Scientific and Resource Library

Learn more about the role of epithelial cytokines IL-25, IL-33 and TSLP in COPD.

Learn more about the assessment and measurement of patient experience in severe asthma.

Explore the biomarkers in asthma, including their advantages and limitations.

Discover the critical role of the nasal epithelium in CRSwNP.

Explore the role of downstream cytokines in mucus plugging.

Discover more about the inflammatory pathways that contribute to upper and lower airway diseases.

Learn more about the role of the epithelium in different phenotypes of chronic rhinosinusitis.

Discover the manifestation of atopy, its underlying mechanisms and the epithelial cytokines involved.

Find out more about oral corticosteroid stewardship, the tools to support this, and how oral corticosteroids can be used in patients with asthma.

Discover how to reduce the burden of asthma in the emergency department, the guidelines for managing asthma and practical solutions.

Explore the impact of ReferID in identifying patients with controlled or severe asthma who may benefit from specialist review.

Find out more about the similarities and differences between bronchial and nasal epithelium.

Discover more about the role of the epithelium as a critical immune-functioning organ.

Explore the role of the epithelium from pathogenesis to the clinic and the use of biomarkers.

Delve into the role of epithelial cytokines in asthma control and remission.

Discover the key epithelial biomarkers in severe asthma.

Discover the key epithelial biomarkers in severe asthma.

Find out more about the inflammatory pathways and cellular mechanisms that drive asthma and its symptoms.

Discover the history of key milestones in asthma research and management.

Discover the history of key milestones in asthma research and management.

Explore the epithelium and epithelial cytokines in severe asthma.

Learn more about the challenges in using biomarkers to assess severe asthma.

Learn more about airway remodelling in asthma.

Discover imaging techniques for airway remodelling assessment in asthma. 

Learn more about the different testing methods for airway hyperresponsiveness.

Explore the cytokines and immune cells that contribute to airway inflammation and hyperresponsiveness.

Explore the complex interplay of factors that lead to airway hyperresponsiveness: airway inflammation, airway remodelling and structural changes.

Discover the role of epithelial cytokines through the inflammatory cascade and how they lead to airway inflammation and hyperresponsiveness.

Discover the role of epithelial cytokines through the inflammatory cascade and how they lead to airway inflammation and hyperresponsiveness.

Learn more about the pathogenesis of asthma and how epithelial cytokines trigger inflammation.

Discover how epithelial cytokines drive asthma pathogenesis.

Explore how airway pathology causes the clinical symptoms of asthma.

Learn more about the role of TSLP and mast cells in asthma.

Discover how epithelial damage and epithelial cytokines drive the inflammatory response.

Learn more about the role of the epithelium in asthma pathogenesis.

Discover the pathological mechanisms that drive asthma.

Learn more about how epithelial cytokines drive asthma through a patient case study.

Explore the role of epithelial cytokines acting across the spectrum of inflammatory pathways in asthma.

Learn more about epithelial cytokines and how they are associated with the clinical features of asthma.

Discover the clinical and economic burden of asthma.

Explore the three inflammatory pathways that lead to asthma pathogenesis.

Learn more about how sub-optimal asthma control can impact outcomes and quality of life.

Explore the unmet needs that remain in asthma management despite recent advances.

Discover the role of the airway epithelium in asthma.

Learn more about the concurrent overlapping pathways that lead to inflammation in asthma.

Explore the key epithelial cytokines in asthma disease pathogenesis.

Learn more about the external triggers for asthma and how they affect the airway epithelium to cause inflammation.