18 results
Thumbnail

D2.151 - HZ-Y030, an Oral STAT6 Degrader, Attenuates Type 2 Inflammation in Preclinical Asthma Models

Thumbnail

D2.152 - Clinical and functional characteristics of patients with suspected epoxy resin-related occupational asthma

Thumbnail

D2.155 - Mapping the Architecture and Spectrum of the Cough Hypersensitivity Questionnaire Across Respiratory Diseases

Thumbnail

D2.158 - Circulating 1-methylnicotinamide can predict the treatment response of dupilumab in adult asthma

Thumbnail

D2.157 - Clinical remission with tezepelumab in severe asthma: prevalence and predictors in a real-world multicentre study

Thumbnail

D2.159 - Idiopathic Chronic Eosinophilic Pneumonia: A Case Series

Thumbnail

D2.160 - Household Overcrowding and Number of Siblings as Risk Factors for Uncontrolled Asthma in Inner-City Children

Thumbnail

D2.161 - Exploring the Early-Life Interplay Between Respiratory Health and Neurodevelopmental disorders

Thumbnail

D2.296 - Heat-Stable Egg Allergens in a Patient With Severe Reactions to Cooked and Raw Hen’s Egg

Thumbnail

D2.298 - Diagnostic performance of skin prick testing with fresh and frozen cow's milk in addition to commercial extract in cow’s milk allergy

Thumbnail

D2.300 - Food allergy and food sensitization in children with Netherton syndrome

Thumbnail

D2.290 - Curcubitaceae allergy, a new enemy identificated in Watermelon

Thumbnail

D2.291 - Trends and Patterns Observed Among Suspected Egg-allergic Children in Hong Kong: A 26-year Retrospective Study

Thumbnail

D2.292 - Effects of Milk Oral Immunotheraphy on Human Basophils in Children with Cow’s Milk Protein Allergy

Thumbnail

D2.293 - Differential Clinical Implications of Peach Allergen Components Pru p 3 and Pru p 7

Thumbnail

D2.294 - Clinical Characteristics of Food-Allergic Children with Peripheral Blood Hypereosinophilia

Thumbnail

D2.299 - ARFID: The Hidden Face of Food Allergy?

Thumbnail

D2.301 - High Prevalence of Familial Meat Allergy on the Black Sea Coast: Insights into Alpha-Gal Syndrome