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tutorial [2013/03/30 10:51]
sotacam
tutorial [2014/01/08 11:55] (current)
sotacam
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 ====== NOISeq Tutorial ====== ====== NOISeq Tutorial ======
  
-The NOISeq tutorial can be downloaded from Bioconductor website. Click [[http://​www.bioconductor.org/​packages/​2.12/​bioc/​html/​NOISeq.html|here]].+The NOISeq tutorial can be downloaded from Bioconductor website. Click [[http://​www.bioconductor.org/​packages/​release/​bioc/​html/​NOISeq.html|here]].
  
-In NOISeq package, you can find not only the method ​to compute **differential expression** between two experimental conditions from RNA-seq data, but also other functions in order to learn more about saturation, contamination or other biases in your data as well as to explore the differential expression results.+In NOISeq package, you can find not only the methods NOISeq and NOISeqBIO ​to compute **differential expression** between two experimental conditions from RNA-seq data, but also other functions in order to learn more about saturation, contamination or other biases in your data as well as to explore the differential expression results.
  
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-====== NOISeqBIO Tutorial ====== 
- 
-Please, follow these instructions to run NOISeqBIO: 
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-  - Install NOISeq Bioconductor package (see [[downloads|Downloads]]) and load it: ''​library(NOISeq)''​. 
-  - Download the zip file containing the R scripts for NOISeqBIO (from [[downloads|Downloads]]) and unzip it. 
-  - To load the NOISeqBIO functions in R from your working directory: 
- 
-  # Remember you have to change this path if you are not in the same directory: 
-  mypath = "​NOISeqBIO_v00"  ​ 
-  ​ 
-  source(file.path(mypath,​ "​auxiliar.R"​)) 
-  source(file.path(mypath,​ "​MDbio.R"​)) 
-  source(file.path(mypath,​ "​allMDbio.R"​)) ​ 
-  source(file.path(mypath,​ "​noiseqbio.R"​)) 
-  source(file.path(mypath,​ "​classes.R"​)) 
-  source(file.path(mypath,​ "​normalization.R"​)) 
-  source(file.path(mypath,​ "​fewreplicates.R"​)) 
-  ​ 
-  - Follow this example of application of NOISeqBIO with your own data: 
- 
-  > mydata = readData() ​ # as in NOISeq (please go to the Tutorial for more information) 
-  > myresults = noiseqbio() 
-  > myq = 0.95 # Cutoff for the probability of differential expression (1-FDR) 
-  > mydeg =  
-  ​ 
-Please, note that you can choose the same normalization procedures as in NOISeq.