Congress and Events

Explore our dedicated page for congress and event updates. Here, you can catch up on symposia sessions you might have missed, or read a summary of the latest research in epithelial science presented at a meeting. You can also find more information about upcoming events, webinars, and opportunities to collaborate on EpiCentral projects

UPCOMING EVENTS

New content coming soon! Here you will be able to view and register for upcoming events and meetings hosted by AstraZeneca and Amgen on epithelial science in severe asthma and beyond. Come back soon for more information!

AVAILABLE RESOURCES

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Re-watch our symposium from ERS 2023, 'The airway epithelium as an immune-functioning organ: a key driver in the pathogenesis of upper and lower respiratory disease', chaired by Professor Porsbjerg and joined by Professors Caminati, Chanez and Dorscheid.

Download this slide deck presented at ERS 2023 and developed in collaboration with Professor Marco Caminati, exploring the similarities and differences between bronchial and nasal epithelium.

Access this slide deck presented at ERS 2023 and developed in collaboration with Professor Celeste Porsbjerg, discussing the role of the epithelium as a critical immune-functioning organ.

Download this slide deck presented at ERS 2023 and developed in collaboration with Professor Del Dorscheid, exploring the role of the epithelium from pathogenesis to the clinic and the use of biomarkers.

Explore this slide deck presented at ERS 2023 and developed in collaboration with Professor Pascal Chanez summarising the role of epithelial cytokines in asthma control and remission.

Slide deck presented at EAACI 2023 and developed in collaboration with Dr Anne K Ellis. This slide deck summarises the role of epithelial cytokines in immune cell dysfunction in upper and lower airway disease.

Slide deck presented at EAACI 2023 and developed in collaboration with Professor Sven-Erik Dahlén. This slide deck explores the role of epithelial cytokines in the modulation of mast cell-dependent constriction of human airways.

Slide deck presented at EAACI 2023 and developed in collaboration with Dr Sarah Diver. This slide deck explores the potential role of epithelial cytokines in mucus hypersecretion and mucus plugging in severe asthma.

Slide deck presented at EAACI 2023 discussing the bronchial epithelial immune response to multiple triggers, with an emphasis on the key role of epithelial cytokines. Content developed in collaboration with Professor Sebastian Johnston and Professor Asger Sverrild.

Slide deck summarising highlights from the 2022 ERS congress

 

Slide deck presented at EAACI 2022 summarising the clinical relevance of airway hyperresponsiveness and the potential role of epithelial cytokines in airway remodelling

Slide deck presented at EAACI 2022 summarising the role of mast cell-airway smooth muscle interactions in asthma

Slide deck presented at EAACI 2022 summarising the key role of epithelial cytokines (TSLP, IL-33 and IL-25) in asthma

Slide deck presented at EAACI 2022 summarising the interplay between the environment and epithelium (a major driver of asthma pathology)

Read our highlights from the ATS 2022 meeting in San Francisco, including key takeaways and a summary of latest data shared

Read our highlights from the EAACI 2022 meeting in Prague, including key takeaways and a summary of latest data shared

Re-watch our symposium from ERS 2022, 'Heterogeneity of inflammation in asthma: a matter of airway epithelium?', co-chaired by Professors Boulet, Marone and Porsbjerg

Dr Caminati explores the impact of environmental triggers on the airway epithelium

Professor Marone explains how epithelial cytokines drive asthma pathobiology including severity, exacerbation risk, reduced lung function and more

Professor Brightling explores how inflammatory cells and airway smooth muscle cells interact contributing to persistent airflow obstruction and airway hyperresponsiveness in asthma

Professor Gauvreau presents the clinical relevance of airway hyperresponsiveness and remodelling in asthma phenotypes