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#proteinexpression — Public Fediverse posts

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

  1. Neues in unserer #Methoden -Rubrik: Forschende an der University of Minnesota haben eine „One-Pot“-Methode entwickelt, die es ermöglicht #Klonierung und #Proteinexpression in einem Reaktionsgefäß durchzuführen!
    Klingt vielversprechend? Finden wir auch! Mehr zu lesen im Artikel von Andrea Pitzschke:
    👉 laborjournal.de/editorials/3368.php

    #Biotechnologie #Laborjournal

  2. Neues in unserer #Methoden -Rubrik: Forschende an der University of Minnesota haben eine „One-Pot“-Methode entwickelt, die es ermöglicht #Klonierung und #Proteinexpression in einem Reaktionsgefäß durchzuführen!
    Klingt vielversprechend? Finden wir auch! Mehr zu lesen im Artikel von Andrea Pitzschke:
    👉 laborjournal.de/editorials/3368.php

    #Biotechnologie #Laborjournal

  3. Neues in unserer #Methoden -Rubrik: Forschende an der University of Minnesota haben eine „One-Pot“-Methode entwickelt, die es ermöglicht #Klonierung und #Proteinexpression in einem Reaktionsgefäß durchzuführen!
    Klingt vielversprechend? Finden wir auch! Mehr zu lesen im Artikel von Andrea Pitzschke:
    👉 laborjournal.de/editorials/3368.php

    #Biotechnologie #Laborjournal

  4. Neues in unserer #Methoden -Rubrik: Forschende an der University of Minnesota haben eine „One-Pot“-Methode entwickelt, die es ermöglicht #Klonierung und #Proteinexpression in einem Reaktionsgefäß durchzuführen!
    Klingt vielversprechend? Finden wir auch! Mehr zu lesen im Artikel von Andrea Pitzschke:
    👉 laborjournal.de/editorials/3368.php

    #Biotechnologie #Laborjournal

  5. Neues in unserer #Methoden -Rubrik: Forschende an der University of Minnesota haben eine „One-Pot“-Methode entwickelt, die es ermöglicht #Klonierung und #Proteinexpression in einem Reaktionsgefäß durchzuführen!
    Klingt vielversprechend? Finden wir auch! Mehr zu lesen im Artikel von Andrea Pitzschke:
    👉 laborjournal.de/editorials/3368.php

    #Biotechnologie #Laborjournal

  6. Absolutely love this #preprint! The authors do cell-free #proteinexpression in the mRNA-display style to attach the encoding cDNA to the expressed protein. Then, they subject to proteolysis to infer information about protein stability.

    #DNA #sequencing ties it together, and you have a 1.8-million variant library with quality stability data for ~850k of those.

    Give it a look: biorxiv.org/content/10.1101/20

  7. Absolutely love this #preprint! The authors do cell-free #proteinexpression in the mRNA-display style to attach the encoding cDNA to the expressed protein. Then, they subject to proteolysis to infer information about protein stability.

    #DNA #sequencing ties it together, and you have a 1.8-million variant library with quality stability data for ~850k of those.

    Give it a look: biorxiv.org/content/10.1101/20

  8. Absolutely love this #preprint! The authors do cell-free #proteinexpression in the mRNA-display style to attach the encoding cDNA to the expressed protein. Then, they subject to proteolysis to infer information about protein stability.

    #DNA #sequencing ties it together, and you have a 1.8-million variant library with quality stability data for ~850k of those.

    Give it a look: biorxiv.org/content/10.1101/20

  9. Absolutely love this #preprint! The authors do cell-free #proteinexpression in the mRNA-display style to attach the encoding cDNA to the expressed protein. Then, they subject to proteolysis to infer information about protein stability.

    #DNA #sequencing ties it together, and you have a 1.8-million variant library with quality stability data for ~850k of those.

    Give it a look: biorxiv.org/content/10.1101/20

  10. Absolutely love this #preprint! The authors do cell-free #proteinexpression in the mRNA-display style to attach the encoding cDNA to the expressed protein. Then, they subject to proteolysis to infer information about protein stability.

    #DNA #sequencing ties it together, and you have a 1.8-million variant library with quality stability data for ~850k of those.

    Give it a look: biorxiv.org/content/10.1101/20

  11. 1L scale eukaryotic cell-free expression 👀

    biorxiv.org/content/10.1101/20

    The authors take a commercial system and just make a ton of tobacco cell lysate to show it scales linearly. Seems good.

    They make several therapeutic proteins and even a VLP. Yields aren't going too have us tearing out bioreactors yet but the field is moving!

    #bioprocess #proteinexpression #manufacturing #syntheticbiology

  12. 1L scale eukaryotic cell-free expression 👀

    biorxiv.org/content/10.1101/20

    The authors take a commercial system and just make a ton of tobacco cell lysate to show it scales linearly. Seems good.

    They make several therapeutic proteins and even a VLP. Yields aren't going too have us tearing out bioreactors yet but the field is moving!

    #bioprocess #proteinexpression #manufacturing #syntheticbiology

  13. 1L scale eukaryotic cell-free expression 👀

    biorxiv.org/content/10.1101/20

    The authors take a commercial system and just make a ton of tobacco cell lysate to show it scales linearly. Seems good.

    They make several therapeutic proteins and even a VLP. Yields aren't going too have us tearing out bioreactors yet but the field is moving!

    #bioprocess #proteinexpression #manufacturing #syntheticbiology