Description Usage Arguments Value Examples
View source: R/ligandReceptor_analysis.R
A function to perform ligand receptor analysis
1 2 3 4 5 6 7 8 9 10 11 | ligandReceptorTest(
sce,
ligandReceptor_list,
cluster,
RNA_exprs_value = "minMax",
use_alt_exp = TRUE,
altExp_name = "ADT",
altExp_exprs_value = "zi_minMax",
num_permute = 1000,
p_sig = 0.05
)
|
sce |
A singlecellexperiment object |
ligandReceptor_list |
A data.frame indicates the ligand receptor list |
cluster |
A vector indicates the cluster results |
RNA_exprs_value |
A character indicates which expression value for RNA in assayNames is used. |
use_alt_exp |
A logical vector indicates whether receptors expression will use alternative expression matrix to quantify. |
altExp_name |
A character indicates which expression matrix is used. by default is ADT . |
altExp_exprs_value |
A character indicates which expression value in assayNames is used. |
num_permute |
Number of permutation. |
p_sig |
A numeric indicates threshold of the pvalue significance |
A SingleCellExperiment object with ligand receptor results
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 | data(lr_pair_subset, package = "CiteFuse")
data(sce_control_subset, package = "CiteFuse")
sce_control_subset <- normaliseExprs(sce = sce_control_subset,
altExp_name = "ADT",
transform = "zi_minMax")
sce_control_subset <- normaliseExprs(sce = sce_control_subset,
altExp_name = "none",
exprs_value = "logcounts",
transform = "minMax")
sce_control_subset <- ligandReceptorTest(sce = sce_control_subset,
ligandReceptor_list = lr_pair_subset,
cluster = sce_control_subset$SNF_W_louvain,
RNA_exprs_value = "minMax",
use_alt_exp = TRUE,
altExp_name = "ADT",
altExp_exprs_value = "zi_minMax",
num_permute = 100)
|
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