Man pages for aghozlane/DESeq2shaman
Differential gene expression analysis based on the negative binomial distribution

coefExtract a matrix of model coefficients/standard errors
collapseReplicatesCollapse technical replicates in a SummarizedExperiment or...
countsAccessors for the 'counts' slot of a DESeqDataSet object.
DESeqDifferential expression analysis based on the Negative...
DESeqDataSetDESeqDataSet object and constructors
DESeqResultsDESeqResults object and constructor
designAccessors for the 'design' slot of a DESeqDataSet object.
dispersionFunctionAccessors for the 'dispersionFunction' slot of a DESeqDataSet...
dispersionsAccessor functions for the dispersion estimates in a...
estimateBetaPriorVarSteps for estimating the beta prior variance
estimateDispersionsEstimate the dispersions for a DESeqDataSet
estimateDispersionsGeneEstLow-level functions to fit dispersion estimates
estimateSizeFactorsEstimate the size factors for a DESeqDataSet
estimateSizeFactorsForMatrixLow-level function to estimate size factors with robust...
fpkmFPKM: fragments per kilobase per million mapped fragments
fpmFPM: fragments per million mapped fragments
makeExampleDESeqDataSetMake a simulated DESeqDataSet
nbinomLRTLikelihood ratio test (chi-squared test) for GLMs
nbinomWaldTestWald test for the GLM coefficients
normalizationFactorsAccessor functions for the normalization factors in a...
plotCountsPlot of normalized counts for a single gene on log scale
plotDispEstsPlot dispersion estimates
plotMAMA-plot from base means and log fold changes
plotPCASample PCA plot from variance-stabilized data
replaceOutliersReplace outliers with trimmed mean
resultsExtract results from a DESeq analysis
rlogApply a 'regularized log' transformation
showShow method for DESeqResults objects
sizeFactorsAccessor functions for the 'sizeFactors' information in a...
summarySummarize DESeq results
varianceStabilizingTransformationApply a variance stabilizing transformation (VST) to the...
aghozlane/DESeq2shaman documentation built on Nov. 1, 2019, 9:01 p.m.