Our August cover image shows the localization of the WAVE complex (solid colors) and cell edge (dotted lines) of a migrating neutrophil-like HL-60 cell over time. From Pipathsouk, @OWeinerLab et al. (https://t.co/53ncei858s).
Read JCB August Issue: https://t.co/eOCeDplBJH
👇Take a look at my new @preLights post!
"Rac and Rho team up! Long-distance mechanochemical coordination for migration". Highlighting amazing @biorxiv_cellbio#preprint from lab of @OWeinerLab @HerveTurlier and lead author @Henry_de_belly
https://t.co/qqtrImQi8L
Henry De Belly's elegant work on front-rear coupling during cell migration is out in bioRxiv! Being a part of this work has been a blast. https://t.co/Cuf9ArcPye
Hello everyone, excited to share our preprint: https://t.co/DoThdFBDLT
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Everyday, cells like this crawl through your body to protect you. While we know that their front 🔴 and back 🔵 polarity programs work together, how exactly do these two processes communicate? Lets chat!
✨Check out the lab's latest bioRxiv ✨
We explore how cells use long-range mechanochemical feedback to establish and maintain polarity during cell migration!
Hello everyone, excited to share our preprint: https://t.co/DoThdFBDLT
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Everyday, cells like this crawl through your body to protect you. While we know that their front 🔴 and back 🔵 polarity programs work together, how exactly do these two processes communicate? Lets chat!
We are thrilled to see Evelyn's paper on neutrophil swarming out in @Dev_Cell!! Congrats to all authors on this beautiful story! 🎉
Check out the 🎆 thread below ⤵️
✨Pre-print alert!! ✨
Check out Muziyue’s incredible thesis work ➡️ “The WAVE complex forms linear arrays at negative membrane curvature to instruct lamellipodia formation”
Super excited to share my thesis work!
doi:https://t.co/w6apJ2tNvf
We found how cells manage to build the extremely flat and thin membrane protrusions with the WAVE complex, that organizes into a linear polymer-like structure at the tips of lamellipodia.
We @SXS_biophysics wrote an insight article on the brilliant work by @tlngy, @strickland_ev, and @OWeinerLab! Combining a classical Percoll assay with CRISPR screening, they reveal how neutrophils use water to migrate and the involvement of PI3K and NHE1. Check it out!
Our paper on PM abundance as a regulator for myeloid function is out at SI https://t.co/L5IMjE8TIi! I would like to thank my mentors Morgan Huse, Orion Weiner, and Jason Cyster and my labmates in @huselab The Morgan Huse Laboratory, @OWeinerLab, and Cyster labs.
‼️ Abstract deadline for BACS 2024 is this Friday April 12 ‼️
We highly encourage trainees at *all levels* to submit an abstract for a talk or poster. Come share your research with the awesome cytoskeleton community in the Bay Area!
🎉 Super excited to announce that registration is now open for the 2024 Bay Area Cytoskeleton Symposium on May 13 at UC Berkeley! 🎉 Keynotes from Eva Nogales & @itsthewoolab, and trainee talks from selected abstracts!
Register now! https://t.co/47IxS5r5J5
So hyped to see this great story by @DengkeMa lab being finally out!! This paper is full of fascinating data and I highly recommend a read:
Early-life stress triggers long-lasting organismal resilience and longevity via tetraspanin https://t.co/WUCEmldhiT
My dear friend/collaborator Shannon is starting her lab at Stanford in a couple of months and she is looking to hire a postdoc to work with her on the mechanics of mitosis: https://t.co/zQFEBpZVCB
I cannot recommend Shannon enough, her lab is going to be super awesome!
Excited to share our paper on YAP dynamics and cell fate control! We reveal a concentration-dependent and temporal communication code for YAP that enables cells to choose between different downstream programs. Check it out!
https://t.co/Z0dRXcF5Rq
.@JasonPTown & @OWeinerLab use spatially-defined #optogenetic control of a leading edge organizer to explore how #neutrophil-like cells balance “decisiveness” (needed to polarize in one direction) with flexibility (to respond to new cues) #PLOSBiology https://t.co/eQadr8UVN0