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Профиль

Tajbakhsh Lab

Профиль Vively

The Tajbakhsh laboratory works on skeletal muscle development, homeostasis, regeneration and ageing, with particular focus on muscle stem cells.

Learning and exchanging - great students and instructors!

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2nd week of #ASCB! Evolution of regeneration, Eve Gazave, hands-on Platynereis regeneration wonderfully demonstrated, with help from Zoé Velasquillo, Rémi Strehl. Francina Langa Vives and expert CIGM team had everyone try pronuclear injections + ES into blastocysts - steady hands of creation.

131

End of the first and full week #ASCB. Pondering, and exchanges on a research career, then ST's lecture @tajbakhshlab.bsky.social , isolation of muscle stem (satellite) cells + myofibre niche. Plate & wait. Quiescence to differentiation. Barbara Gayraud-Morel, with help from Liza Sarde - thanks!

121

Our Stem Cell Course #ASCB is back! After 2nd day, @institutpasteur.bsky.social @tajbakhshlab.bsky.social, @zenlabpasteur.bsky.social, Barbara Gayraud-Morel, and great interactive students. Laurence Daheron, Frank Yates, Michel Cohen-Tannoudji covered pluripotency and generating hiPSCs. Great team!

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Students are always appreciative of the course, the amount of academic knowledge and practical lab experiences gained across multiple organisms, and the difference strategies used to build a living entity. Please advertise. Thank you!

LabEx Revive

This course combines lectures and practical sessions that incorporate leading edge technologies to address questions in stem cell biology in the context of organogenesis and regeneration in different organisms. @tajbakhshlab.bsky.social @devstempasteur.bsky.social @stemdevevo.bsky.social

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Bravo Liza, Brendan and colleagues for the elegant work on multiple live imaging strategies to untangle mechanisms of muscular dystrophy! www.nature.com/articles/s41...

Impaired stem cell migration and divisions in Duchenne muscular dystrophy revealed by live imaging - Nature CommunicationsUsing live-imaging in vivo and ex vivo, Sarde et al. show that dystrophic muscle stem cells have precocious differentiation through symmetric divisions and impaired migration, with differential impact...www.nature.com
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‪Another round of learning with great, dedicated, instructors and practical training covering multiple organisms and tissues!‬

LabEx Revive

This two-week course combines lectures and practical sessions on leading edge technologies and questions in Stem Cell Biology. @tajbakhshlab.bsky.social @zenlabpasteur.bsky.social @devstempasteur.bsky.social @stemdevevo.bsky.social @cedric-blanpain.bsky.social

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Bravo!

Thibaut Brunet

A thousand bravos for Núria Ros-Rocher, who just secured a permanent @cnrs.fr researcher position in our lab. These positions are (too) rare but give much-needed job security to young scientists and allow long-term projects. Núria will dive deep into the natural history of C. flexa 🧪🌊 #ProudPI

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1st week ends with: a swim in the zebrafish brain - cool genetic tracing of neural stem cells with @zenlabpasteur.bsky.social, Laure Bally-Cuif, Sara Ortica, Tanya Foley, Isabelle Foucher—lots covered in a condensed period.

132

Pluripotency, CRISPR/Cas9, organoid days. Lectures to bench. With a precious and passionate lecture by Michele De Luca

033

Education… so important. Second day of the #ASCB course @institutpasteur with @LabTajbakhsh @zenlabpasteur @bgayraudmorel and a great group of interactive students. Once again with the irreplaceable trio: Laurence Daheron, Frank Yates, Michel Cohen-Tannoudji!

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Thanks so much Isabella! Eglantine Heude who led the work with our excellent collaborations made unraveling each step so much fun!!

Isabella Cisneros

When I saw this awesome study by @tajbakhshlab.bsky.social, @chrmosimann.bsky.social, & colleagues a few months ago, I just knew I had to write about it for HWTAS! Check out our non-scientist friendly coverage of their work below. 🧪 #scicomm

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