
Sandra Siegert
@siegertlab
The Siegert group addresses how microglia interact with the nervous system.
(Image credit: Peter Rigaud)
ID: 1466489985775849485
https://ista.ac.at/en/research/siegert-group/ 02-12-2021 19:30:50
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257 Followers
171 Following

Great to meet the young group leaders at our FENS FENS Kavli Network ISTAustria PI symposium! Lovely discussions on #science, #leadership, and #mentorship. Thanks to all! Lora B. Sweeney Sandra Siegert Mateusz C. Ambrożkiewicz Mamka Fenková Hilde Janssens Nora Maria Raschle Celine Gillebert

Check out Alessandro's new insights with #microglia being in the spotlight. @ATgliaNet ISTAustria

Curious on whether the optic nerve crush really causes ganglion cell death in the contralateral #retina #eye? Then, check out Fleur's poster this afternoon: ps02-26pm-301 AFI×Gaming



The last poster of my group presented today by Verena Schmied at #fens2024. Everybody enjoyed the discussions at the poster. Thanks for passing by! And great job to my entire team!



And making sure that our GROW student ISTAustria and big Swifty Fan is not too sad....Yari Corona


Congratulation to our ISTAustria summer intern Filotea Crasovan , who received the first poster prize for her presentation. She is working with Medina to figure out how #microglia migrate. Stay tuned for exciting data to come... :)



I am very excited to share this study from my team with a clear message: Better have your #microglia in the #organoid, especially in perspective of drug screenings! Great work from Verena Schmied Alessandro Venturino and Medina.



We are excited to invite you to our @ATgliaNet symposium (March 21st, 2025, at ISTAustria ). This day will be about getting to know the glia community and discussing glia research performed in Austria. atglianet-symposium.ista.ac.at

Sandra Siegert et al. Sandra Siegert ISTAustria report that Optic Nerve Crush Does Not Induce Retinal Ganglion Cell Loss in the Contralateral Eye, iovs.arvojournals.org/article.aspx?a….


New paper by the Sandra Siegert ISTAustria Verena Schmied Medina Korkut-Demirbaş Juan Pablo Maya Arteaga and Alessandro Venturino presents a new brain organoid model that reveals details of the developing nervous system’s response to viral infections, such as Rubella.
