This folder contains R Notebooks used for creating figures in the manuscript.
generate_simulation_figures.nb.html:
- Figure 2A. Visualization of STARmap dataset
- Figure 2B. Performance of all methods in Scenario 1
- Figure 2C. Heatmap of proportion of eL2/3 in the simulated spatial pseudo-spots
- Figure 2D. Performance of all methods with External reference in Scenario 1~3
- Figure S1. Heatmap of proportions of 4 cell types in the simulated spatial pseudo-spots
- Figure S2. Correlations between proportions of all cell types in Scenario 1
generate_seq_based_simulation_figures.nb.html:
- Figure S5. Boxplot of performance of all methods in sequencing-based simulation
generate_simulation_Oligo_figures.nb.html:
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Figure S3. Performance of Oligo cell type deconvolution in STARmap-based simulation
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Figure S4. Performance of Oligo cell type deconvolution in settings with down sampled Oligo cells in reference for the STARmap-based simulation
generate_seq_based_high_density_figures.nb.html:
- Figure S6. Performance of SDePER and GLRM in simulation for high cell density
generate_ablation_figures.nb.html:
- Figure S7. Performance in Ablation test in STARmap-based simulation
- Figure S8. Performance in Ablation test in sequencing-based simulation study
- Figure S9. Performance in Ablation test in STARmap-based simulation with a subset of 5 cell types
- Figure 3A. Visualization of MOB dataset
- Figure 3B. Visualization of inferred dominant cell type in each spot
- Figure 3C. Visualization of inferred cell type proportions in each spot
- Figure 3D. ARI and purity of all methods
- Figure 3E. Heatmap of original and imputed expression of 4 layer-specific marker genes
- Figure 3F. Heatmap of average imputed expression of 4 layer-specific marker genes at 80 μm level
- Figure 3G. Ratio of average imputed expression of 4 layer-specific marker genes at 80 μm level
- Figure S11. Heatmap of 5 cell type-specific marker genes
- Figure S12. Heatmap of estimated and imputed cell type proportions by SDePER and CARD
- Figure S13. Heatmap of imputed expression of 4 layer-specific marker genes by SDePER and CARD
generate_Melanoma_figures.nb.html:
- Figure 4A. Visualization of Melanoma dataset
- Figure 4B. Visualization of inferred dominant cell type in each spot
- Figure 4C. Visualization of inferred cell type proportions in each spot
- Figure 4D. ARI and purity of all methods
- Figure 4E. Heatmap of original and imputed expression of 4 region-specific marker genes
- Figure 4F. Heatmap of average imputed expression of 4 region-specific marker genes at 80 μm level
- Figure 4G. Ratio of average imputed expression of 4 region-specific marker genes at 80 μm level
- Figure S14. Heatmap of 7 cell type-specific marker genes
- Figure S16. Heatmap of estimated and imputed cell type proportions by SDePER and CARD
- Figure S17. Heatmap of imputed expression of 4 region-specific marker genes by SDePER and CARD
generate_Breast_Cancer_figures.nb.html:
- Figure 5A. Visualization of Breast Cancer dataset
- Figure 5B. Visualization of inferred dominant cell type in each spot
- Figure 5C. Visualization of inferred cell type proportions in each spot
- Figure 5D. ARI and purity of all methods
- Figure 5E. Heatmap of original and imputed expression of 4 region-specific marker genes
- Figure 5F. Heatmap of average imputed expression of 4 region-specific marker genes at 80 μm level
- Figure 5G. Ratio of average imputed expression of 4 region-specific marker genes at 80 μm level
- Figure S18. Heatmap of 9 cell type-specific marker genes
- Figure S20. Heatmap of estimated and imputed cell type proportions by SDePER and CARD
- Figure S21. Heatmap of imputed expression of 4 region-specific marker genes by SDePER and CARD
- Figure 6B. Heatmap of 4 cell type-specific marker genes
- Figure 6C. Visualization of inferred cell type proportions in each spot of 4 methods
- Figure 6D. Weighted mean of expressions of 4 cell type-specific marker genes
- Figure 6E. Heatmap of pairwise correlation of estimated cell type proportions
- Figure S23. Visualization of inferred cell type proportions in each spot of all methods