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An R package for Differential Expression Analysis. Given count data from two experimental conditions, denoiSeq helps one determine which transcripts are differentially expressed across the two conditions using Bayesian inference of the parameters of a bottom-up model for PCR amplification developed in "Chromatin conformation governs T cell receptor J beta gene segment usage", by Ndifon et al.

To use the package, one needs to create a readsData object and invoke the denoiseq function on it. The results are obtained from the return value of denoiseq using the results function which then computes the test statistic used in differential analysis.

RD <- new("readsData", counts = ERCC)  #creating the readsData object

steps <- 3000  #steps for MCMC

BI <- denoiseq(RD, steps)  #invoking denoiseq on the readsData object

rez <- results(BI,steps)  #computing the test statistic

This package can be istalled from CRAN using install.packages("denoiSeq") or from github using devtools::install_github("buriom/denoiSeq").

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Version

Install

install.packages('denoiSeq')

Monthly Downloads

198

Version

0.1.1

License

GPL-2

Maintainer

Gershom Buri

Last Published

January 31st, 2018

Functions in denoiSeq (0.1.1)

setOutput

Generic for the altering output slot.
setReplicates

Generic for the altering setReplicates slot.
tunedStepSize

Get values of the tuned step sizes.
getSamplesOf

Get posterior samples of a parameter
readsData

An S4 class to represent summarised counts and the output of Bayesian inference.
ERCC

ERCC dataset
denoiseq

Differential expression analysis using a bottom-up model
results

Compute the test statistic
setInitValues

Generic for altering the initValues slot
setStepSizes

Generic for altering the stepSizes slot.
simdat

simulated data