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  • preet
    Junior Member
    • Mar 2013
    • 4

    #1

    RNA-Seq data analysis pipeline

    Hello from US. I am going to start working on RNA seq data analysis in soybean. I will appreciate if someone can suggest me a good pipeline to hit count data from raw sequence data (Fastq files).....
    Thanks
  • westerman
    Rick Westerman
    • Jun 2008
    • 1104

    #2
    This might help.




    A comparison of methods for differential expression analysis of RNA-seq data
    Charlotte Soneson1* and Mauro Delorenzi1,2

    Comment

    • GenoMax
      Senior Member
      • Feb 2008
      • 7142

      #3
      If you are looking for a practical guidebook then: http://en.wikibooks.org/wiki/Next_Ge..._%28NGS%29/RNA or http://www.nature.com/nprot/journal/....2012.016.html

      Comment

      • preet
        Junior Member
        • Mar 2013
        • 4

        #4
        Thanks for suggesting the references............

        Comment

        • iris_aurelia
          Member
          • Jul 2012
          • 22

          #5
          Tophat followed by HTSeq-count will also work fine. The outcome of HTSeq-count is a list of genes with the number of reads mapped to each of them

          Comment

          • preet
            Junior Member
            • Mar 2013
            • 4

            #6
            Thanks, what about using bowtie instead of top hat as I am only concerned about hit count data for particular gene not the splice variants.
            your suggestions are much appreciated
            Thanks

            Comment

            • iris_aurelia
              Member
              • Jul 2012
              • 22

              #7
              With RNA-seq you expect to find your reads on the exons of a gene. So you need to deal with the different splice variants anyway. Tophat splits the read in segments to check if for example the first half of the read maps to exon A and the second half to exon B.
              Bowtie does just do the mapping to the reference genome.
              After the alignment you can use HTSeq-count to count the reads that are located on particular genes.

              Comment

              • preet
                Junior Member
                • Mar 2013
                • 4

                #8
                Thanks........

                Comment

                • geyihe
                  Junior Member
                  • Apr 2013
                  • 1

                  #9
                  Hello all guys,

                  I just start making RNA-seq data analysis about borrelia. Now I want to find specific gene transcription between different conditions. How to value it? use reads count or RPKM? Which is better? which kind of software is simple ans easy to use? Can I use artemis to do with it?
                  Thank you so much!

                  Comment

                  • dpryan
                    Devon Ryan
                    • Jul 2011
                    • 3478

                    #10
                    Originally posted by geyihe View Post
                    Hello all guys,

                    I just start making RNA-seq data analysis about borrelia. Now I want to find specific gene transcription between different conditions. How to value it? use reads count or RPKM? Which is better? which kind of software is simple ans easy to use? Can I use artemis to do with it?
                    Thank you so much!
                    DESeq (or DESeq2), edgeR, limma (look at the voom function), etc. I would recommend raw counts rather than rpkm.

                    Comment

                    • shi
                      Wei Shi
                      • Feb 2010
                      • 236

                      #11
                      Originally posted by preet View Post
                      Hello from US. I am going to start working on RNA seq data analysis in soybean. I will appreciate if someone can suggest me a good pipeline to hit count data from raw sequence data (Fastq files).....
                      Thanks
                      Hi Preet, you may consider using the Rsubread+limma/edgeR pipeline. You may use the Rsubread package to align the reads (align function) and summarize mapped reads to genes (featureCounts function), and then use limma to perform differential expression analysis.

                      Cheers,
                      Wei

                      Comment

                      • obscurite
                        Junior Member
                        • Feb 2013
                        • 7

                        #12
                        geyihe, I'm associated with a lab that's working on Borrelia -- please get in touch if you get a chance.

                        Comment

                        • Jeremy
                          Senior Member
                          • Nov 2009
                          • 190

                          #13
                          If you are looking for differential expression between two or more groups, don't forget you NEED biological replicates.

                          Comment

                          • super0925
                            Senior Member
                            • Feb 2014
                            • 206

                            #14
                            rna-seq pipeline

                            Hi I am a rookie bioinformatics who will process the rna-seq from Ion-proton(Single-ended).
                            The pipeline for processing which I know until now is
                            Bowtie, Tophat, Cufflinks, and cummeRbund for RNA-seq alignment, assembly, DE analysis, and .visualization.
                            Any other options?
                            Or What is this advantage or disadvantage of this pipeline?
                            Thank you!
                            Last edited by super0925; 02-14-2014, 07:39 AM.

                            Comment

                            • Zapages
                              Member
                              • Oct 2012
                              • 98

                              #15
                              I found this guide to be very useful in understanding RNA-Seq experiment design and analysis: http://rnaseq.uoregon.edu/index.html

                              I hope you the best.

                              Comment

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