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  • thejustpark
    Member
    • Jul 2012
    • 28

    #1

    RNA-seq based mouse transcriptome abundance estimation

    Hi,

    I am interested in tissue specificity of mouse transcripts.
    For this, I have searched for transcript abundance estimation data based on RNA-seq across mouse (mm9) tissues.
    Since there are many papers of this kind for human (including ENCODE), I believe that there are also for mouse.
    But I couldn't find out.

    Can you please help me and direct me to the papers or databases holding such data?

    HJ.
  • jp.
    Senior Member
    • Jul 2013
    • 142

    #2
    did you get any solution ?
    I got same problem ?


    Originally posted by thejustpark View Post
    Hi,

    I am interested in tissue specificity of mouse transcripts.
    For this, I have searched for transcript abundance estimation data based on RNA-seq across mouse (mm9) tissues.
    Since there are many papers of this kind for human (including ENCODE), I believe that there are also for mouse.
    But I couldn't find out.

    Can you please help me and direct me to the papers or databases holding such data?

    HJ.

    Comment

    • lexa
      Member
      • Jun 2010
      • 17

      #3
      This one might be a starting point:

      Brawand, D. et al. The evolution of gene expression levels in mammalian organs. Nature 478, 343–348 (2011).

      It's not particularly about mice but it consists of data from six different mouse tissues.

      Comment

      • jp.
        Senior Member
        • Jul 2013
        • 142

        #4
        Thank you
        However, I am troubling with the problem posted here
        Discussion of next-gen sequencing related bioinformatics: resources, algorithms, open source efforts, etc

        can you please answer ?



        Originally posted by lexa View Post
        This one might be a starting point:

        Brawand, D. et al. The evolution of gene expression levels in mammalian organs. Nature 478, 343–348 (2011).

        It's not particularly about mice but it consists of data from six different mouse tissues.

        Comment

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