Jan Żylicz (@jzylicz) 's Twitter Profile
Jan Żylicz

@jzylicz

Group Leader in epigenetic and metabolic regulation of early development 🇪🇺🏳️‍🌈 @reNEW_Global @UCPH_health

ID: 1069813984323203072

linkhttps://renew.ku.dk/research/reseach-groups/zylicz-group/ calendar_today04-12-2018 04:41:44

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Jan Żylicz (@jzylicz) 's Twitter Profile Photo

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.

Big thanks to <a href="/reNEW_Global/">reNEW</a> for funding our Swedish retreat after <a href="/AntarDrews/">Antar Drews</a> 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.
Jan Żylicz (@jzylicz) 's Twitter Profile Photo

Thanks to this moment we had a lovely lab retreat in Sweden. I can't wait for the announcement of the new winner of 2024 ArtxScience award thx to reNEW

GrazianoMartello (@grazianone) 's Twitter Profile Photo

With pleasure we share our preprint reporting robust and cost-effective expansion of naive human Pluripotent Stem Cells without feeder cells. A fantastic collaborative effort with The Leeboratory Jan Żylicz @vincentpasque @Nrivron tinyurl.com/5n6z9rt9

With pleasure we share our preprint reporting robust and cost-effective expansion of naive human Pluripotent Stem Cells without feeder cells. A fantastic collaborative effort with <a href="/leeboratory/">The Leeboratory</a> <a href="/JZylicz/">Jan Żylicz</a> @vincentpasque @Nrivron 
tinyurl.com/5n6z9rt9
Jan Żylicz (@jzylicz) 's Twitter Profile Photo

I’m very excited about this collaborative project! We managed to significantly scale up and streamline human blastoid generation without the use of feeders. reNEW GrazianoMartello The Leeboratory @vincentpasque Nicolas Rivron

Jan Żylicz (@jzylicz) 's Twitter Profile Photo

We're hiring a motivated PhD student! Join reNEW & NUCLEAR-DN to study how metabolism regulates chromatin & stem cell fate thanks to generous Marie Skłodowska-Curie Actions . Remember to apply both at shorturl.at/yf7Qq & nuclear-dn.eu. UCPH Healthscience

Jan Żylicz (@jzylicz) 's Twitter Profile Photo

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.

Only 2 weeks left to apply! 16 fantastic positions available, also <a href="/reNEW_Global/">reNEW</a>. For our project remember to apply both at shorturl.at/yf7Qq &amp; nuclear-dn.eu.
Jan Żylicz (@jzylicz) 's Twitter Profile Photo

Very thankful for receiving 2025 ISSCR Public Service Award together with so many fantastic stem cell scientists! Read more about the award and my fellow honorees. ISSCR reNEW invt.io/1txblo6zm10

Very thankful for receiving 2025 ISSCR Public Service Award together with so many fantastic stem cell scientists! Read more about the award and my fellow honorees. <a href="/ISSCR/">ISSCR</a> <a href="/reNEW_Global/">reNEW</a>  invt.io/1txblo6zm10
Jan Żylicz (@jzylicz) 's Twitter Profile Photo

It was very fun to contribute to this article: "But genes are not the whole story. New research has shown the extent to which cell metabolism (...) has an important, underappreciated role in directing cell fates". quantamagazine.org/how-metabolism… Quanta Magazine reNEW

Jan Żylicz (@jzylicz) 's Twitter Profile Photo

Become Our New Faculty Colleague! We are looking for a junior Principal Investigator to expand their stem cell research towards translational outcomes. reNEW UCPH Healthscience #stemcell #diversity #faculty #regenerativemedicine shorturl.at/m9Zko

Jan Żylicz (@jzylicz) 's Twitter Profile Photo

Another day, another exciting metabolism discovery. I love that this paper highlights how metabolism not only regulates epigenetics but also transcription factor post-translational modifications. Fantastic story showcasing the intimate link between metabolism and cell state.