Check out our latest paper in Science Advances, in which we built a constriction-based microfluidic device to measure the deformability of oocytes to assess their mechanical properties with minimal impact. www.science.org/doi/10.1126/... - ThreadSky

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memilieterret.bsky.social • 2 days ago

Check out our latest paper in Science Advances, in which we built a constriction-based microfluidic device to measure the deformability of oocytes to assess their mechanical properties with minimal impact.
https://www.science.org/doi/10.1126/sciadv.adr9869

Comments

memilieterret.bsky.social•2 days ago

This non-invasive method was able to distinguish mechanically aberrant from healthy control oocytes, and no long-term damage was observed, fertilized mouse oocytes developing normally. It could pave the way for clinical applications in assisted reproduction.

memilieterret.bsky.social•2 days ago

A big congratulations to all the authors for this collaborative and interdisciplinary work!
Lucie BARBIER, Rose Bulteau, Behnam Rezaei, Thomas Panier, @gaellel.bsky.social Elsa Labrune, @mhverlhac.bsky.social Franck Vernerey, Clément Campillo.

memilieterret.bsky.social•2 days ago

Interested in how it could be applied to human oocyte? Check our preprint on the characterization of human oocyte mechanical properties using Atomic Force Microscopy:
https://www.biorxiv.org/content/10.1101/2025.01.14.632898v1

mhverlhac.bsky.social•2 days ago

Congratulations to Lucie Barbier and al! 👏👏👏

rituraman.bsky.social•2 days ago

This is super cool and impactful work - congrats to the team!!!

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