Usage Arguments Value Author(s) Examples
1 2 3  | query.methodsMeanExpression(counts, counts_normed, condition, libsize_factors,
  methodsMeanExpression = c("DESeq2", "limmaVoom", "edgeR", "BPSC", "MAST",
  "ROTS"))
 | 
counts | 
 Gene by sample expression count matrix (G by N). Use filtered count data.  | 
counts_normed | 
 Normalized expression count matrix (typicall CPM with normlized library size).  | 
condition | 
 Binary vector of length N indicating sample biological condition.  | 
libsize_factors | 
 Numeric vector of scale factors for library size factors.  | 
methodsMeanExpression | 
 Chararacter vector of evaluted methods. To run all methods, use c("DESeq2", "limmaVoom", "edgeR","BPSC", "MAST", "ROTS")  | 
control | 
 
  | 
pvalues data.frame of significance values. Columns corresond to input methods.
Chiaowen Joyce Hsiao
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29  | ipsc_eset <- get(load(system.file("testdata", "HumanTungiPSC.rda", package = "ashbun")))
counts <- exprs(ipsc_eset)[sample(nrow(exprs(ipsc_eset)), 500), ]
condition <- pData(ipsc_eset)$replicate
----- Step 1: filtering
counts_filtered <- filter.excludeAllZeros(counts)
featuresToInclude <- filterFeatures.fractionExpressed(counts_filtered,
                                                     thresholdDetection = 1,
                                                     fractionExpressed = .01)$index_filter
samplesToInclude <-  filterSamples.fractionExpressed(counts_filtered,
                                                     thresholdDetection = 1,
                                                     fractionExpressed = .01)$index_filter
counts_filtered <- counts_filtered[featuresToInclude, samplesToInclude]
---- Step 2: compute library size factors
libsize_factors <- normalize.scran(counts = counts_filtered)$libsize_factors
counts_normed <- normalize.cpm(counts_filtered, libsize_factors)$cpm
---- Step 3: run DE methods
pvals_list <- query.methodsMeanExpression(counts = counts_filtered,
                                          counts_normed = counts_normed,
                                          condition = condition_filtered,
                                          libsize_factors = libsize_factors,
                                          methodsMeanExpression = c("limmaVoom",
                                                                    "DESeq2",
                                                                    "edgeR",
                                                                    "MAST"))
 | 
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