Clara Ramón-Lozano

PhD student @BarakatLab @Polytechnique | Role of mechanics in brain microvasculature | Organs-on-chip

[Alexis Lomakin, Ph.D. (אל) אַלעקסיס לאָמאַקין @Alexis_Lomakin]

Congrats @PCusachs and co. on the new story highlighting the importance of nuclear mechanics to fundamental cell physiological processes! 👏🥳
I'm also happy to see a graduate of my lab back in @KCLstemcells Marc Molina-Jordán @Marcmj15
among contributors!
https://t.co/NxJsG0i9up

[Clara Ramón-Lozano @ClaRamonLozano]

@thevy_lok Thanks for all the advices 😍 Hope I would be able to do such a nice, clear and pedagogic manuscript as yours, I really enjoyed it! 🤓 I loved to see you before I left for writing :)

[Roux Lab @RouxLab]

Rapid rolling of epithelia triggers transient cell swelling. Beautiful work from @CaterinaTomba showing how the mechanoosmotic balance of cells participate in tissue morphogenesis. @unige_en @sciences_UNIGE @NCCR_ChemBio https://t.co/btvVuaboAp

[Clara Ramón-Lozano @ClaRamonLozano]

Congrats to our super post-doc @ClaireLeclech for her poster prize at #EMBOBuildNetworks 🥳🥳

[Clara Ramón-Lozano @ClaRamonLozano]

Nice poster of @AlessiaCastag about how endothelial wound healing occurs under flow at #EMBOBuildNetworks !

[Clara Ramón-Lozano @ClaRamonLozano]

Do not miss @ClaireLeclech poster at the #EMBOBuildNetworks to know what are the mechanisms to detect microgrooves🤔🤓

[Clara Ramón-Lozano @ClaRamonLozano]

@ClaireLeclech Thank you very much @ClaireLeclech

[Raleigh M. Linville @LinvilleRaleigh]

How can you pattern capillary-scale structures in collagen for #microvascular #tissuenengineering?
(left) my first paper in ugrad used pulled glass
https://t.co/y2KYkqJCvT
(right) new approach uses laser-based cavitation molding
https://t.co/rFWmvbD4Is

[bioRxiv Biophysics @biorxiv_biophys]

Light-driven biological actuators to probe the rheology of 3D microtissues https://t.co/swtkccUedT #biorxiv_biophys

[Biophysical Reports @BiophysReports]

In "Viscoelasticity of basal plasma membranes and cortices derived from MDCK II cells," Janshoff investigates the viscoelastic properties of basolateral membranes derived from polarized MDCK II epithelia in response to external deformation. https://t.co/qMSCFFxqI3

[Joel Boerckel @jboerckel]

This is it: the discovery of the cytoskeleton by Nikolai Koltsov in 1903 🤯

I have no German, so I'm reading one paragraph at a time via google translate. It's giving me that slow-reveal feeling you get with your own discoveries. It's delightful, as is the voice it's written in.

[Assaf Zaritsky @AssafZaritsky]

This is a monolayer of endothelial cells synchronizing their calcium signaling in response to a periodic external mechanical stimuli

Tune to the #cellbio2021 @ASCBiology "Building the Cell" subgroup today 4pm to hear from @zamir_amos about emergent multicellular synchronization!

[Nature Biomedical Engineering @natBME]

Strain maps of cardiomyocyte nuclei during contraction indicate that, by integrating environmental mechanical cues, the nuclei of cardiomyocytes stabilize the fate of the cells through the reorganization of epigenetically marked chromatin.

https://t.co/KZMEaueH35

[Alex Dunn @Dunn_Lab]

New publication! "How cells tell up from down and stick together to construct multicellular tissues"
https://t.co/WWuohfrJtu
In it, we review how cell-cell adhesion and apicobasal polarity combine to yield simple epithelia, the building block of multicellular animal life. (1/3)

[kuba sędziński @ksedzinski]

We are very excited to share our preprint: Mechanics of cell integration in vivo ⚙️🐸🔬🧮. Wonderful collaboration with @DoostmohammadiL and @AboutalebAmiri 🧮. https://t.co/nKwEiCyvZ8, So, how do cells navigate through complex 3D environments? 🧵1/14⬇️

[Ewa Paluch 🇺🇦 @PaluchLab]

Our paper on the spatial arrangement of actin and myosin at the cell cortex just got published! Special thanks to Binh An Truong Quang and @Ruby_Peters_ @PDN_Cambridge @LMCB_UCL (1/3)

https://t.co/MTMyC2fb0P

[Akos T. Kovacs @EvolvedBiofilm]

Mechanical forces drive a reorientation cascade leading to biofilm self-patterning

-in @NatureComms

https://t.co/3fNSq8dBsJ

[Institut Jacques Monod @IJMonod]

‼️ #JobAlert ‼️
Post-doc position available in the "Cell adhesion and Mechanics" Team @IJMonod

👉 "Dead or Alive" project (@ERC_Research grant) on the biomechanics of cell extrusion

Contact @BLadoux & @ReneMege!
https://t.co/DQNU8eSKCz

[Nature Physics @NaturePhysics]

Cell monolayers sense curvature by exploiting active mechanics and nuclear mechanoadaptation https://t.co/NVGVc3PBG3

[Varun Mannam @mannam_varun]

Here is our new preprint of image denoising in fluorescence microscopy using our Noise2Noise ImageJ plugin. There is no need for retraining the model. The denoising is instant, accurate (~8dB improvement in PSNR), and easy to use. https://t.co/x5bphFZ3nn