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Pulmonology

Understanding IL-33: A Key Factor in COPD Pathogenesis

Explore the role of IL-33 in COPD pathophysiology and its potential as a therapeutic target

Learning objectives

  • Describe the mechanism of action of IL-33 in driving inflammation in COPD
  • Identify the cells and pathways involved in IL-33 signaling and its downstream effects
  • Explain the correlation between IL-33 levels and COPD severity and exacerbation risk
Tags
chronic inflammationCOPDmechanism of diseaseexacerbations
MAT-US-2500025 v1.0 - P Exp Date: 11/27/2026

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Sanofi and Regeneron are global leaders in pharmaceutical development, each with a long history of supporting frontline physicians to improve human health and reduce the burden of disease. Driven by the same commitment to patients and their families, Sanofi and Regeneron have partnered to take on type 2 inflammation and the range of chronic conditions in which excessive inflammation plays a role.

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