has to be optimised, then all the components are actively optimised to function together as an ecosystem, and the resulting ecosystem functions well with the general research system and the healthcare delivery system.
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