scRNA-seq data analysis of the mouse lung tissues.

<p>a: UMAP plot showing scRNA-seq profiles of cells in the lung. The dots indicate individual cells, and the cell-type identity is indicated by color; b: Bar plot showing the cell type composition in each sample of the scRNA-seq (top). UMAP plot showing scRNA-seq profiles of cells. The dots in...

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Bibliographic Details
Main Author:	Qiang Zhang (45005) (author)
Other Authors:	Li Zhou (54356) (author), Lindong Yuan (21300021) (author), Ruihua Zhang (2819011) (author), Shanshan Pan (1720684) (author), Xizi Wang (838412) (author), Lili Yi (19507754) (author), Fengjiao Yuan (627018) (author), Xianchao Guo (6950225) (author), Mingliang Gu (159631) (author), Yan Wang (15435) (author), Xiaodong Jia (783460) (author)
Published:	2025
Subjects:	Biochemistry Medicine Cell Biology Genetics Molecular Biology Immunology Cancer Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified tumor necrosis factor transposase accessible chromatin lung tissue samples differentially expressed genes signaling pathway enrichment seq analyses highlight div >< p tnf signaling pathway copd model mice signaling pathways 6 mice toxic gases site accessibility similar trends significant increases seq datasets respiratory disease progressive form particulate matter il1b </ high levels findings suggest csf1 </ cigarette smoke cellular communication bcl3 </ airway due activity related
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scRNA-seq data analysis of the mouse lung tissues.

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