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. Author manuscript; available in PMC: 2024 Oct 1.
Published in final edited form as: Nature. 2023 Jun 28;620(7972):181–191. doi: 10.1038/s41586-023-06252-9

Fig. 6 |. Vascular, perivascular and lymphatic cells in the human breast.

Fig. 6 |

a, Histopathological section showing an artery, vein and capillary structure in normal breast tissue. b, UMAP representation of 83,651 vascular endothelial cells showing 3 major cell states. c, Canonical and top genes expressed for each vascular endothelial cell state, using averaged values from the scRNA-seq data. d, Histopathological section showing a lymphatic duct in the breast tissue. e, UMAP representation of 8,982 lymphatic endothelial cells, showing 4 major cell states. f, Expression of canonical and top genes for each lymphatic cell state, averaged from the scRNA-seq data. g, smFISH (Resolve) data from patient P47 (P47-S1) showing a subset of vascular gene markers (VWF, ACKR1, RBP7 and GJA4) and lymphatic markers (PROX1), with two enlarged regions (R1 and R2). h, CODEX data from patient P130 showing a TDLU region with vascular cells (anti-CD31) and lymphatic cells (anti-PDPN) cells, and basal cells labelled (anti-SMA) with two enlarged regions. i, Histopathological sections showing a pericyte and capillary structure, as well as an artery and VSMCs in normal breast tissue. j, UMAP projection and clustering of 52,638 perivascular cells, showing 2 cell states. k, Canonical markers and the top genes expressed for each perivascular cell state from averaged scRNA-seq data. Scale bars, 50 μm (a, d and i) and 500 μm (g and h).