January 10, 2017 With a mandate to evaluate the dynamics of pulmonary exposure to inhaled materials such as tobacco-based products, researchers are employing complex, human, three-dimensional pulmonary models. Human reconstructed airway (RHuA) tissues present a platform that more closely resembles airways in vivo. Grown at the air–liquid interface (ALI), RHuA tissues offer apical and basal compartments that allow flexibility in modeling physiologically relevant exposures and provide sampling location-specific results.
Read the full article....Acute Respiratory Toxicity | Chronic Respiratory Toxicity | Ciliary Beat Frequency | Goblet Cell Hyperplasia | Inflammatory Biomarker Profiling | Respiratory Toxicology | Tobacco