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#inmice — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #inmice, aggregated by home.social.

  1. Don't give your pet mouse 🐁️ a tattoo. A study by Capucetti et al. in PNAS found the ink lingers in lymph nodes for months and kills immune cells. Effect on vaccines varied; Comirnaty (for COVID) injected into a tattoo was weaker while the flu jab was stronger.
    consumeraffairs.com/news/tatto

    #MouseStudy #tattoo #vaccine #PNAS #lymph #immune #InMice

  2. Don't give your pet mouse 🐁️ a tattoo. A study by Capucetti et al. in PNAS found the ink lingers in lymph nodes for months and kills immune cells. Effect on vaccines varied; Comirnaty (for COVID) injected into a tattoo was weaker while the flu jab was stronger.
    consumeraffairs.com/news/tatto

    #MouseStudy #tattoo #vaccine #PNAS #lymph #immune #InMice

  3. @biorxivpreprint Congrats to postdoc Julie-Anne Balouek on her latest manuscript! This is the first paper from only my lab which we are so proud to share for your holiday reading.
    We find that neurons activated by #earlylifestress are preferentially *reactivated* by adult stress, particularly in NAc, and that quieting this hypersensitivity at a cellular level also ameliorates behavior #inmice

  4. @biorxivpreprint Congrats to postdoc Julie-Anne Balouek on her latest manuscript! This is the first paper from only my lab which we are so proud to share for your holiday reading.
    We find that neurons activated by #earlylifestress are preferentially *reactivated* by adult stress, particularly in NAc, and that quieting this hypersensitivity at a cellular level also ameliorates behavior #inmice

  5. @biorxivpreprint Congrats to postdoc Julie-Anne Balouek on her latest manuscript! This is the first paper from only my lab which we are so proud to share for your holiday reading.
    We find that neurons activated by #earlylifestress are preferentially *reactivated* by adult stress, particularly in NAc, and that quieting this hypersensitivity at a cellular level also ameliorates behavior #inmice

  6. @biorxivpreprint Congrats to postdoc Julie-Anne Balouek on her latest manuscript! This is the first paper from only my lab which we are so proud to share for your holiday reading.
    We find that neurons activated by #earlylifestress are preferentially *reactivated* by adult stress, particularly in NAc, and that quieting this hypersensitivity at a cellular level also ameliorates behavior #inmice

  7. The Peña Lab is HIRING! Currently seeking 1-2 #postdocs (molecular or #datascientists) for multiple funded projects to understand how #earlylifestress impacts #epigenetic regulation of brain development and behavior.

    We use #singlecell and other #sequencing approaches, computational analyses, and test our hypotheses back in vivo by gene and epigenome editing, activity manipulations, and pharmacological approaches - and of course behavior #inmice.

    More here --> www.PenaLab.org

  8. The Peña Lab is HIRING! Currently seeking 1-2 #postdocs (molecular or #datascientists) for multiple funded projects to understand how #earlylifestress impacts #epigenetic regulation of brain development and behavior.

    We use #singlecell and other #sequencing approaches, computational analyses, and test our hypotheses back in vivo by gene and epigenome editing, activity manipulations, and pharmacological approaches - and of course behavior #inmice.

    More here --> www.PenaLab.org

  9. The Peña Lab is HIRING! Currently seeking 1-2 #postdocs (molecular or #datascientists) for multiple funded projects to understand how #earlylifestress impacts #epigenetic regulation of brain development and behavior.

    We use #singlecell and other #sequencing approaches, computational analyses, and test our hypotheses back in vivo by gene and epigenome editing, activity manipulations, and pharmacological approaches - and of course behavior #inmice.

    More here --> www.PenaLab.org

  10. The Peña Lab is HIRING! Currently seeking 1-2 #postdocs (molecular or #datascientists) for multiple funded projects to understand how #earlylifestress impacts #epigenetic regulation of brain development and behavior.

    We use #singlecell and other #sequencing approaches, computational analyses, and test our hypotheses back in vivo by gene and epigenome editing, activity manipulations, and pharmacological approaches - and of course behavior #inmice.

    More here --> www.PenaLab.org