Analysis Of Differential Abundance Taking Sample and Scale Variation Into Account


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Documentation for package ‘ALDEx2’ version 1.38.0

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ALDEx2m-package Analysis of differential abundance taking sample variation into account
aldex Compute an 'aldex' Object
aldex.clr Compute an 'aldex.clr' Object Generate Monte Carlo samples of the Dirichlet distribution for each sample. Convert each instance using a centered log-ratio transform. This is the input for all further analyses.
aldex.clr-class The aldex.clr class
aldex.clr-method Compute an 'aldex.clr' Object Generate Monte Carlo samples of the Dirichlet distribution for each sample. Convert each instance using a centered log-ratio transform. This is the input for all further analyses.
aldex.clr.function Compute an 'aldex.clr' Object Generate Monte Carlo samples of the Dirichlet distribution for each sample. Convert each instance using a centered log-ratio transform. This is the input for all further analyses.
aldex.corr Calculate correlation with a continuous variable
aldex.effect Calculate effect sizes and differences between conditions
aldex.expectedDistance Calculate the expected values of distances between samples, given an 'aldex' Object
aldex.glm Calculate glm test statistics using a 'model.matrix'
aldex.glm.effect calculate effect sizes and differences between all contrasts for the aldex.glm model matrix
aldex.glm.plot Plot an 'aldex' Object
aldex.kw Calculate the Kruskal-Wallis test and glm statistics
aldex.makeScaleMatrix Generate a differential scale matrix by group
aldex.plot Plot an 'aldex' Object
aldex.plotFeature Show dispersion of the expected values returned by 'aldex.effect'
aldex.senAnalysis Sensitivity analysis using scale simulation
aldex.set.mode identify set of denominator features for log-ratio calculation
aldex.ttest Calculate Wilcoxon Rank Sum test and Welch's t-test statistics
ALDEx2m Analysis of differential abundance taking sample variation into account
getConditions getConditions
getConditions-method getConditions
getDenom getDenom
getDenom-method getDenom
getDirichletInstances getDirichletInstances
getDirichletInstances-method getDirichletInstances
getDirichletReplicate getDirichletReplicate
getDirichletReplicate-method getDirichletReplicate
getDirichletSample getDirichletSample
getDirichletSample-method getDirichletSample
getFeatureNames getFeatureNames
getFeatureNames-method getFeatureNames
getFeatures getFeatures
getFeatures-method getFeatures
getMonteCarloInstances getMonteCarloInstances
getMonteCarloInstances-method getMonteCarloInstances
getMonteCarloReplicate getMonteCarloReplicate
getMonteCarloReplicate-method getMonteCarloReplicate
getMonteCarloSample getMonteCarloSample
getMonteCarloSample-method getMonteCarloSample
getReads getReads
getReads-method getReads
getSampleIDs getSampleIDs
getSampleIDs-method getSampleIDs
getScaleSamples getScaleSamples
getScaleSamples-method getScaleSamples
interpretGamma Interpret the scale model implied by a certain level of gamma or scale model
numConditions numConditions
numConditions-method numConditions
numFeatures numFeatures
numFeatures-method numFeatures
numMCInstances numMCInstances
numMCInstances-method numMCInstances
plotGamma Create gamma diagram for scale simulation sensitivity result
selex Selection-based differential sequence variant abundance dataset
synth2 Synthetic asymmetric dataset