Pablo Sáez

[J. Alegre-Cebollada @AlegreCebollada]

🎉🎉
Very happy that our paper “Cell response to extracellular matrix viscous energy dissipation outweighs high-rigidity sensing” is out @scienceadvances

https://t.co/5iwoNy2pBc

A thread on the main findings follows👇

@CNIC_CARDIO @SBEsp @SEBBM_es

[Pablo Sáez @PSaez83]

@AlegreCebollada @madelpozo67 @PCusachs @mart1nezdelp0z0 @chuerti @ClementeManteca Congrats to Carla, Jorge and the team! It was a pleasure to get involved in this beautiful work!

[Pablo Sáez @PSaez83]

@WaleedMirzaPhD @torressancheza @marietabernabeu Congrats!

[SEMNI @semni_social]

Different positions available at UPC-BarcelonaTech, in the group of profs. Marino Arroyo and Pablo Saez,
https://t.co/3GV6g9UqCt

[Pablo Sáez @PSaez83]

thrilled to be part of it! @LaCaN_UPC @la_UPC

[Pere Roca-Cusachs @PCusachs]

The result of hard, detailed, insightful work by
@ZanettaKechagia over several years, with great modelling by Pablo Sáez and Marino Arroyo (UPC), and in collaboration with @PWBDerksen, @AEloseguiArtola , and @XavierTrepat labs. Part of @Mechanocontrol project, funded by @EUeic.

[Pere Roca-Cusachs @PCusachs]

Our new work on nuclear mechanoprotection is now out:
https://t.co/2MzNPWPgW1

[Pablo Sáez @PSaez83]

We show that how individual tissue components assemble to each other, besides their local densities, is key to accurately modeling brain tissue mechanics

[Pablo Sáez @PSaez83]

Happy to have this work published! Using the mouse hippocampus, we developed a model to predict local tissue mechanics. Thanks to Carlos Borau @M2BE_I3A @Nelda373 @Franze_Lab! 👇
https://t.co/u8iYBP2aop

[Pablo Sáez @PSaez83]

@RicardAlert @AdamShellard @mayor_lab Thanks! Great work! Congrats!!

[Pablo Sáez @PSaez83]

@RicardAlert @AdamShellard @mayor_lab We found that + & - durotaxis actually emerges from the movement toward + gradients of friction (+ frictiotaxis). Did u find any case of - frictiotaxis?

[Pablo Sáez @PSaez83]

We also propose how cell adhesion can be manipulated to control durotaxis (shift migration directions or arrest migration). And extended the model to describe haptotaxis!

[Pablo Sáez @PSaez83]

New paper on durotaxis! We used clutch models and active gel theory to explain positive and negative durotaxis @softmatter See more 👇https://t.co/4K8cc3GvOP

[Pablo Sáez @PSaez83]

@LabSwaminathan We have done it using a theoretical model. Fresh from the oven!
https://t.co/4K8cc3GvOP

[Pablo Sáez @PSaez83]

Our work on wrinkled fingers also featured at @CCMA_cat. @LaCaN_UPC @la_UPC @IMTech_UPC Per què s'arruguen els dits quan els posem en remull i què diu això sobre la nostra salut https://t.co/Hoe6TZ89FX

[Pablo Sáez @PSaez83]

How & why do our finger tips wrinkle? An old work featured @BBC_Future!! @LaCaN_UPC @IMTech_UPC @la_UPC

[BBC Future @BBC_Future]

Fingers and toes that wrinkle in water may have evolutionary benefits. https://t.co/HVaewHBhWB