Maximilian Stötzel

@Maxistoe

PhD in Molecular Genetics, Post-Doctoral Scientist at Novo Nordisk Foundation Center for Stem Cell Medicine – reNEW. Brickman lab, Organoids and Embryos.

Berlin, Deutschland Joined February 2018

394 Following 179 Followers 37 Posts

Latest posts 5

Maximilian Stötzel @Maxistoe May 4

mTOR and Chromatin Regulation: An Environmental-Epigenetic Axis
In our new preprint, we demonstrate that mTOR, the central regulator of cell growth and metabolism, functions as a chromatin regulator in mouse ESCs.

Maximilian Stötzel @Maxistoe Nov 22, 2024

What a cool surprise on a Friday afternoon - our story on the cover of @NatureSMB.
@bulutkarslioglu @MPI_MolGen

Maximilian Stötzel @Maxistoe Jul 11, 2024

Honored to receive the @ISSCR Merit Award! It's been a great meeting with inspiring conversations so far!

ISSCR @ISSCR Jul 11, 2024

Congratulations to the #ISSCR2024 Travel & Merit Award Winners! Thank you to all of our supporters.

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Maximilian Stötzel @Maxistoe May 23, 2024

How do embryos and ESCs safeguard pluripotency throughout a state of dormancy? A great collaborative effort of the @bulutkarslioglu -lab & the
@MPI_MolGen involving @helenekretzmer @AbhiSampKumar @_taktas_ @VvdWeijden & many more.
nature.com/articles/s4159…

www.nature.com TET activity safeguards pluripotency throughout embryonic dormancy Nature Structural & Molecular Biology - Here the authors show that active DNA demethylation and transcription factor occupation at distal regulatory elements is essential for pluripotency...

Maximilian Stötzel @Maxistoe Jan 4, 2024

Ever wondered how FOXO1-mediated lipid metabolism maintains mammalian embryos in #dormancy?
Happy to have contributed to this amazing and detailed piece of work together with @VvdWeijden and @bulutkarslioglu
nature.com/articles/s4155…

www.nature.com FOXO1-mediated lipid metabolism maintains mammalian embryos in dormancy Nature Cell Biology - van der Weijden et al. perform genomic, proteomic and metabolic analyses and find that FOXO1-mediated fatty acid oxidation maintains mouse embryos in diapause.