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The first (online) meeting of the CPH Bioscience PhD 2022 team. Looking forward to getting started in September! #phdlife

The CPH Bioscience PhD 2022 team of students started this month! 🎉👩‍🔬🧪👩‍💻🧫👨‍💻🧬👨‍🔬🔬🌟 Happy to have them here in Copenhagen CPRatUCPH reNEW NNF Center for Basic Metabolic Research (CBMR) DTU Biosustain

Fully funded PostDoc position in our team @UCPH_reNEW! Join us and delve deep into the fascinating world of human development. Deadline: January 8th; all nationalities welcome to apply. #Diversity #StemCell #postdocjobs Plz share.👇 bit.ly/3UQIMoc

Interested in joining an energetic team working on early human development? We have a research assistant position open now. Apply at shorturl.at/emORX reNEW #stemcells #Diversity

Associate Professor Jan Żylicz and his team from reNEW at UCPH Healthscience have been awarded a EUR 1.5 million grant from European Research Council (ERC) for their work on unravelling specificity of epi-metabolic regulation in development. Read their story: rb.gy/giyu7 #stemcells

PostDoc needed reNEW! Thanks to the European Research Council (ERC) Starting Grant we are now looking for a talented postdoc to unravel how early mammalian development is coordinated. Apply: shorturl.at/iotPZ; Read more on research topic:t.ly/KyCgX #Diversity #postdoc

Together w/ Nicolas Rivron Dr Naomi Moris Martin Pera @HafezIsmaili some considerations on what should we call a #HumanEmbryo (a more difficult Q than it seems) & how can be use its definition to decide what exactly are the emerging cell.com/cell/fulltext/… #EmbryoModels #definitions

Just a few weeks left to apply for a #postdoc position in our European Research Council (ERC) funded project! Join an international and inclusive team reNEW in #Copenhagen. #ERC #postdocposition #stemcells #Diversity go.ly/0W8Zn

Last chance to apply for a #postdoc position. Deadline 15th of September: employment.ku.dk/faculty/?show=…

Very happy about the (unexpected!) outcome of this competition 😄 I hope all other submissions get the attention they deserve as well, and cannot wait to see more of these exciting images in the years to come.

Discover the power of stem cells - come visit reNEW at Panum Copenhagen today - Culture Nights #stemcellresearch Antar Drews Jan Żylicz University of Copenhagen Research Murdoch Children's Research Institute (MCRI) LUMC Global

What a sight! Our blastoids projected on the University building for the #culturenight. Huge congratulations to the author Antar Drews and the whole Żylicz team (Karlien Van Nerum and Viktoria Lavro) who prepared a blastoid workshop. Super initiative from reNEW.

Our first pre-print from the lab in collaboration with Sophie Petropoulos T.Moritz EpiQMAx. Karlien Van Nerum &Co found that metabolic rewiring in early human development aids trophoblast lineage induction via acetylation regulation. Check out:shorturl.at/abgGV reNEW NNF Center for Basic Metabolic Research (CBMR)

Scientists are developing human embryo models, unlocking new insights into development, infertility, and birth defects. This cutting-edge research holds great potential, but also comes with challenges. Read more: nature.com/articles/d4158… Jun Wu Lab Dr Naomi Moris Marta Shahbazi Nienke de Graeff

Big thanks to reNEW for funding our Swedish retreat after Antar Drews from our team won the ArtxScience 2023 competition! We had an amazing time, and we are now recharged with exciting new ideas on how to uncouple epigenetic and metabolic regulation during development.

Only 2 weeks left to apply! 16 fantastic positions available, also reNEW. For our project remember to apply both at shorturl.at/yf7Qq & nuclear-dn.eu.

Can metabolism regulate more than bioenergetics during human development? Our new study says YES! We show that metabolism influences cell fate choice in human naïve pluripotent stem cells, histone acetylation, and trophectoderm maturation. rb.gy/spqr9j Nature Cell Biology

In a new preprint with ton rabelink, T. Moritz, and tiziana bonaldi, we find that implantation leads to rewiring of the TCA cycle to support histone acetylation turnover and exit from naïve pluripotency. Gr8 work of Eleni Kafkia D. Pladevall-Morera et al. rb.gy/clk8vm