Nicolas Rivron (@NRivron) / X

Nicolas Rivron

1,090 posts

Nicolas Rivron

@NRivron

Vienna, Austria

Joined November 2016

Nicolas Rivron
@NRivron
Dec 15, 2023
Our laboratory for blastoid development and implantation is seeking a postdoctoral fellow to work with us on human embryogenesis. Our core-funded laboratory is located at the IMBA Institute of the Austrian Academy of Sciences in amazing Vienna. Please reTweet and get in touch!
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Nicolas Rivron
@NRivron
Dec 3, 2021
Thank you @IMBA_Vienna and @viennabiocenter. What a great place for science and biomedical research!
IMBA imbavienna.bsky.social
@IMBA_Vienna
Dec 2, 2021
Human #blastoids, a new #breakthrough from the Rivron lab at IMBA @NRivron, faithfully form a reliable #embryomodel in vitro. The findings allow to better understand blastocyst #development and #implantation. More ➡️ bit.ly/Blastoids_Rivr… #IVF #infertility @Nature (1/3)
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Nicolas Rivron
@NRivron
Jun 14, 2022
Scientists in stem cells and embryos have a new home! @AlexGouldLab and I will assist @WickstromLab in being an editor at the open-access @aaas journal @ScienceAdvances. Editors are working scientists. Send us your papers. We will carefully look at them. tinyurl.com/yuy37nk5
Nicolas Rivron
@NRivron
May 5, 2020
Derk ten Berge's lab derived a new type of stem cells ‘Rosette Stem Cells’ as an intermediate between naive and primed pluripotency. Many interesting questions about the discrete/continuous nature of development. nature.com/articles/s4155… Great collaboration. Thxs Derk. #stemcells
nature.com
In vitro capture and characterization of embryonic rosette-stage pluripotency between naive and...
Nature Cell Biology - Neagu, van Genderen and Escudero et al. show that simultaneous inhibition of WNT and MEK signalling maintains a naive-primed intermediate pluripotency state in vitro, which...
Nicolas Rivron
@NRivron
Dec 10, 2020
Thank you so much for the kind words. Thanks to the #ERC, to the 10 reviewers, and to the jury. Feels like a community "welcome" to the #blastoids. #embryomodels #innumberswetrust
IMBA imbavienna.bsky.social
@IMBA_Vienna
Dec 9, 2020
Congratulations to IMBA group leader Nicolas Rivron @NRivron on his @ERC_Research Consolidator Grant! This marks IMBA's 18th #ERC grant. His grant will support the modeling of early development (blastocyst) solely from stem cells. #blastoids #ERCCoG More➡️bit.ly/3749vIt
Nicolas Rivron
@NRivron
May 4, 2019
Sometimes special things happen! In July our lab moves to amazing @IMBA_Vienna @viennabiocenter, that so strongly supports the passion for sciences and discoveries. Thank you to all the colleagues who have contributed to this step and expressed great enthusiasm. Beautiful #Vienna
Nicolas Rivron
@NRivron
Jan 14, 2022
Hi all. The SY-STEM conference @IMBA_Vienna @IMPvienna invites the next generation of stem cells scientists (talks by First authors and Young PIs) strengthened by keynotes by amazing Kathrin Plath and James Briscoe. Top and creative science 🤯. Join us in person in Vienna!
Sofia Grade
@grade_sofia
Nov 29, 2021
#SYStem2022 is coming up! Registration for the 2022 SY-Stem symposium on stem cell biology is open! Organized by Elly Tanaka @IMPvienna, Christa Buecker @MaxPerutzLabs, Noelia Urbán, Jürgen Knoblich, Nicolas Rivron and myself @IMBA_Vienna. sy-stem.org @viennabiocenter
Nicolas Rivron
@NRivron
Dec 6, 2023
Mechanistic work showing that, during early human embryogenesis, both extraembryonic tissues, the trophectoderm (via IL6) and hypoblast (via laminin deposition, among others), guide the development of the epiblast. Congratulations Takumi and all the @Takashima_Lab !
Yasuhiro Takashima
@Takashima_Lab
Dec 5, 2023
We are very pleased to share our new work for pre-implantation human hypoblast. Congratulations to Takumi. Thank you for all of co-authors and my friends!! @NRivron Please go to nature.com/articles/s4158… rdcu.be/dsOom
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Nicolas Rivron
@NRivron
Jul 5, 2023
Late night science with buddies. Kinda best thing ever. With Laurent David, @RuggGunnLab & @vincentpasque
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Nicolas Rivron
@NRivron
Jul 7, 2020
Complex human cardiac chambers formed via the self-organization of hESCs, by @MendjanLab. Beyond the achievement, it suggests that a dosage of WNT and timing of VEGF signaling coordinate the co-specification of CM and EC lineages, which impact cavity morphogenesis and patterning.
IMBA imbavienna.bsky.social
@IMBA_Vienna
Jul 7, 2020
#cardioids – the first self-organizing human cardiac #organoids developed at IMBA by the @MendjanLab! Cardioids recapitulate heart chamber self-organization and defects bearing huge potential for drug discovery & regenerative medicine. Read more: tinyurl.com/cardioids
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Nicolas Rivron
@NRivron
Aug 15, 2023
Interesting perspective from Janet Rossant on the human post-implantation embryo model formed by Zongyong Ai and colleagues, and in comparaison with the growing list of complementary models.
nature.com
Studying human embryo development with E-assembloids
Cell Research - Studying human embryo development with E-assembloids
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Nicolas Rivron
@NRivron
Dec 3, 2021
Congratulation to @harunobu_kagawa, @alok_javali, @HK_Heidar, @TheresaMSommer, @sestinigiovanni, and all the team. It has been a great scientifically, and on the human side as well.
Alok Javali
@alok_javali
Dec 2, 2021
Extremely excited to share our recently published paper in @Nature where we report formation of a faithful in vitro model of human blastocyst. @NRivron lab @IMBA_Vienna A long tweetorial alert! [1/29] nature.com/articles/s4158…
Nicolas Rivron
@NRivron
Jul 2, 2020
StemCellReports
@stemcellreports
Jul 2, 2020
If you study models of embryo development, you do not want to miss out on this special issue, guest edited by Nicolas Rivron and Jianping Fu. bit.ly/2NIyGFU. @ISSCR @umichme @UMBME @UMCDB @IMBA_Vienna @NRivron
Nicolas Rivron
@NRivron
Apr 14, 2019
Happy to share our updated manuscript “Chemically-defined induction of a primitive endoderm and epiblast-like niche supports post-implantation progression from blastoids” biorxiv.org/content/10.110… from Erik Vrij, Yvonne Scholte op Reimer, Javier Frias Aldeguer and Isabel Misteli!
biorxiv.org
Chemically-defined induction of a primitive endoderm and epiblast-like niche supports post-implan...
The early mammalian conceptus (blastocyst) contains two supporting extraembryonic tissues - the trophectoderm and the primitive endoderm (PrE) - that encase and guide the epiblast (Epi) to eventually...