Very happy to share our latest review in Current Opinion in Genetics and Development: “Timing mechanisms: insights from comparative neural differentiation systems”. It’s part of a great collection of reviews on developmental timing ⏳ https://t.co/EAZ2ehJcoF

CiaociaoX..see you under a brighter sky 🦋

To mark this year's Nobel Prize in Physiology or Medicine, we've created a collection of miRNA-related papers Ambros and Ruvkun have published with us over the years, alongside a few reviews that showcase some of the many roles miRNAs play in development

Nobel Laureate and HMS Professor Gary Ruvkun shared lighthearted tales about his start, a science revolution, and the power of worms.

A 1,000,000th reminder the crucial importance of basic research. Ambros and Ruvkun were looking into understanding nematode genetics and development, not looking for a drug, and ended up opening an entire new area in biology

News Report of Swiss National Radio (@srfnews) on the #miRNA #NobelPrize featuring NCCR PIs Helge Grosshans (@LabGrosshans, @FMIscience) and Markus Stoffel (@ETH_DBIOL, @ETH_en): https://t.co/7l1M5pRoPY

An outstanding scientist and person! So well deserved!

It couldn’t be a better day to apply for a PhD in the @LabGrosshans! Amazing environment and great mentor!

Two all time favorites. You must read them together and appreciate the insight and vision!!!

Such well deserved recognition! Gary’s excitement for science is contagious! Gary and Victor inspire so many of us who believe in curiosity driven research, (and who love the worm :)

Most of us learned in school about the Central Dogma: DNA->RNA->Proteins. For decades gene regulation was only about protein transcription factors regulating gene expression. Ambros and Rukun used the small nematode worm C. elegans to change that picture 1/2

Congratulations to Victor Ambros and Gary Ruvkun for this well-deserved award! Their creativity and insight studying fundamental biological questions in #Celegans led to a new understanding of the regulation of gene expression.

🚨PhD position in the lab in a collaborative project with @bitbio 📩 interested? get in touch for further info 🔁Please RT and share with fitting candidates

Interested in how cells make decisions? Want to build new tools and model embryonic development using ESCs? Come join us @MRC_LMS! We have a #postdoc position open in the area of gene regulation, stem cells and mouse development. See how to apply here:

🚨Preprint alert! We reveal how selective #autophagy of ribosomes balances survival vs growth in starving #Celegans! Read it here: https://t.co/c2qcwbE28r. Led by fantastic @Joelfornow with @DengjelL @nstroustrup1 from @IZB_unibern @unibern @unifr @CRGenomica 🧵

🚨Check out our first #preprint @t_rayon Lab 🚨 Protein degradation shapes developmental tempo in mouse and human neural progenitors🐭⏳👩🏻‍🔬

Proud to see my PhD work published in @embojournal! We developed PUFFFIN, a cellular neighbour-labelling system, and demonstrated its effectiveness both in vitro and in vivo. In mESCs, PUFFFIN revealed that cells synchronise exit from naïve pluripotency with their neighbours.

High quality & careful work from the Ebisuya lab on 🐭⌛️👤⏳ Two Preprints in a week!! 🎊🎉🎊🤯 #1 measures and compres protein half-lives: Proteins are generally more stable in human than in mouse in PSM cells *stay tuned for findings in m vs h neural cells..

📢We are recruiting PhD students to join us in beautiful Freiburg! ☀️🧬🥳 I will also have open positions, so if you’re interested, please reach out 🤗 Deadline: 21. June, see more infos in the link below ⬇️

Thank you @t_rayon for a fun writing experience!