Displaying items by tag: division of pulmonary allergy and critical care medicine

Using spatial transcriptomics, UAB researchers set out to understand the differences and similarities between two viral infections causing acute lung injury, as it could improve patient care, as well as identify novel therapeutic targets.
Researchers find a role for citrullinated vimentin as a damage-associated molecular pattern molecule, or DAMP, that is generated by lung macrophages in response to environmental cadmium/carbon black.
The study examined trends in mortality due to chronic lower respiratory disease and investigated disparities in deaths due to CLRD between rural and urban areas across the United States.
UAB scientist Jessy Deshane is one of five researchers to receive a specialized grant from NanoString Technologies, which will allow her to evaluate immune response in 3D non-small-cell lung cancer models.
This study shows, for the first time, that CFTR existed with the basic function as an ion channel earlier than the ancient split between jawed and jawless vertebrates.
New research from UAB provides evidence, for the first time, to continue using the criteria set by major respiratory societies for the diagnosis of airflow obstruction and COPD.
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