LabWieser's profile picture. CELL * Physical_micro-environment = CELL migration @ Super-Res Microscopy

Wieser_Lab

@LabWieser

CELL * Physical_micro-environment = CELL migration @ Super-Res Microscopy

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How do cells measure and react to shape deformations? Check out our paper!

Our latest paper is now out in @ScienceMagazine by @valeria_ventur @Ruprecht_Lab @LabWieser! 🥳🔬🐟Read more about how the nucleus enables cells to rapidly measure and react to shape deformations. @ICFOnians, @CRGnomica a thread 1/7 science.sciencemag.org/content/370/65…



Wieser_Lab reposted

Interested in the mechanics of the nucleus? New publication from the lab with @Ruprecht_Lab. Here, @fedcat_131 and @valeria_ventur share their tricks to probe the mechanics of the nucleus inside cells with optical tweezers. Video to follow, stay tuned.


Wieser_Lab reposted

Interested in knowing how we intracellularly probe the mechanics of the nucleus of suspension or confined cells? Check out our and @NMSBlab latest paper on Jove (video coming soon)! 🔬🐟 @CRGenomica

We and @NMSBlab just published an Article on JoVE where we described how to measure intracellular and nuclear mechanics using optical tweezers! Check it out jove.com/video/62865 @Ruprecht_Lab @ICFOnians



Wieser_Lab reposted

Our paper is one of the finalists of Catalan Society of Biology!! Congrats to the other finalists and to all the authors 🎉

Ja tenim els finalistes dels #PremisSCB 2021 a l'#ArticleCientífic! Enhorabona! ➡️Francisco Martínez-Jiménez @fran_mj88 ➡️David Mas-Ponte @davidmasp ➡️Verena Ruprecht @Ruprecht_Lab Trobareu més información sobre els articles premiats en aquest fil 👇

SCB_iec's tweet image. Ja tenim els finalistes dels #PremisSCB 2021 a l'#ArticleCientífic! Enhorabona!

➡️Francisco Martínez-Jiménez @fran_mj88 
➡️David Mas-Ponte @davidmasp 
➡️Verena Ruprecht @Ruprecht_Lab 

Trobareu més información sobre els articles premiats en aquest fil 👇


Wieser_Lab reposted

If you are attending #EMBOlivingsys, tomorrow Wednesday 9th at 15 CEST our (and @LabWieser) PhD student @valeria_ventur will be giving a talk about nuclear mechanosensation! Don't miss it if you want to know more about how the nucleus controls cell behaviour 🔬

Welcome to the #EMBOlivingsys #workshop! The organizers @FBiotec @StephanGrill @brugueslab #mpipks and @TheCrick warmly welcome over 300 participants and thank all the sponsors, speakers & partners. @EMBOevents

PoLDresden's tweet image. Welcome to the #EMBOlivingsys #workshop! The organizers @FBiotec @StephanGrill @brugueslab #mpipks and @TheCrick warmly welcome over 300 participants and thank all the sponsors, speakers & partners. @EMBOevents


Amazing paper just out in @nature!! The epithelium in the early embryo works to clear aberrant cells for survival🐟 Congrats to all the authors and collaborators!!

Out today in @Nature our latest paper by @EstebanHoijman and @Ruprecht_Lab @CRGenomica! 🔬🐟 We discovered the earliest immune function of vertebrate embryos! (1/7) nature.com/articles/s4158…



Wieser_Lab reposted

Beautiful talk by Dr. Ruprecht! If you couldn't catch the talk live, there is still time to watch the replay (as we did), and hear about her story that was recently published in Science. (The second Science paper that uses our confinement devices!) @Ruprecht_Lab @valeria_ventur

Dear Friends, next week, on Wednesday this time (8th is holiday in several countries) at 4pm ECT, Verena @Ruprecht_Lab will present her recent discoveries. Check her website to know more: crg.eu/en/verena_rupr…. More details on Slack. Supported by @SBCF1

NucleusSciTalks's tweet image. Dear Friends, next week, on Wednesday this time (8th is holiday in several countries) at 4pm ECT, Verena @Ruprecht_Lab will present her recent discoveries. Check her website to know more: crg.eu/en/verena_rupr…. 
More details on Slack. Supported by @SBCF1


Checkout Valeria’s poster at #cellbio2020 and join the discussion next Monday!

