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This study shows that alveolar collapse increases neutrophil migration speed, which is modulated by mechanical and biochemical factors.

This study observes a mosaic pattern of aerosol distribution in alveoli across species and ages, revealing functional heterogeneity in lung deposition and its implications for disease and therapy.

This study measures lung capillary and alveolar mechanics across mouse lifespan and under different ventilation modes, finding age-related changes in distensibility and ventilation mode effects on capillary compression.

This study uses single-cell spatial transcriptomics on cryopreserved human lung slices to identify molecular features of pulmonary fibrosis niches and their associated signaling pathways.

This study uses an agent-based model to simulate fibrotic development in the lung, finding that lung architecture enhances tissue deposition in fibrosis.