On the morning of 29 December, Delhi NCR woke up with a thick blanket of dense fog. The Indian Meteorological Department (IMD ...
The FDA has approved Jascayd (nerandomilast) as a treatment for a second lung disease, progressive pulmonary fibrosis, following the drug’s initial approval in October 2025 as a treatment for ...
Savara Inc. (Nasdaq: SVRA) (the Company), a clinical stage biopharmaceutical company focused on rare respiratory diseases, announced today that it has resubmitted the MOLBREEVI BLA to the FDA, with ...
Lung development begins during embryogenesis and continues after birth. It includes branching of airways, formation of ...
GRI-0621, an experimental oral therapy from GRI Bio, boosts lung function in adults with IPF, according to top-line clinical ...
COPD and heart health are closely interconnected, and the reasons begin with their shared root cause. In most patients, COPD develops due to smoking-related lung damage and smoking affects both the ...
Bronchioles are tiny air passages in the lungs that deliver air to the alveoli. Conditions like asthma and emphysema can block or narrow the bronchioles, making it hard to breathe. Bronchodilators and ...
Researchers in China used machine learning — a type of artificial intelligence in which computers detect patterns in datasets and then make predictions — to create diagnostic and prognostic models for ...
Abstract: Emphysema is a lung disease that occurs due to abnormal alveoli expansion. This chronic disease causes difficulty in breathing which can lead to lung cancer. The progressive destruction of ...
The lungs consist of tiny air sacs called alveoli. Emphysema damages the alveoli and destroys lung tissue. Bullous emphysema (BE) refers to damaged alveoli that distend to form large air spaces, ...
You have millions of air sacs (alveoli) in your lungs. These air sacs move oxygen into your blood. Alveolar walls contain surfactant. This is a substance made of fats, proteins, and other substances.
Background Fibred confocal fluorescence microscopy (FCFM) is a novel technology that allows the in vivo assessment and quantification during bronchoscopy of the bronchial wall elastic fibre pattern, ...