Commit 5178a549 authored by Matteo Barcella's avatar Matteo Barcella
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Update README.md

parent 247f8e61
...@@ -74,6 +74,11 @@ Code details and input for Supplementary Figure 2 can be found in: ...@@ -74,6 +74,11 @@ Code details and input for Supplementary Figure 2 can be found in:
### Dataset Fig2H ### Dataset Fig2H
![Fig2H](https://www.dropbox.com/scl/fi/h3jhl7q67vw74nfh72epx/UMAP_dataset2H.png?rlkey=jkznuqwbs5fqty8wkprbclheq&dl=1)
Figure 2H: [scGate_Fig2C_dataset_to_Fig2H_dataset.R](http://www.bioinfotiget.it/gitlab/custom/zonari_mpbhscexp_2025/zonari_mpbhscexp_2025_scrnaseq/-/blob/main/scGate_Fig2C_dataset_to_Fig2H_dataset.R).
Figure 2H: [scGate_Fig2C_dataset_to_Fig2I_dataset.R](http://www.bioinfotiget.it/gitlab/custom/zonari_mpbhscexp_2025/zonari_mpbhscexp_2025_scrnaseq/-/blob/main/scGate_Fig2C_dataset_to_Fig2I_dataset.R)
#### Basic analysis #### Basic analysis
The **scRNAseq basic** analysis was conducted according to the workflow outlined below: The **scRNAseq basic** analysis was conducted according to the workflow outlined below:
...@@ -82,9 +87,15 @@ Normalization (default seurat settings) ...@@ -82,9 +87,15 @@ Normalization (default seurat settings)
2. ALRA (Imputation with default parameters in RunALRA function) 2. ALRA (Imputation with default parameters in RunALRA function)
2. Scaling (with following variables to regress out: percent.mt + nCount_RNA and CC.Difference calculated as show in [vignette](https://satijalab.org/seurat/articles/cell_cycle_vignette.html#alternate-workflow-1)) 2. Scaling (with following variables to regress out: percent.mt + nCount_RNA and CC.Difference calculated as show in [vignette](https://satijalab.org/seurat/articles/cell_cycle_vignette.html#alternate-workflow-1))
3. Dimensionality reduction: PCA (top 25PCs using 15% most variable genes of whole gene list) 3. Dimensionality reduction: PCA (top 25PCs using 15% most variable genes of whole gene list)
4. Harmony batch removal (sample/ orig.ident) 4. Harmony batch removal (timepoint (tp variable) + patient(pt variable))
5. Clustering (Louvain improved: algorithm number 2 in FindCluster Seurat function) 5. Clustering (Louvain improved: algorithm number 2 in FindCluster Seurat function)
6. Markers identification (resolution 0.6 + RefinedAnnotation variable post scGATE annotation with refinement - see scripts below)
#### scGate annotation using Fig2C as reference dataset
#### WPRE quantification and mapping
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