Figure 2.
Molecular heterogeneity of immunophenotypically defined progenitor compartments. (A) Schematic presentation of the data in the figure. (B) FL CS22 UMAPs of ADT expression of single surface markers; red represents high expression and blue low expression. (C) Transcriptional cell states captured for immunophenotype-gated populations are shown within the contours on the FL CS22 UMAP. Pie charts show percentages of the different molecular clusters within each immunophenotype-gated progenitor. Colors represent the cluster colors, defined in Figure 1B. (D) PCA of pseudobulked ADT-gated cell populations using the top 500 variably expressed genes. (E) Combined PCA of pseudobulked ADT-gated cell populations and clusters (defined in Figure 1B), top 500 variably expressed genes. (For immunophenotypic definition of populations, refer to “Materials and methods”).

Molecular heterogeneity of immunophenotypically defined progenitor compartments. (A) Schematic presentation of the data in the figure. (B) FL CS22 UMAPs of ADT expression of single surface markers; red represents high expression and blue low expression. (C) Transcriptional cell states captured for immunophenotype-gated populations are shown within the contours on the FL CS22 UMAP. Pie charts show percentages of the different molecular clusters within each immunophenotype-gated progenitor. Colors represent the cluster colors, defined in Figure 1B. (D) PCA of pseudobulked ADT-gated cell populations using the top 500 variably expressed genes. (E) Combined PCA of pseudobulked ADT-gated cell populations and clusters (defined in Figure 1B), top 500 variably expressed genes. (For immunophenotypic definition of populations, refer to “Materials and methods”).

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