Out now in @CellCellPress - a perfect way to cap my PhD before convocation tomorrow! [1/5]
POT1 recruits and regulates CST-Polα/primase at human telomeres
https://t.co/kDvy5rzIXr
We're so pleased for our 2024 Fellow @CEmogor , who has been recognized with an international @IFAWUK award for his pangolin conservation work. Charles has just started his interdisciplinary Fellowship journey, we can't wait to see where he takes it https://t.co/8EVCJKa4Hf
Culture, community, ambition, risk, failure, and perseverance. Inclusion, perspective, and reflection...no punting...but pasta, and how to change the world. That's a wrap on the first Science Leadership Program for our 2024 Fellows.Thanks to all who made it special. Safe travels.
Excited to share that I'm starting a new research group at @uclachem and @cnsiatucla!
We'll focus on the molecular architecture of tight junctions - barriers crucial for human health - using biochemical reconstitution, cryo-EM, X-ray crystallography, and cell-based assays.
Grad students and postdocs!!
Please join us at the 2025 @GordonConf
GRS on Mammalian DNA Repair on Feb 1-2 with @LabLegube as our keynote speaker!
Talks selected from submitted abstracts
Register here: https://t.co/onutGLpBfA
1/7 Our latest preprint is out! 🚨 @Sour_Agrawal , @xiuhua_linwisc , @viveksusvirkar et al. discover human RPA is a critical telomerase processivity factor essential for telomere maintenance. This reshapes our understanding of human telomerase regulation. https://t.co/HJkap1APl4
Our Spotlight on beautiful work from the de Lange (@SarahWCai et al), Walz, and Cech labs.
At the end, it is POT1 again: Phosphorylation allows human telomeric protein POT1 to recruit the C-rich strand end replication machinery: Molecular Cell https://t.co/Or4tsqYYFP
Decarbonizing the grid will require creative solutions to tough problems. With the support of @ActivateFellows, our team at @StandPotential is well-positioned to overcome these hurdles by minimizing both materials and manufacturing for #sodiumion#batteries.
Excited to share that our new preprint is out! We used #AlphaFold multimer to screen 7000+ nuclear proteins to find new nucleosome acidic patch binders. Great collaboration between @FrogWalterLab and @LucasFarnung. https://t.co/CScq14Ssgw