Saumya De Silva

198 posts

Saumya De Silva

Saumya De Silva

@DsdSaumi

Biologics Scientist at Gates Biomanufacturing Facitily @CUAnschutz. Former graduate student&postdoc @Musselmanlab

Denver, CO Katılım Temmuz 2018
102 Takip Edilen81 Takipçiler
Saumya De Silva retweetledi
Tessa Davis
Tessa Davis@TessaRDavis·
10 must-know Japanese concepts that will improve your life:
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Musselman Lab
Musselman Lab@MusselmanLab·
So excited for this collaboration with @chrmosimann laboratory! Thanks to FedEx for introducing us 😂 and to @NSF for supporting this project.
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University of Colorado Anschutz
Today, we announce the creation of the Gates Institute - a new institute to help scientists develop cell and gene therapeutics more effectively. Learn more: bit.ly/3FBWTrF
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Aaron Johnson
Aaron Johnson@ChromaTownie·
Please RT! Join us as a postdoc! Multiple funded positions available to study gene regulation in normal biology and disease. I am a passionate mentor, fostering innovative research and providing growth opportunities to meet your specific career goals.🧵 ajlab.org/postdoc-opport…
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Natasia
Natasia@natasiainthelab·
F31 Summary Statement is back and the comments were SO much better than I had hoped!!! Printing this one out and hanging it at my desk, for when I'm sad lol 😊😁 @LabVogeli @NIH @NINDSfunding @NIMHgov
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Tyler Weaver
Tyler Weaver@tylermweaver1·
Excited to finally share our new work from the @Freudlab where we determine how the critical DNA repair protein APE1 recognizes and processes DNA damage in the nucleosome. Updated tweet 👇 (1/n) biorxiv.org/content/10.110…
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Musselman Lab
Musselman Lab@MusselmanLab·
This was an awesome collaboration with @epicypher ! The dCypher approach allowed us to test how the nucleosome alters the pattern of histone PTMs selected for by reader domains. The nucleosome context is critical for understanding reader function! 👇 @CUAnschutz @IowaBiochem
EpiCypher, Inc.@epicypher

We are thrilled to share our latest manuscript in collaboration with @MusselmanLab! We use the tandem chromatin reader protein BPTF to demonstrate the importance of the nucleosome context when defining histone PTM interactions. (1/n) biorxiv.org/content/10.110…

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Saumya De Silva
Saumya De Silva@DsdSaumi·
@DrPorman You got this! You are going to be fabulous! Keeping you in my prayers 💛
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