Les avatars biologiques et numériques vont jouer un rôle crucial pour passer d'une médecine empirique à une médecine d'ultra-précision; @GustaveRoussy et ses chercheurs créent Orakl, une start-up qui ambitionne de délivrer un service sur mesure partout et pour tous #PSCC
Super cool to see our data featured alongside work from @mayor_lab on the prestigious lecture series of @cdf1530 by @LecuitLab. Super interesting to see the take of a top scientist and how it integrates into the common knowledge on cell migration 🙏🏼🤩 college-de-france.fr/agenda/…
[Journée mondiale du #cancerdupancréas]
Zoom sur un organoïde de pancréas sous 🔬🔎x60 qui testera les médicaments à notre place, afin de choisir le plus adapté pour chaque #patient. Une innovation au cœur de l’étude ORGANOTREAT Pancréas qui débutera en 2023 à @GustaveRoussy
[Journée mondiale du #cancerdupancréas]
Zoom sur un organoïde de pancréas sous 🔬🔎x60 qui testera les médicaments à notre place, afin de choisir le plus adapté pour chaque #patient. Une innovation au cœur de l’étude ORGANOTREAT Pancréas qui débutera en 2023 à @GustaveRoussy
📣 JOB ALERT!! 🔬
Time to get into the details of amoeboid #collectivemigration!
3 years funded postdoc position in collaboration with @PielMatthieu, @mcoppey and Voituriez labs to decrypt the cellular and molecular mechanisms of CAM (science.org/doi/10.1126/scia…)
Ever found weird that collectives can only do one thing to move? We did🤓 Turns out they don’t. As single cells do, clusters have a spectrum of motility modes to play with!!
An amazing discovery and my first co-corresponding paper 🤩
More to come on the topic… 😁
📣New study 📣
Led by @DornierEmmanuel and @PagesDianeLaure, in collaboration with @PielMatthieu, @mcoppey and Voituriez labs. We describe a second mode of collective migration relying on a mechanism never shown before, allowing cancer collectives to move without adhesions 🧵👇🏼
📣New study 📣
Led by @DornierEmmanuel and @PagesDianeLaure, in collaboration with @PielMatthieu, @mcoppey and Voituriez labs. We describe a second mode of collective migration relying on a mechanism never shown before, allowing cancer collectives to move without adhesions 🧵👇🏼
This jiggling is tightly correlated to cell deformations and cluster speed. Nevertheless, it requires the actomyosin polarization to foster directed migration. We called this new mode of collective migration “Polarised jiggling” (4/5)
Stunning images from Charlotte @CanetJourdan even made the cover and made us very proud ! 🤩
Also you can read the "first person" interview from Charlotte in @J_Cell_Sci here : journals.biologists.com/jcs/…
Let's celebrate 🍾
We are still searching for a PhD student to work on the reconstitution of the mechanism regulating microtubule aster shape and position.
In few days our 3-year fellowship will be lost...
DM me or @Lblanchoin if you are interested.