In the human body, the lungs and their vasculature can be likened to a building with an intricate plumbing system. The lungs' blood vessels are the pipes essential for transporting blood and nutrients ...

Idiopathic pulmonary fibrosis slowly turns the lungs stiff and scarred, but researchers may have found why the damage keeps ...

Investigators studying lung cells have discovered that the normal repair process that occurs after lung disease or injury appears to be incomplete but still ongoing in patients who died of COVID-19 ...

In the human body, the lungs and their vasculature can be likened to a building with an intricate plumbing system. The lungs’ blood vessels are the pipes essential for transporting blood and nutrients ...

New study in The American Journal of Pathology suggests potential avenues of research to develop new therapies to improve survival and prevent chronic lung disease in COVID-19 and non--COVID-19 acute ...

In an interview with The American Journal of Managed Care ® (AJMC ®) at the American Thoracic Society International ...

Scientists at Mayo Clinic have discovered a molecular “switch” in the lungs that determines whether lung cells focus on repairing tissue or fighting infection — a finding that could revolutionize ...

Barrier organs that form boundaries between the body and the outside environment, such as the lungs, skin, and intestines, ...

Postdoctoral fellow positions are open immediately in Dr. Liu's lab to study the role of cellular metabolism and inflammasome activation in the regulation of lung injury, repair and fibrosis. The ...

Comparison of KRT14 and KRT5 expression (markers for lung damage) in normal lung, IPF lung and hAEC2-derived organoids at day 14. Lungs that have sustained severe damage from diseases such as Covid-19 ...