Extended Data Fig. 6: CellOracle TF KO simulation results for Paul et al. haematopoiesis data: part 2. | Nature

Extended Data Fig. 6: CellOracle TF KO simulation results for Paul et al. haematopoiesis data: part 2.

From: Dissecting cell identity via network inference and in silico gene perturbation

Extended Data Fig. 6

ad, CellOracle KO simulation results for Gata2 (a), Runx1 (b), Fli1 (c) and Lmo2 (d). The simulated cell state transition vector field is visualized with perturbation scores (PS; magenta: negative score; green: positive score). The right column shows a summary of the TF role based on the CellOracle simulation results, cell transition vector, and PS. For example, a positive PS in the TF KO simulation (green) implies that the TF has a role in cell state maintenance or inhibiting cell differentiation. In contrast, a negative PS in the KO simulation (magenta) implies that the TF normally promotes cell differentiation.

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