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#weizmannscience — Public Fediverse posts

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

  1. We hosted the amazing #Efrat #Shema from #weizmannscience at the #Ludwig Institute in #Oxford today. Amazing work on single-molecule #epigenetics for #cancer early detection, but also really insightful basic #biology. Shows that it pays to think about the _function_ of your biomarkers. Anyway, check out her work, it's very impressive: weizmann.ac.il/dept/irb/Shema/

  2. We hosted the amazing #Efrat #Shema from #weizmannscience at the #Ludwig Institute in #Oxford today. Amazing work on single-molecule #epigenetics for #cancer early detection, but also really insightful basic #biology. Shows that it pays to think about the _function_ of your biomarkers. Anyway, check out her work, it's very impressive: weizmann.ac.il/dept/irb/Shema/

  3. We hosted the amazing #Efrat #Shema from #weizmannscience at the #Ludwig Institute in #Oxford today. Amazing work on single-molecule #epigenetics for #cancer early detection, but also really insightful basic #biology. Shows that it pays to think about the _function_ of your biomarkers. Anyway, check out her work, it's very impressive: weizmann.ac.il/dept/irb/Shema/

  4. We hosted the amazing #Efrat #Shema from #weizmannscience at the #Ludwig Institute in #Oxford today. Amazing work on single-molecule #epigenetics for #cancer early detection, but also really insightful basic #biology. Shows that it pays to think about the _function_ of your biomarkers. Anyway, check out her work, it's very impressive: weizmann.ac.il/dept/irb/Shema/

  5. Cel-lctiv: New in vivo #proximity #biotin labelling approach by Maya Schuldiner lab #WeizmannScience allows study of stable and transient #protein-protein interactions, such as substrate specificity comparison between homologous #yeast #translocons #Sec61 and #Ssh1

    embopress.org/doi/10.15252/emb

  6. Cel-lctiv: New in vivo #proximity #biotin labelling approach by Maya Schuldiner lab #WeizmannScience allows study of stable and transient #protein-protein interactions, such as substrate specificity comparison between homologous #yeast #translocons #Sec61 and #Ssh1

    embopress.org/doi/10.15252/emb

  7. Cel-lctiv: New in vivo #proximity #biotin labelling approach by Maya Schuldiner lab #WeizmannScience allows study of stable and transient #protein-protein interactions, such as substrate specificity comparison between homologous #yeast #translocons #Sec61 and #Ssh1

    embopress.org/doi/10.15252/emb

  8. Cel-lctiv: New in vivo #proximity #biotin labelling approach by Maya Schuldiner lab #WeizmannScience allows study of stable and transient #protein-protein interactions, such as substrate specificity comparison between homologous #yeast #translocons #Sec61 and #Ssh1

    embopress.org/doi/10.15252/emb