Alok Javali
@alok_javali
Postdoc at @IMBA_Vienna; Research interest: Stem cells, Early mammalian development; Stem cell based developmental models
ID: 154171367
10-06-2010 15:22:54
847 Tweet
679 Followers
422 Following
Very nice work from Sophie Petropoulos investigating how a treatment sometimes provided in IVF clinics (dexamethasone injection) might affect the blastocyst differentiation path. Also testing the predictivity of human #blastoids Congratulations and thanks for the nice collaboration.
Another beautiful work from @vincentpasque lab reports modeling of human extra embryonic mesoderm cell formation. Congrats to Amitesh Panda Nicolas Rivron Harunobu Kagawa and the entire team🙂
‼️ #JustPublished in Nature Cell Biology What if your body failed to establish #neuronal identity? ➡️ bit.ly/ZFP462 Yelagandula Ramesh & Oliver Bell (@KeckMedUSC, USC, formerly IMBA) uncover the molecular mechanism of Weiss-Kruszka syndrome #neuro #cellidentity Austrian Academy of Sciences 1/2
I am delighted to share our study rdcu.be/c2P71 published in Nature Cell Biology. Here, we uncovered the function of H3K9me2 containing heterochromatin in cell fate specification and the mechanism of sequence specific targeting of H3K9me2 to lineage specifying enhancers. 1/2
1/ Our cafeteria feeds Vienna BioCenter scientists all week, including weekends. 3 meals, salad bar, desserts – plenty of choice. Most diners pay little attention to the logo on the ketchup. Fewer still know that the brand’s history is tied to the campus origins. A #history🧵.
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. Nature Protocols Nicolas Rivron IMBA imbavienna.bsky.social
#FeaturedProtocol this week: Generating #humanblastoids from #hPSCs to model complete embryos and their #implantation into endometrial organoid cells go.nature.com/41bHMzr #embryomodel #blastoid #embryodevelopment Nicolas Rivron lab IMBA imbavienna.bsky.social
I am happy to share our recent publication in STAR Protocols. We described 1)early mouse embryo dissection (E3.5 & E6.5), 2)derivation of homogenous trophectoderm stem cells, 3)blastoid formation. I expect this paper helps young scientists who want to study early embryogenesis.
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 Saurabh J Pradhan, PhD. & Deepa Subramanyam for this fantastic initiative.
Ever wondered how brains work behind modelling brain development using an orgonoid system?? Listen to 2nd talk of our series by Madeline Lancaster exciting science and journey behind! Register at us06web.zoom.us/webinar/regist…
Our 250th episode is out! 🎉 Dr. Nicolas Rivron (Nicolas Rivron) from IMBA imbavienna.bsky.social talks about #blastoids, implantation, and "Turing tests" for embryo models! Listen now: bit.ly/45BNNr5
Join us for the next talk in the series with Prof. Alpha Yap. Promises to be great talk to gain insights about how to collaborate across disciplines to answer key questions in biology Deepa Subramanyam Looking forward to see many of you.
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!! Nicolas Rivron Please go to nature.com/articles/s4158… rdcu.be/dsOom
Indian diaspora considering a return to 🇮🇳? We’ve got you covered! Connect with mentors, recruiters, professionals, entrepreneurs, and more to navigate your journey seamlessly. RT to spread the word! K. VijayRaghavan Praveen Kumar Vemula Sanjeev Varshney anil gupta Divya P. Kumar (She/Her) Aridni Shah