Respiratory diseases are a challenging problem to treat. Inhalable medicines are a promising solution that depends on the ability to deliver tiny particles known as aerosols to the correct location in ...

A multidisciplinary team integrated clinical need, cancer biology, and microfluidic bioengineering to advance ...

Lung diseases like tuberculosis and cystic fibrosis can be difficult to treat. In part, that's because the two-dimensional models researchers use to study the diseases don't accurately reflect the ...

UCLA researchers have created the first lung organoids with organotypic blood vessel networks, marking a major advancement in modeling how lungs naturally develop in the human body. The vascularized ...

A new study has developed a method to mass produce lung organoids, similar to the heart organoid pictured above. Courtesy of Syracuse University For years, the promise of growing human lung tissue ...

3D-printed lungs made with living cells could help to improve lung disease prevention and treatment—and potentially one day offer a lab-grown option for use in organ transplants. University of ...

A novel, automated method for manufacturing lung organoids could aid in the discovery of new lung disease therapies.

COLUMBUS, Ohio – For the first time, scientists are able to directly compare the different kinds of injury that mechanical ventilation causes to cells in the lungs. In a new study, using a ...

A magnetic microrobot navigates lung airways, drills microlesions, gathers biomarkers, and rapidly classifies cancer tissue with Raman sensing and machine learning in a single integrated workflow.

University of Delaware Assistant Professor Catherine Fromen and current graduate student Dominic Hoffman work with an adaptable lung model that can replicate realistic breathing maneuvers and offer ...