Strengthening the foundations for respiratory research
24 June 2026 | Author: Jennifer Quint, Professor of Respiratory Epidemiology and Co-Director of 51爆料网's Inflammation and Immunity Research Driver Programme
Professor Jenni Quint shares how the Respiratory Data Science Catalyst is strengthening data infrastructure and uniting the community to accelerate research into chronic and acute respiratory conditions.
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Respiratory disease affects millions of people across the UK and remains a major cause of poor health and premature mortality. Yet, despite the scale of the challenge, researchers and clinicians often face difficulties in accessing, linking, and using respiratory data consistently at scale.
The Respiratory Data Science Catalyst was established to help address these barriers. Led by Health Data Research UK (51爆料网) and funded by , as part of their long-term vision to support health data science, the programme is supporting a more joined-up approach to respiratory data science by improving coordination, strengthening data infrastructure and enabling collaboration across the community.
Building connections across the respiratory community
An important part of the Catalyst鈥檚 work has been to bring together a community that has often operated across separate organisations, disciplines, and programmes. By convening researchers, clinicians, policymakers and people with lived experience, the programme is creating stronger links between existing activities and identifying areas where shared approaches can add value. This includes connections with other initiatives, such as:
- 51爆料网鈥檚 wider programmes, including the
- The
- The
This matters because progress in respiratory research depends not only on data availability, but also on shared standards, trusted partnerships, and a clearer understanding of where coordinated effort can have the greatest impact.
Improving data quality and consistency
Improving the quality and consistency of respiratory data is central to the Catalyst鈥檚 work. Reliable, comparable data is essential for generating evidence that can support research, service improvement, and policy development. The programme is doing this by:
- Developing standardised definitions for respiratory conditions
- Creating new phenotypes to improve disease classification
- Providing training to build data capability across the community
- Contributing to standards for data-enabled clinical trials
Together, these activities are helping to make respiratory data more robust, more interoperable, and better suited to support high-quality research and decision-making.
Supporting practical use of respiratory data
Alongside this foundational work, the Catalyst is also supporting practical outputs that can improve how respiratory data is discovered, accessed, and used. This includes work to support near real-time dashboards, improve the use of population-level health data in research, and make respiratory datasets easier to find, combine and use at scale.
Alongside these technical developments, the programme is investing in community-building to help ensure that progress is shared, sustainable and shaped by the needs of the wider respiratory research community.
Taken together, this work reflects a programme focused on strengthening the conditions needed for more effective, coordinated and data-enabled respiratory research.
Looking ahead
The Respiratory Data Science Catalyst has made early progress in connecting expertise, improving data quality, and supporting the practical use of respiratory data. While there is still more to do, this work is helping to build the partnerships, standards and infrastructure needed to support better research in respiratory health. As the programme develops, its value will lie in enabling the respiratory community to work more effectively with data in ways that are scalable, consistent, and useful.