Cell_qc: Quality control for single-cell CRISPR screening data.

View source: R/MUSIC.r

Cell_qcR Documentation

Quality control for single-cell CRISPR screening data.

Description

MUSIC evaluates the cell quality by three factors, i.e. the number of genes detected (default 500), the number of unique molecular identifier induced (default 1000), and the percentage of mitochondrial genes detected (default 10% among all the detected genes). Only cells with the first two factors above the thresholds and the third factor below the threshold are retained.

Usage

Cell_qc(expression_profile, perturb_information, species = "Hs", gene_low = 500, gene_high = 10000, mito_high = 0.1, umi_low = 1000, umi_high = Inf, plot = FALSE, plot_path = "./quality_control.pdf")

Arguments

expression_profile

A dataframe showing the expression profile. The row is gene and The column is sample.

perturb_information

A character vector showing the perturbation of each sample. The vector's column name is the sample name.

species

The species the cells belong to. Currently species="Hs" for homo sapiens or species="Mm" for mus musculus are available.

gene_low

The minimun gene number for cells. Cells with genes below this threshold are filtered(default 500).

gene_high

The maximum gene number for cells. cells with genes above this threshold are filtered(default 10000).

mito_high

The maximum percentage of mitochondrial genes detected(default 10% among all the detected genes).

umi_low

The minimum number of unique molecular identifier induced (default 1000).

umi_high

The maximun number of unique molecular identifier induced (default Inf)

plot

FALSE by default. If TRUE, plot the graph.

plot_path

The path of the graph you plot. It works only when the parameter "plot" is TRUE.

Value

expression_profile

A dataframe showing expression profile after quality control.

perturb_information

A character vector showing the perturbation of each sample after quality control.

perturb_information_abandon

A charactor vector showing the samples abandoned after quality control.

Author(s)

Bin Duan

References

http://satijalab.org/seurat/


bm2-lab/MASCOT documentation built on April 19, 2024, 4:35 p.m.