A study reveals that shape-shifting immune cells, intermediate ILC2s, may contribute to severe asthma and resistance to ...

A set of chameleon-like immune cells could be contributing to severe asthma in some patients. Intermediate group 2 innate ...

Researchers at McMaster University have made an important discovery in the field of asthma research, identifying a new ...

A Potential Therapeutic Target for Steroid Resistant Asthma,” published in the December 2024 issue of Allergy and Immunology ...

A simple, noninvasive nasal swab identified a predominance of T2-low asthma subtypes in racial and ethnic minority pediatric ...

The study found that these "intermediate ILC2s" are linked to the presence of two types of cells that cause inflammation and make asthma worse (eosinophils and neutrophils). The researchers ...

The study found that these "intermediate ILC2s" are linked to the presence of two types of cells that cause inflammation and make asthma worse (eosinophils and neutrophils). The researchers discovered ...

Discover findings that show the potential of nasal transcriptomic profiling to classify asthma into endotypes, which could ...

Chronic bronchitis, emphysema and asthma represent a spectrum of airway disease that share common inflammatory pathways and involve the participation of neutrophils. [13] Asthma is a condition of ...