
Dr. Hawkes highlights how Chronic Urticaria is a mast cell centric disease with moderate levels of spontaneous remission in patients.

In this video from EADV 2025, Dr. Hawkes reviews the pathophysioogy of CSU with a focus on the role of type 2 inflammation

In this exclusive video interview, Dr Amy Paller discusses two topics: 1) The importance of CCL17 (TARC) as a biomarker in pediatric patients with AD, and 2) How IL-4 and IL-13 contribute to skin barrier dysfunction in AD.

Watch this short video to learn how type 2 inflammation, skin barrier dysfunction, and neurosensitization contribute to chronic itch and the itch-scratch cycle in atopic dermatitis
Explore the mechanism of disease of bullous pemphigoid (BP), including the roles of autoimmunity and type 2 inflammation, in this informative video.
Explore how type 2 inflammation drives the production of eosinophils in severe asthma.
Explore how type 2 inflammation drives the production of FeNO in severe asthma
Professor Sarina Elmariah highlights the multifaceted role of IL-4 and IL-13 in driving dermal fibrosis in prurigo nodularis, which leads to persistent scarring and dyspigmentation that significantly contribute to patients' embarrassment, anxiety, depression, and self-esteem.
Professor Sarina Elmariah describes how IL-4 and IL-13, key drivers of type 2 inflammation, uniquely contribute to manifestations of prurigo nodularis beyond itch.

Dr. Donna Culton discusses biomarkers in bullous pemphigoid and considers their potential clinical use.

In this soundbite video from the April 2025 ADVENT Forum in Lisbon, Portugal, Dr. Brian Kim explores the histaminergic and nonhistaminergic mechanisms of itch, highlighting how type 2 cytokines like IL-4 serve as central orchestrators of neuronal sensitization and immune–nervous system cross-talk.

In this soundbite video from the April 2025 ADVENT Forum in Lisbon, Portugal, Dr. Brian Kim describes the dynamic neuroimmune interactions in chronic pruritic skin diseases, emphasizing how type 2 cytokines and sensory nerves actively influence both itch perception and tissue inflammation.