The gene's exact function is not known, but it is involved in the development of lung cells.
It is this membrane — a three-layered interface of lung cells, a permeable extracellular matrix, and capillary blood vessel cells — that does the lung's heavy lifting.
The latter, which can bind to a type of receptor expressed in high numbers on the surfaces of lung cells, has proved particularly effective in laboratory studies using human lung tissue.
Local differences in mechanical properties and topology of the parenchymal site could be relevant mechanical cues for regulating the spatial distribution, differentiation and function of lung cells.
Loss of Nkx2-1 fromurinene alveolar, but not airway, epithelium results in conversion of lung cells to gastric-like cells.
With every human breath, air enters the lungs, fills microscopic air sacs called alveoli, and transfers oxygen through a thin, flexible, permeable membrane of lung cells into the bloodstream.
The aim of this study was to test the feasibility of an in vitro model to study the short-term effects of exposure of lung cells to airborne benzene.
Our results suggest that O3 may enhance AP activity of lung cells caused by increases in the expression of cell-surface molecules and the number of APC in lung.
PCA treatment reduces the inflammation of lung cells in mice and suppresses the inflamed cells (Ou et al. 2014).
The potential role of the mitochondrial genome as a sentinel molecule governing cytotoxic responses of lung cells to ROS stress also is highlighted.
The mechanical stress caused by a relatively high tidal volume, applied on an injured lung causes an abnormally high distortion (strain) of lung cells.
