It was a real blast to see all the posters of a growing community of #GliaNetworks at #GLIA2025 π€©
Thanks @astrocytenet.bsky.social (aka Kerstin Lenk) for your efforts to put us together π
See you all around the world π
11.07.2025 07:43 β π 10 π 2 π¬ 0 π 1
Fun to participate to the #GliaNetworks joint booth, see you next time!!π
Learn more about what all of these network do here: www.networkglia.eu/resources/re...
#IGN #GLIA2025 @gliameeting.bsky.social
11.07.2025 07:26 β π 17 π 6 π¬ 0 π 2
The authors from the Siegert group. From left to right: Sandra Siegert, Juan Pablo Maya-Arteaga, Alessandro Venturino, Verena Schmied and Medina Korkut-DemirbaΕ. Β© ISTA
New paper by the @siegertlab.bsky.social @istaresearch.bsky.social, Verena Schmied, Medina Korkut-DemirbaΕ, Juan Pablo Maya Arteaga, and Alessandro Venturino presents a new brain organoid model that reveals details of the developing nervous systemβs response to viral infections, such as Rubella.
03.04.2025 08:28 β π 11 π 3 π¬ 1 π 0
Today, we had the first in-person ATgliaNet symposium. We, the organizers, really enjoyed the discussions and meeting so many glial enthusiasts working in Austria in one spot. The next meeting is already planned π€
@vkellner.bsky.social @siegertlab.bsky.social @astrocytenet.bsky.social
21.03.2025 20:56 β π 9 π 3 π¬ 1 π 1
Come join us for our first Austrian glia network symposium!
24.01.2025 10:36 β π 2 π 0 π¬ 0 π 0
Check out our latest preprint! We find that astrocytes follow neuronal waves in the super colliculus before eye opening.
16.04.2024 09:53 β π 2 π 0 π¬ 0 π 0
Leveraging circadian immunity to promote healthy longevity.
Incoming Assistant Professor of Neuroscience at Pomona College.
@Uni Heidelberg | Microscopy | Brain | Glial cells | Astrocytes | Oligodendrocytes | Mitochondria | Calcium
Astrocytes are our favorite cells of the brain and tripartite synapse is our thing. Research group led by Matthew Holt. Team-managed account. EU-funded NCBio.
https://ncbio.i3s.up.pt/ncbio-hub/
https://www.i3s.up.pt/research-group.php?groupid=201
Scientist-in-training, Ph.D. student in Kashkar lab π©π»βπ¬ at the University Hospital Cologne @CECAD
Passionate about cell death and inflammation in eye and brainπ¬π§¬π§ πΌ
Postbac fellow | neuroglia π | future PhD student π€π»π§ | uva alum
F32 Postdoc Fellow @OHSU
Marc Freeman Lab
Neuron-Glia Crosstalk
Scientist and University teacher at Universitat de Barcelona. Microglia, macrophages, immunometabolism, phagocytosis, neuroscience, neuroimmune interactions, immune receptors, aging, Alzheimer's...
PhD in Maastricht, microglia and microscopes
Exploring where a pursuit of randomly stumbled-upon phenomena in organismal (patho)physiology leads. Incoming postdoc at UC Berkeley (Nikkanen lab); currently at McGill (McBride lab); alum of the U of Helsinki (Suomalainen lab).
Assistant Professor at CUMC, neuroscientist, microgliologist, mom, wife
Neuroscientist, retina nerd at Duke. Dept of Neurobiology & Duke Eye Center. Studying nervous system development, cell-cell recognition, and vision.
Ph.D. Asst Prof ofπ§ Alienπ½ Into writing, punk, astrocytes+neurons, stroke, scicomm, bad horror movies, laughing, AsturiesποΈβ°οΈ (she/ella).
πͺπΈπ¬π·π¬π§πΊπΈ
www.blancosuarezlab.com
PhD in Neuroscience
Warsaw-based
San Francisco-loved
works at the University of Warsaw
Glia Cells - Astrocytes & Microglia
Assistant Professor @ UVA Neuroscience & BIG Center. Glial biologist and Neuroscientist. πͺ°π§
Professor of Glial Cell Biology @ Karolinska Institutet, Stockholm, Sweden β’ epigenomics β’ single-cell β’ spatial β’ oligodendrocytes β’ myelin β’ multiple sclerosis β’ π§ Sonic Surf City β’ https://ki.se/en/people/goncalo-castelo-branco
Neuroscience PhD candidate at Salk Institute. Mentorship, SciComm, Astrocytes, Plasticity. D-SPAN F99 Fellow
Neuroscientist, Martial Artist, and Mentor
Interested in how the immune system influences tissue damage and regeneration in the central nervous system. Prof of Neuroimmunology at Queen's University Belfast, Northern Ireland. Particular interest in oligodendrocytes, myelin, Tregs. Views my own.
We use human stem cell models to understand a range of neurodegenerative disorders, with particular focus on RNA metabolism and cellular autonomy. We are based at the National University of Singapore in the LSI: https://www.nus.edu.sg/lsi/
