
If you prefer a linear mode of timing development, look at this preprint of Chiara’s and Florian’s work: how to coordinate events that take place during worm ‘puberty’.
Research on developmental timing, cell fates and RNA

If you prefer a linear mode of timing development, look at this preprint of Chiara’s and Florian’s work: how to coordinate events that take place during worm ‘puberty’.

Gene expression oscillators can structure biological events temporally and spatially. Want to know more about it? Then read our preprint available on bioRxiv!

TRIM71/LIN-41 is a phylogenetically conserved regulator of development that controls stem cell fates. In Thomas’s paper we show that TRIM71 primarily influences the gene expression of mouse embryonic stem cells (mESCs) through its RNA-binding ability. Read more on the FMI webpage

UPDATE: Our preprint has been successfully published as a peer-reviewed paper in Life Science Alliance. Read more on the FMI webpage!

UPDATE: Our preprint has been successfully published as a peer-reviewed paper in eLife along with a preview article