
Dr. Eric Simpson discusses the differing goals of patients and physicians in treating atopic dermatitis and emphasizes the importance of patient input.

In this clip from the April WCPD 2025 symposium, Dr Amy Paller highlights CCL17 (TARC) as an important biomarker in AD.
Join leading pulmonologists Drs. Njira Lugogo, Simon Couillard, and Mario Castro, as they explore the role of type 2 inflammation in the pathogenesis of mucus plugging in the airways, the burden of excess mucus in patients with moderate-to-severe asthma, and how reducing airway mucus may lead to improved long-term patient outcomes.

In this video of the October 2024 ADVENT symposium at EAPS in Vienna, Austria, Dr Perla Lansang reviews the current and emerging treatment options for children with AD uncontrolled with topical therapy, including a summary of recent long-term data for advanced systemic therapies
Dr. Lawrence Eichenfield discusses the meaning of "early intervention" and its potential implications in atopic dermatitis.

Dr. Donna Culton describes the heterogenous presentation of bullous pemphigoid and how to diagnose this complicated disease.
Dr. Lawrence Eichenfield shares the cumulative burdens faced by patients with atopic dermatitis.

Dr. Stephanie Christenson discusses the association between COPD exacerbations and the increased risks of morbidity and mortality

Dr. Mario Castro discusses how COPD exacerbations can predict future exacerbations and lead to progressive lung function loss in COPD patients.

Join Dr. Celeste Porsbjerg as she discusses on how IL-13 contributes to mucus plugging in asthma.

In this exclusive video interview, Dr Paula Luna discusses how disease modification can be defined in AD and how IgE may be used as a biomarker in AD.

In this video from the April 2025 WCPD symposium, Dr Amy Paller discusses the pathophysiology of skin barrier dysfunction in AD and how regulating IL-4 and IL-13 signaling may lead to restoration of the skin barrier. Dr Paller goes on to explore how reducing certain biomarkers, such as CCL17 (TARC), may reduce inflammation that contributes to AD severity in pediatric patients.