Recreate Figures from the scPortrait Manuscript
Notebooks
- 1. Figure 2
- 1.1. Fig 2a H&E overview of tissue region
- 1.2. Fig 2b close up of H&E, transcripts and fluorescent stains from a selected tissue area
- 1.3. Fig 2c
- 1.4. Fig 2d schematic overview of VitMAE training paradigm
- 1.5. Fig 2e Generate tSNE Xenium All Cell Types
- 1.6. Fig 2f Macrophages
- 1.7. Fig 2g Visualize macrophage cells from different leiden clusters generated on the image space
- 1.8. Fig 2h map macrophage leiden clusters into spatial context
- 1.9. Fig 2i Differentially Expressed Genes between Macrophage Leiden Clusters
- 2. Figure 3
- 3. Fig_S2a Single-Cell Images
- 4. Fig S2c Visualize Representations
- 5. Figure S3
- 5.1. Fig S3a: CODEX tissue overview
- 5.2. Fig S3b: select CODEX channels in a small area of the tissue sample
- 5.3. Fig S3c: single-cell images across all CODEX channels
- 5.4. Fig S3d: OT/Flow Matching illustration
- 5.5. Fig S3e: marker gene expression inferred by flow matching per OT assigned cell type
- 5.6. Figure S3f: comparision of gene expression space measured using CITEseq vs inferred by flow matching
- 5.7. Figure S3g: CD21 expression with Germinal Center (GC) regions highlighted
- 5.8. Figure S3h: inferred TCL1A expression with Germinal Center (GC) regions highlighted
- 5.9. Figure S3i: CD3 expression with T-cell rich regions highlighted
- 5.10. Figure S3j: inferrred CD2 expression with T-cell rich regions highlighted
- 5.11. Figure S3k: OT assigned cell types visualized in spatial context across tissue section
- 6. Figure S4
- 6.1. Fig S4a Test Set Xenium Cell Types
- 6.2. Fig S4b Transcriptome & Image Information Overlap
- 6.3. Fig S4c knn neighborhood overlap to quantify difference between transcriptome- and image-based embeddings
- 6.4. Fig S4d Macrophages
- 6.5. Fig S4e Map Macrophages onto Tissue
- 6.6. Fig S4f tissue annotation
- 6.7. Fig S4g Differentially Expressed Genes between Macrophage Leiden Clusters
- 7. Figure S5