oaties

We thank @chloe_jollivet, @nKiaru, @ORSPF, Clément Helsens, Luis G. Morelli and Koichiro Uriu for their great work, @GValentinEPFL and members of the Oates lab for their feedback and @ViventisMicro for their technical support. 15/15

2. The segmentation clock forms a densely connected network. We show here that, in addition to driving oscillations of dpErk activity (Simsek et al. 2023) and inhibiting the expression of ripply1/2 (Yabe et al. 2023), Hes/Her genes also drive oscillations of Tbx6. 14/15

How does the segmentation clock instruct cells to form a somite boundary? Read our new pre-print “Clock driven waves of Tbx6 expression prefigure somite boundaries”, by @Olivier_Venzin and colleagues, to find out. biorxiv.org/content/10.110… Summary thread below: 1/15

But, what are the cells doing? Our step by step guide to following single cells in vivo is now out (in collaboration with @nKiaru) 🔬

Our collaborative work with @mssakar on a robotic microsurgery platform to investigate the mechanics of zebrafish embryo elongation.

Excited to build on the footsteps of hugely #interdisciplinary mentors @StephanGrill @mpicbg @oateslab @epflsv as I make the transition to @TIFRScience as a group leader in September. 1/n tifr.res.in/~dbs/faculty.h… symmetrylab.squarespace.com

@CuriousMat_mx Thanks for you nice comment! :)

@StephanGrill @Sundar_Ram_07 @mpopov1c @AOates1 Thanks Stephan :) We get a lot of inspiration from your physics + biology endeavors!

Beautiful paper…congratulations @Sundar_Ram_07 @mpopov1c @AOates1 !!