knitr::opts_chunk$set( collapse = TRUE, comment = "#>" )
Install the package first:
library(RASC)
This is a short tutorial that show how RASC work.First,we need to download the dataset that I got from Dick's Lab which contain the scRNA data for a mylofibrosis patient:
laod(file = "data/Patient_data.Rdata")
We can also display the patient data by:
Patient_data
Next we need to convert the dataframe into an SingleCellExperiment Object by calling load_expression
expr <-load_expression(Patient_data)
After we have loaded the SingleCellExperiment Cell,we then need to load the file that contain pathway information in gmt format.
eg:if you use hall_mark.gmt
load_AUCell_genesets(hall_mark.gmt)
Then we have all data set up, the next step is to rank the single cell experiment object with the pathway gene set by calling AUCell_Batch
:
pathway_scores = AUCell_batch(counts(expr), genesets = c(hallmarks), num_batches=20)
Then we could visualize the result for given cells and pathways by calling PlotPathwayScores
:
PlotPathwayScores(pathway_scores,1,10,pathway_names)
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