Extended Data Fig. 9: Novel human WAT cell types contribute to obesity-associated inflammatory networks. | Nature Immunology

Extended Data Fig. 9: Novel human WAT cell types contribute to obesity-associated inflammatory networks.

From: Single-cell sequencing of human white adipose tissue identifies new cell states in health and obesity

Extended Data Fig. 9

a, Dot plots showing expression of ligands (left) and receptors (right) in novel human WAT cells; only ligands and receptors from cell types with detected expression (>25%) are shown. Implicated chemokines can be found in the lower panel. Color saturation indicates the strength of expression in positive cells, while dot size reflects the percentage of each cell cluster expressing the gene. b-e, GOSt analysis of obese-enriched differentially expressed genes for the indicated novel human WAT cell types. b, GOSt analysis of trNK. c, GOSt analysis of ILC3. d, GOSt analysis of IM. e, GOSt analysis of cDC2B. Terms were considered statistically significantly enriched if -log10(Padj)<0.05.

Back to article page