
Christopher Thomas
@lastchristhomas
Repro bio | Group leader at @IBDMmarseille
We use live imaging to study how the ovary makes healthy eggs 🔬🥚
🦋 bsky.app/profile/ovaryl…
ID: 1094167335420788736
https://www.ibdm.univ-amu.fr/team/control-and-dynamics-of-the-ovarian-cycle/ 09-02-2019 09:33:16
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Absolutely delighted to have my artwork selected for the cover of Nature Cell Biology’s November issue, which includes our work on imaging ovulation 💥 Ovulation in bubbles and ink 🫧🐙 🔗 nature.com/ncb/volumes/26… Schuh Lab Tabea Marx @SarahPenir MPI for Multidisciplinary Sciences @Maxplanckpress


Delighted to see our work on #Ovulation featured on the cover of the November issue of Nature Cell Biology! 🌟 🎨 Beautiful cover art by my co-first author Christopher Thomas. Check out the issue: nature.com/ncb/volumes/26… Schuh Lab Sarah Penir MPI for Multidisciplinary Sciences Max Planck Society

Had a fantastic time in Prague yesterday at Oocyte Day! 🙌🏼🥚 It was a pleasure to share our work on #Ovulation 💥 A huge thank you to the organisers, David Drutovic and Andrej Susor, for an amazing event. Wonderful to catch up with Tommaso Cavazza and Gabriele Zaffagnini as well! 🎉


It was a fantastic event in an awesome location! So grateful to the organizers David Drutovic and Andrej Susor for the invitation and so happy attend! Great scientific discussions, awesome food, lots of fun with Tommaso Cavazza and Christopher Thomas and most importantly excellent

What an Oocyte day!! Many thanks to organizers David Drutovic Andrej Susor Petr Svoboda. The day full of science ended with a late night football match. Nice to meet Christopher Thomas Gabriele Zaffagnini Tommaso Cavazza. Save travel everyone!




Front cover alert 🚨 our research on the mechanics behind a dog's iconic wet nose is featured on the Current Biology cover! Learn how skin growth & blood vessels shape those unique grooves & domes - a must read for biology & physics fans 🐶🔬 Université de Genève cell.com/current-biolog…




Happy to share link to video & pdf of 2nd lecture Collège de France on biological information. I present & discuss general properties of Biological Codes (genetic, transcriptional, signalling and adhesion codes) dealing with balance btw diversity & specificity. tinyurl.com/5dv39v4v


Oocytes are arrested in prophase to give them enough time to grow and accumulate sufficient maternal components.🥚 Our Nature Communications study led by Shiya Cheng reveals two mechanisms repressing cyclin B1 translation to maintain this arrest. bit.ly/4fVHgMz (1/6)




