Top Tweets for #CytomorphoLab
Heterotypic interaction promotes asymmetric division of human hematopoietic stem and progenitor cells. Candelas et al (2023). #Hematopoiesis #AsymmetricDivision #ProgenitorCells
@adriancandelas @BrunetStphane7 #cytomorpholab @ManuelTHERY
Such a nice picture from the #cytomorpholab, that it made the cover of @J_Cell_Sci
Micropatterns made with PRIMO, to study the actin-microtubule interaction and show how microtubules can pierce the dense actin network at the cell periphery
Courtesy @ManuelTHERY @GelinMatthieu
Issue 22 is complete!
Explore our ToC here: https://t.co/Eth1fS0x9Q
On the cover - in vitro reconstitution of a network of actin filaments, nucleated on micropatterned lipid bilayers. See article from @GelinMatthieu @ManuelTHERY and colleagues.
https://t.co/9jO7oDSubL
I'm very excited to attend #cellbio2023 and have the opportunity to share our recent work in PNAS with the #CytoMorphoLab on the significance of friction forces in actomyosin contraction dynamics.
Join me this Saturday (12/2)at 10:02 am, Room 210B, during #BuildingTheCell !
Excited to be in Portland for #SIAMDS23 ! Tomorrow I am presenting a minisymposium talk on recent work I've done with Alex Mogilner in collaboration with the #CytomorphoLab. Stop by to hear about how friction patterns can control actomyosin contractility dynamics! --> MS27, 2pm
Congratulations to the one and only @acoli12 !
The #CytoMorphoLab is happy (and proud) to count a new great member.
Hold on the comet, she gonna fly high !
Recycling of the actin monomer pool limits the lifetime of network turnover
New work by @acoli12 @Lblanchoin @manuelthery et al #CytoMorphoLab
https://t.co/nkBC1GXA55
Check out the thread below about our (relatively) new preprint with the #CytomorphoLab !! 👇
It's exciting to see how external & global factors can robustly govern the dynamics of active matter. A cool modeling project for me with some simple yet profound results!
Friction steers acto-myosin network contraction.
the new opus of the #CytomorphoLab by @cguerin38, Mag, @acoli12 and our united citizens Alex and Enrique.
https://t.co/KjudkQrCHU
Final rehearsal for the Living Architecture project in Luzern, #LiLu light festival, Jan 12-22
Cells, actin, microtubules, conforming to the Torbogen arch, a festival !
Congratulations to the #CytoMorphoLab and to the Group LAPS for another great collaboration !
Now let's convince #FeteLumieres to sign with us !
Friction steers acto-myosin network contraction.
the new opus of the #CytomorphoLab by @cguerin38, Mag, @acoli12 and our united citizens Alex and Enrique.
https://t.co/KjudkQrCHU
Ouuuhhh coming back to the office, I got my personalized #CytoMorphoLab T-shirt 🥹
I have now the outfit for the next Congress! 😎
To open 2023 the #CytoMorphoLab is teaming up again with the Group LAPS for another edition of the Living Architectures project at the #LiLu Light Festival of Luzern in Switzerland.
https://t.co/kICdYK52wT
January 12-13
#CytomorphoLab scientific days...A perfect opportunity for team building and emulation in a splendid site ! When work meets fun 😁
Fortunately, the young generation has better ideas than us. And they accepted to take us with them toward a bright future 😎🤓
#CytoMorphoLab scientific days were on ... compartmentalisation! LLPS, coacervates, liposomes, proteinosomes, polymersomes, open, closed, permeable... what do we need to make an artificial cell? Literature survey, debates, argumentations and good diners🤤
#CytoMorphoLab at the #CellBio2022
Almost no jet lag ;)
On Tuesday:
Juliana Geay’ll show how hybrid EMT state triggers invasion (Room 147A, 11:45) P2608
I’ll present how cell-cell interaction may control human hematopoietic stem cell differentiation (Room 207B, 12:00) P2763
This is not drawn by an #AI
This is not even a numerical simulation.
It is a real experiment by @BenVianay @alf_fonsi @GelinMatthieu
#CytoMorphoLab
A great day of seminars. I am quite impressed by the work @SYamamoto114 @DInoueMT and Tomoaki Nagai, former #CytoMorphoLab students, set up as they went back to Japan!
Beautiful assays to for collective migration, cortex contractility and csk in vitro 🤩
#ProudPI
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