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An umbrella protocol for the clinical evaluation of diagnostics in infectious disease
Edward Blandford1, Sarah Tunkel1, Elizabeth Coates1
1UK Health Security Agency, 10 South Colonnade, Canary Wharf, London, E14 4PU, England.
Insights
Umbrella research protocols accelerate diagnostic technology evaluation during public health crises like COVID-19. This adaptable framework streamlines studies under a single ethical approval, enhancing pandemic preparedness.
Area of Science:
- Public Health Research
- Clinical Trial Design
- Diagnostic Technology Evaluation
Background:
- Umbrella protocols are increasingly used in clinical trials but less recognized in public health.
- The COVID-19 pandemic underscored the need for rapid, scalable evaluation of diagnostic technologies.
- Existing governance structures required adaptation for swift pandemic response.
Purpose of the Study:
- To describe the development and implementation of an umbrella research protocol in the UK for evaluating diagnostic technologies.
- To demonstrate the value of umbrella protocols in public health settings during an outbreak.
- To provide lessons learned for other countries adopting similar research frameworks.
Main Methods:
- Development of a single, overarching ethics and governance framework for multiple clinical evaluation studies.
- Adaptation of the protocol for various settings and diagnostic testing approaches.
- Implementation during the COVID-19 pandemic to assess in vitro diagnostic devices.
Main Results:
- Enabled rapid initiation of studies during the pandemic.
- Reduced administrative burdens and supported regulatory submissions.
- Facilitated prospective sample collection for surveillance and evidence generation.
- Demonstrated applicability of principles like proportionality and standardization across settings.
Conclusions:
- Umbrella protocols offer a flexible, efficient model for accelerating evidence generation during public health emergencies.
- The described protocol is now integral to the UK's pandemic preparedness.
- The principles are transferable to other countries seeking to enhance their research systems for outbreak response.
Abstract:
Umbrella protocols have recently come to be widely used in clinical trial designs. However, the value of this approach in public health is less well recognized. The coronavirus disease 2019 (COVID-19) pandemic highlighted the need for rapid, reliable and scalable evaluation of diagnostic technologies. In the United Kingdom of Great Britain and Northern Ireland, this need prompted the development of an umbrella research protocol enabling multiple clinical evaluation studies of similar designs to be undertaken under a single overarching preapproved ethics and governance framework. We describe the development, implementation and evolution of this protocol, which was designed to support timely assessment of the performance of in vitro diagnostic devices and associated testing approaches in various settings. The umbrella protocol allowed studies to be started quickly during the pandemic, reduced administrative burdens, supported regulatory submissions and enabled prospective collection of samples for surveillance. While the system described reflects British governance structures, the principles underpinning this approach, including proportionality (ensuring oversight requirements are appropriate to the risk level), standardization and preapproved flexibility, are applicable to many settings. The protocol now forms part of the United Kingdom's wider pandemic preparedness structure and illustrates how preapproved, adaptable research frameworks can accelerate evidence generation during outbreaks. The world is now assessing lessons from the COVID-19 pandemic and it is timely to consider how research systems can support innovative designs such as umbrella protocols. We therefore summarize lessons learnt and practical considerations to support other countries seeking to adopt similar approaches within their own ethical and regulatory systems.
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