Yale Cell Biology
@YaleCellBioThe official Twitter account for the Department of Cell Biology at the Yale School of Medicine.
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@ASCBiology
@Shawn__Ferguson
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@HenneLab
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Way to go Amanda!!! @bentleydesousa @YaleCellBio
🎉 Congratulations to the winners of the oral presentation🎉🎉 👏 @ABentleyDeSousa, @namritak13, and @AnaisFrancoRom1 #WIA2024meeting
Chromogranin B Purification for Condensate Formation and Client Partitioning Assays In Vitro: bio-protocol.org/en/bpdetail?id… Work by @anupap85 and @LabVon at @YaleCellBio #Reproducibility #LifeSciences #Biochemistry
Are you applying to a @yalegsas PhD program? Join our inclusive + vibrant interdisciplinary research community dedicated to understanding cognition. Apply to become a Wu Tsai Graduate Fellow! Learn more about the WTI Graduate Fellowships application process at…
Much deserved recognition for the transformative research being conducted in our department by @KinesinSu @BerroLab and our first @YaleSciFellows @SedonaMurphy! Congrats to all! news.yale.edu/2024/10/08/six…
Scientists from @Yale @YaleCardiology @YaleCellBio @YaleEngineering @YaleWestCampus report the development of a #DNAclamp that can apply tension to an attached #protein, resulting in conformational changes and exposure of cryptic #BindingSites. Read: go.acs.org/b8e
Bridge-like lipid transfer protein 3A (BLTP3A) is associated with membranes of the late endocytic pathway and is an effector of CASM biorxiv.org/content/10.110…
.@BerrakUgur1 et al @PDClab @YaleCellBio @YaleNeuro characterize the bridge-like lipid transfer protein VPS13B & report its localization btwn #Golgi cisternae & its impact on Golgi complex reformation after BFA-induced dispersion. hubs.la/Q02Rm3lt0 @FSchueder @MLeonzino
In @JCellBiol, @BerrakUgur1 et al @PDClab @YaleCellBio characterize the bridge-like lipid transfer protein VPS13B & report its localization btwn #Golgi cisternae & its impact on Golgi complex reformation after BFA-induced dispersion. hubs.la/Q02Rmkz30 @FSchueder @MLeonzino
Exciting new work from from @BerrakUgur1 in @PDClab with new insights into the relationship between Vps13 lipid transfer proteins and golgi organization that may inform Cohen Syndrome. rupress.org/jcb/article/22…
Newest manuscript from the lab has dropped! Tweetorial to come but in the meantime, check out this video created by first author Kimberly Morgan that takes you through her method to comprehensively and quantitatively assess NPC plasticity.
Visualizing nuclear pore complex plasticity with Pan-Expansion Microscopy biorxiv.org/cgi/content/sh… #biorxiv_cellbio
Without foundational knowledge of human biology and disease made possible through basic research, solutions to real-world health problems through applied research would not be possible. My colleagues & I describe the importance of #NIH-supported basic research and how it advances…
How do cellular organelles buffer forces and mechanical strain while maintaining celullar dynamics? We show that the Ig fold protein NOMO1 plays a key role in this process: biorxiv.org/content/10.110…
very much looking forward to hosting Bernd Bukau @BukauLab next Monday who will deliver the Tom Steitz lecture!
I'm excited to share this collaborative work with @KraftKaterina and @MattG_Jones that started as an exploration of the nuclear organization of ecDNA in colon cancer cells and ended with some neat findings on repetitive elements. See thread for more!
🚨SPECIAL LECTURE🚨 On September 24th at noon, Dr. Cori Bargmann (@betenoire1) from @RockefellerUniv will give the Silliman Memorial Lecture entitled "One Brain, Many Behaviors: The Fascinating World of Internal States" 🧠🙌 Mark your calendars 🗓️ We hope to see you there!
introducing the folding phase-check out our new opinion article in which we propose a protein folding function of the nuclear pore complex: sciencedirect.com/science/articl…
1/2 a few main points of our hypothesis: folding intermediates or (yet) unassembled subunits of transport cargo exposing hydrohobic side chains cannot crash out or aggregate in the NPC as intrisically disordered nucleoporins will compete with these off-pathways
Critical new insight into a role for TBK1 - an ALS-FTD disease gene - at lysosomes. Congrats to @GTalaia @ABentleyDeSousa from @Shawn__Ferguson lab! embopress.org/doi/full/10.10…
Thrilled to see this work finally published @embojournal thanks everyone @ABentleyDeSousa @Shawn__Ferguson @YaleCellBio @YaleNeuro Lysosomal TBK1 responds to amino acid availability to relieve Rab7-dependent mTORC1 inhibition | The EMBO Journal embopress.org/doi/full/10.10…
Congratulations to our Sydney Cason from @PDClab for being a member of this prestigious group of Life Sciences Research Foundation’s 2024 Awardees! lsrf.org/current-fellow…
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Who to follow
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American Society for Cell Biology
@ASCBiology -
Shawn Ferguson
@Shawn__Ferguson -
De Camilli Lab
@PDClab -
Yale Department of Genetics
@YaleGenetics -
Department of MCDB
@MCDB_Yale -
bioRxiv Cell Biology
@biorxiv_cellbio -
Alice Ting
@aliceyting -
Yale MB&B
@YaleMBB -
Juan S. Bonifacino
@BonifacinoJuan -
Bahmanyar lab
@Bahmanyarlab -
Henne_Lab
@HenneLab -
von Blume lab
@LabVon -
contactctc
@ContactCTC -
Patrick Lusk
@Plusk4u -
Christian Schlieker
@Schliekerlab
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