Más mecanobiología en español!!🧫🔬💪 Esta vez, entrevista en #myscientific RAICEX a mi compañera Mar Cóndor.Habla de angiogénesis, de 3D, de #biomateriales y de cómo y por qué calculamos las fuerzas usando #TractionForceMicroscopy en MAtrix myscientific.com/index.php/es/c…

Any Spanish speakers? 🇪🇸 Our Spanish team members, Dr. Mar Cóndor and Jorge Barrasa Fano have been involved in different #ScientificCommunication tasks lately. Links below: #GoogleTranslateHelpsALot 😉

9 Spanish women researchers and I, have been interviewed by My Scientific journal. It is a honor for me to represent CEBE and I would like to thank RAICEX and all My Scientific team for appreciating and giving visibility to our work. myscientific.com/index.php/es/c…

I am starting to believe that I am a lousy supervisor – a 2nd PhD student who worked on an admittedly difficult project just quitted. If you are interested in biofabrication and feel invincible – please apply bio.physik.fau.de/jobs/

I was one of those who started simulating cell behavior in Fortran... what a tedious work! 😅 nature.com/articles/d4158…

How do active mechanical forces guide organoid development? We show that stretching human neural tube organoids doubles the frequency of floor plate patterning. nature.com/articles/s4146… >reproducible, programmable #Organoids #mechanobiology Led by Abdel Rahman Abdel Fattah,KU Leuven

Interested in using fluorescence microscopy to investigate cellular forces? 🔬 Join our summer school this September! Lecture, tutorials & hands-on workshops. More info?👇kuleuven.be/english/summer… (co-organized with MAtrix, with the support of Arenberg Doc School and PicoQuant)

Did your PI tell you to learn #FRET and #TractionForceMicroscopy and you don't even know where to start from? Don't wait to register for our summer school #feeltheforcesKUL at KU Leuven and learn all about it!! 👇👇🧐

Thanks to RAICEX, to Radio Exterior and to CEBE for given visibility to all Spanish researchers abroad, and more in particular to Lola Funchal and Eduardo Oliver for such an amazing interview.

Are you interested in mechanobiology? Wondering how to quantify cellular forces? Check out our summer school 👇 kuleuven.be/english/summer… (Registration closes in less than 1 week!)

Ready to join the force? #feeltheforce #summerschool #KUL with MAtrix and the support of Arenberg Doc School, PicoQuant and ibidi GmbH

Happy of having returned to the KU Leuven for disseminating and enjoying 3 full days of #FRETmicroscopy, #Rheology and #Tractionforcemicroscopy. Thank you all for making it possible and in particular to Rocha Lab and MAtrix. #cellmechanics #WomenInSTEM

please retweet- two really great job opportunities!

Under laminar fluid shear, cells deform elliptically, align in flow direction, and rotate. From this, we can infer the frequency-dependent viscoelastic cell properties - quantitatively, accurately, and with high throughput of ~100 cells/sec. bioRxiv biorxiv.org/cgi/content/sh…

Interested on developing the new generation of organ-on-chip platforms? 👉🏽 imec-int.com/en/work-at-ime…

Ever wondered how to measure the visco-elastic frequency-dependent mechanical properties of cells at high throughput? Without expensive equipment? Check out our shear flow deformation cytometer, just published in eLife - the journal: doi.org/10.7554/eLife.… FAU Erlangen-Nbg

Are you a young PI working in mechanobiology? You should apply for this award. Organized by the #Mechanobiology Subgroup Biophysical Society. biophysics.org/awards-funding…

NK92 immune cell migrating through a collagen matrix. Note the large traction forces right when the cell passes through a narrow pore. Immune cells can generate traction forces with magnitudes comparable to mesenchymal cells. Read more at doi.org/10.1101/2022.1…

It has taken a while but finally synthetic hydrogels are ready to explore the complex cell & tissue mechanics! A must-read!

New Research Highlight! Rocha Lab and @KouwerLab developed a synthetic designer matrix to investigate cell-matrix interactions PNASNews Mar Cóndor Jorge Barrasa Fano @BorisLouis2 nature.com/articles/s4422…