Extended Data Fig. 12: Computational lineage inference of rare ferret airway epithelial cell types using pseudotime. | Nature

Extended Data Fig. 12: Computational lineage inference of rare ferret airway epithelial cell types using pseudotime.

From: Transgenic ferret models define pulmonary ionocyte diversity and function

Extended Data Fig. 12: Computational lineage inference of rare ferret airway epithelial cell types using pseudotime.The alternative text for this image may have been generated using AI.

a, Partition-based graph abstraction (PAGA) embedding of 1,497 rare airway epithelial cells (PNEC, tuft cells, ionocytes) and putative progenitor group (color legend), all previously identified by unsupervised clustering (Fig. 3 and Fig. 5). b, Subset of ionocytes, colored by their assignment to novel ionocyte subtypes, also by unsupervised clustering (Fig. 4). c-d, PAGA embedding of 1,497 rare airway epithelial cells, colored pseudo-time coordinate (c), and lineage transcription factors for each rare cell type (d). Trajectory (large points) and branches (color legend) in (c) were fit using elastic principal graphs.

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