Are you curious about how single cells can sense physical forces? Do you know it, but you still have some questions? Check out my poster at #cellbio2020 or stop by the discussion session “mechanotransduction and single cell migration” next monday at 17 CET!

valeria_ventur's tweet image. Are you curious about how single cells can sense physical forces? Do you know it, but you still have some questions? Check out my poster at #cellbio2020 or stop by the discussion session “mechanotransduction and single cell migration” next monday at 17 CET!


Congratulations @Ruprecht_Lab for being a new @EMBO young investigator!! 🥳

We are honored and deeply grateful to the @EMBO and @EMBO_YIP community for this opportunity to be part of a wonderful network of talented young investigators.🤩 Thanks everyone at @CRGenomica for the support!



Wieser_Lab reposted

Our recent publication "The nucleus measures shape changes for cellular proprioception to control dynamic cell behavior" is recommended on @Facultyopinions! facultyopinions.com/prime/738843147 @LabWieser


Wieser_Lab reposted

Un estudio @Ruprecht_Lab @CRGenomica @ICFOnians muestra como la membrana celular responde a cambios en la forma de la célula, ayudando a las células a "escapar de aglomeraciones" #fotodelasemana #ellipsefoto ellipse.prbb.org/es/el-nucleo-u…


Wieser_Lab reposted

I will be presenting a poster today and for the next 2 days! Check it out if you participate to this conference!

It's started! 3 days of our virtual conference From Molecules to Organs: The Mechanobiology of Morphogenesis.

MBIsg's tweet image. It's started! 3 days of our virtual conference From Molecules to Organs: The Mechanobiology of Morphogenesis.


Wieser_Lab reposted

Para terminar, @emulenews nos comenta 2 artículos @ScienceMagazine que sugieren una nueva función del núcleo celular como sensor del entorno físico de la célula. Un trabajo es de @valeria_ventur @Ruprecht_Lab @CRGenomica @LabWieser @ICFOnians science.sciencemag.org/content/370/65…


Wieser_Lab reposted

📚En sentir un pessic, els nuclis instiguen les cèl·lules a escapar d'espais atapeïts L'estudi del #CRG i @ICFOnians revela que l’amenaça de deformació desencadena un reflex d’escapament que permet a les cèl·lules allunyar-se i sortir d’espais reduïts bit.ly/3k4wFlW


Wieser_Lab reposted

📢 Scientists from @CRGenomica @ICFOnians, @fhooe & @UPFBarcelona show in @ScienceMagazine how the squeezing of a cell triggers a rapid escape reflex that enables it to escape tight spaces or crowded tissues!! @valeria_ventur @LabWieser 👉icfo.eu/newsroom/news/…

ICFOnians's tweet image. 📢 Scientists from @CRGenomica @ICFOnians, @fhooe & @UPFBarcelona show in @ScienceMagazine how the squeezing of a cell triggers a rapid escape reflex that enables it to escape tight spaces or crowded tissues!!

@valeria_ventur @LabWieser
👉icfo.eu/newsroom/news/…

Wieser_Lab reposted

New: In two independent studies, researchers find that the organelle is responsible for a switch that allows cells to start moving when they’re squeezed. bit.ly/3dseRPc


Wieser_Lab reposted

Cells get deformed, squeezed and stretched in their 3D tissue environment. We asked how can single cells sense and react to shape changes? When cells get squeezed, they increase cell contractility and initiate fast amoeboid migration. (3/7)


Wieser_Lab reposted

A cellular sense of space and pressure science.sciencemag.org/content/370/65…


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