(1/3) We are excited to share our new paper now out in Cell Reports. Regulation of cell #proliferation by cell density prevents uncontrolled cell expansion and maintains tissue size. bit.ly/2UZ4rBJ #cellcycle #quiescence #p27 #CyclinD1

Join us today InSiDESignalingDynamics to hear about exciting new data on how the cell-intrinsic #circadianclock gates fat cell differentiation commitment presented by Zhibo Zhang of our labs.

Folks Penn! Make sure to catch Tobias Meyer's (MeyerTeruelLabs) seminar this Monday. Guaranteed for some beautiful cell cinema Institute for Regenerative Medicine

Our collaborative #cryoEM structural paper on how T-plastin is crosslinking #actin polymers (with Alushin_Lab) is now submitted and can be seen at BioRxiv.

Excited to see this out! Had a great time contributing #imaging data as part of a highly colab team spearheaded by the talented Jan Suski. Just shows how much there still is to know about #DNAreplication. And for #mousemodel people, auxin-inducible deg can be done in mice🤯

(1/3) We are excited to share our new paper now out in PNASNews. pnas.org/doi/10.1073/pn… #circadian #adipogenesis #obesity

Don't miss this talk by Yumi, an outstanding postdoc of my lab!!!

Excited to announce that former TPCB student Lin Mei 梅林 and Rockefeller University student Matthew Reynolds 's structural dissection of T-plastin's actin bundling mechanism has appeared in PNASNews : pnas.org/doi/10.1073/pn… A wonderful collaboration with @TobiasMeyerLab

Virtual Cell Cycle Club meeting, Wednesday, October 5. PROGRAMME 3 short talks: michael emanuele, @TobiasMeyerLab & Karlene Cimprich labs 2 breakout sessions with 14 talks to choose from! 1 Keynote: Sophie G Martin Don't miss out, so register for free! abcam.com/events/london-…

Check out the cool paper from Nalin Ratnayeke, a recent graduate from our lab on how cells ensure that #genome #replication occurs exactly once.

Excited to share my PhD work in the @TobiasMeyerLab, out now in Molecular Cell! “CDT1 inhibits CMG helicase in early S phase to separate origin licensing from DNA synthesis” 1/11 cell.com/molecular-cell…

A particular protein that allows DNA replication to begin on a DNA site also keeps the replication process in check, according to new findings from a team led by Dr. Tobias Meyer (@TobiasMeyerLab) and doctorate student Nalin Ratnayeke. bit.ly/3Wyjg8f

Congratulations to Dr. Tobias Meyer – Newly Elected Member to the American Academy of Arts & Sciences ! Dr. Meyer's research focuses on understanding how mammalian cells integrate growth factor, cell-cell contact, and cell-matrix contact signals to control cell function. @tobiasmeyerlab

InSiDE 2023 is starting June 1st! We will kick off the series with Keynote lecture by @TobiasMeyerLab followed by a social on GatherTown. Click the link in our bio to be added to the mailing list for the Zoom link!

"Feeling fortunate to work with the talented postdoctoral fellow, Sanjeev Sharma! Excited for his talk on: "Activation and delayed inactivation of ERK and CDK kinases drives a coupled proliferation and differentiation program." #CellSignaling #SystemsBiology #SystemsBio"

Check out our study reporting a rapid anticipatory ER lipid checkpoint in G1. nature.com/articles/s4146… Nature Communications

Check out our recent exciting finding nature. It is a great teamwork from Bo Gong Weill Cornell Medicine and SEMC. Article: nature.com/articles/s4158…

Exciting work led by Yumi Konagaya/小長谷 有美 out in nature today. Our paper characterizes a novel #cellcycle state in which E2F is partially active with Rb incompletely phosphorylated, challenging the canonical model of all-or-none E2F activation. WCM Office of the Research Dean nature.com/articles/s4158…

Now Online Polarized endoplasmic reticulum–plasma membrane contacts in cell migration dlvr.it/T92NFG