🦠 A new study reveals how poroelasticity—fluid flow through interstitial spaces—bridges tissue architecture and mechanics, offering new insight into organ behavior and disease progression. 🔗 Journal of Biosciences: bit.ly/3WJWsF1. @yogiboi.bsky.social @felixrico.bsky.social

I had to pass by to see the amazingly deigned and 3D printed analog AFM by @yfok.bsky.social .

DyNaMo lab@dynamo-lab.bsky.social · 9mo ago

DyNaMo was at the Fête de la Science this October... Thanks to all the participants ( @ismahene-mes.bsky.social @yfok.bsky.social @yogiboi.bsky.social ). @insermpacacorse.bsky.social #FDSSUD #FDS2025

I had a lot of fun in at #CellMech2025 in the surprisingly beautiful town of leuven. Until next time :)

Submitting a paper right before the summer holiday

The curious case of streptavidin–biotin: a non-covalent bond. Single Molecule Force Spectroscopy: “SA-b bond breaks in 1s at equilibrium” SA-b at equilibrium: “Not really, More like 1-10 Days.” (Answer: nobody—we were just pulling way too fast (far from equilibrium)) www.biorxiv.org/content/10.1...

Near equilibrium unbinding of streptavidin/biotin using single molecule acoustic force spectroscopy

The dissociation of the streptavidin-biotin (SA-b) bond has been widely characterized using bulk and single molecule force spectroscopy (SMFS) techniques. However, the dissociation rates ( k off) from...

biorxiv.org

Can't believe this was just a week back :( Probably the only conference in which I wasn't scientifically fatigued even after a whopping 100 talks or nervous to present my own talk. #throwbackthursday #TCTeAC

Looking for insights into mechanical proteins? Check out MechanoProDB, a database with force spectroscopy data, structural and functional info. Discover manual annotations of unfolding pathways and the regions involved. Explore now! mechanoprodb.ibdm.univ-amu.fr

It was an absolute blast to share my PhD results with the coolest AFM people in an amazing venue as part of #AFMBIOMED25. I would thank the organizers, and my incredible team @dynamo-lab.bsky.social .

Felix Rico@felixrico.bsky.social · last yr.

Yogesh Saravanan presents part of his PhD work on viscoelasticity of isolated and clusters of circulating tumour cells #afmbiomed @dynamo-lab.bsky.social

Yogesh Saravanan presents part of his PhD work on viscoelasticity of isolated and clusters of circulating tumour cells #afmbiomed @dynamo-lab.bsky.social

The first session of our #CENTURIDAY chaired by @biancah0406.bsky.social is ending now with the talk of Alexandre Ortega, in @cirm-math.bsky.social