Alok Javali
@alok_javali
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Postdoc at @IMBA_Vienna; Research interest: Stem cells, Early mammalian development; Stem cell based developmental models
Vienna, Austria
Joined June 2010
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
Nature - Blastoids derived from naive PXGL-cultured human pluripotent stem cells in which Hippo, TGF-β and ERK pathways are inhibited closely recapitulate aspects of blastocyst development,...
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RT @NaviClar: Indian diaspora considering a return to 🇮🇳?. We’ve got you covered!. Connect with mentors, recruiters, professionals, entrepr….
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RT @Takashima_Lab: We are very pleased to share our new work for pre-implantation human hypoblast. Congratulations to Takumi. Thank you for….
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RT @SaurabhJpradhan: Join us for the next talk in the series with Prof. Alpha Yap. Promises to be great talk to gain insights about how to….
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RT @stemcellpodcast: Our 250th episode is out! 🎉 . Dr. Nicolas Rivron (@NRivron) from @IMBA_Vienna talks about #blastoids, implantation, an….
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Congrats #ISRO on Chandrayaan-3's success! cross-continent migrations shaped human evolution in the past; lunar achievements define our cosmic journey of the future 🚀🌌 #Chandrayaan3 #PivotalPoint #ProudIndian 🇮🇳.
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RT @mina_popovic_: I'm thrilled to share our article featured in @ESHRE's #FocusonReproduction. We discuss integrated stem cell-derived emb….
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RT @SaurabhJpradhan: Ever wondered how brains work behind modelling brain development using an orgonoid system?? Listen to 2nd talk of our….
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This is a unique series. Every scientific discovery is a journey that involves more than research conducted in lab. Very much looking forward to listen to some cool science and unheard stories behind it. Thanks @SaurabhJpradhan & @DeepaSubramany4 for this fantastic initiative.
Super excited to introduce seminar series along with @DeepaSubramany4 and with immense support from @IndiaBioscience. This series will be conceptually different as speakers will not only discuss exciting science but more importantly unheard stories behind these discoveries!!
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RT @sjw11071: I am happy to share our recent publication in @STARProtocols. We described 1)early mouse embryo dissection (E3.5 & E6.5), 2)d….
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RT @NatureProtocols: #FeaturedProtocol this week: Generating #humanblastoids from #hPSCs to model complete embryos and their #implantation….
nature.com
Nature Protocols - The authors present a protocol for the generation of human blastoids—structures morphologically and transcriptionally resembling complete blastocysts—from pluripotent...
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Human blastoids provide unprecedented opportunity to understand early embryogenesis of humans and implantation. Here is our detailed protocol on how to make them and evaluate them. @NatureProtocols @NRivron @IMBA_Vienna.
Happy to share our detailed protocol for the generation of human blastoids modeling blastocyst-stage embryos and implantation, now out in @NatureProtocols .@NRivron lab @IMBA_Vienna @viennabiocenter [1/12].
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RT @IMPvienna: 1/ Our cafeteria feeds @viennabiocenter scientists all week, including weekends. 3 meals, salad bar, desserts – plenty of ch….
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RT @yelagandula_ram: I am delighted to share our study published in @NatureCellBio. Here, we uncovered the function….
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RT @IMBA_Vienna: ‼️ #JustPublished in @NatureCellBio . What if your body failed to establish #neuronal identity? ➡️ .
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RT @NobelPrize: BREAKING NEWS: .The 2022 #NobelPrize in Physiology or Medicine has been awarded to Svante Pääbo “for his discoveries concer….
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Another beautiful work from @vincentpasque lab reports modeling of human extra embryonic mesoderm cell formation. Congrats to @Amitesh__Panda @NRivron @harunobu_kagawa and the entire team🙂.
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RT @E_Vrij: Happy to share our manuscript on the self-organized reciprocal inductions between the co-developing epiblast and extraembryonic….
journals.biologists.com
Summary: A set of molecules directs the co-formation of blastocyst-stage primitive endoderm-like and epiblast-like cells in embryoid bodies and blastoids. This embryonic–extra-embryonic niche...
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Thanks once again to all the co-authors @haruharu_w_bts @HK_Heidar @TheresaMSommer @sestinigiovanni @YvonneSoR @MariaNovatchkova @NRivron for putting together this protocol. [7/7].
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Forming good models with predictive power is crucial for us all to reveal the mechanisms of development and of diseases! [6/7].
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