Basal radial glia are morphologically reminiscent of jellyfish, featured on the cover of the latest issue of @TrendsNeuro. In our Opinion, Wieland Huttner and I discuss the role of basal progenitor morphology for neocortex evolution. @mpicbg@humantechnopole
November 2020 issue of TINS:
https://t.co/3oKI5fzl0D
On the cover: “Basal Progenitor Morphology and Neocortex Evolution”, @KalebicNereo & Wieland Huttner
If you missed our Minisymposium at #SfN2025, you can still catch up with some of the topics by reading our new review:
https://t.co/gNULZPZvC0
Also, got the printed version of this paper (and many more)🤩 @SfNtweets
🧠 Can we fight rare brain cancers in a dish? Our @KalebicNereo and @BlagojeSoskic just won $1.3M from the @GilbertFamilyFd to build the first 3D models of NF1 gliomas, mimicking tumour growth and immune interactions.
https://t.co/ZjEQLjvY20
Come join Nereo’s group!
Exciting collaborative project with my lab at the intersection of neurobiology, cancer biology, immunology, and genomics.
Cutting-edge science, amazing team, and big translational potential.
It was a great experience to represent @KalebicNereo lab and present our work, linking shape and function in glioblastoma, at the goodbye flat biology conference by @EACRnews
This conference was a source of food for thought and a fantastic networking opportunity
🧠 New study from our @KalebicNereo Group reveals how adducins shape neural progenitors, fuelling #neocortex expansion and brain evolution. Insights with implications for neurodevelopmental disorders, published in @CellReports
https://t.co/3SU86FizTh
🧠 New study from our @KalebicNereo Group reveals how adducins shape neural progenitors, fuelling #neocortex expansion and brain evolution. Insights with implications for neurodevelopmental disorders, published in @CellReports
https://t.co/3SU86FizTh
That’s a wrap on three amazing days at #NeuroGen25 in Milan!
Packed with brilliant talks, mind-blowing discoveries, and some seriously inspiring Meet the Speakers sessions. Brain = buzzing. Grazie!
@humantechnopole@bassemh1@KalebicNereo@TavernaElena
#neurogen25 kicking off the first Neurogenomics conference @humantechnopole looking forward to 3 days of exciting science co-organized with @_josedavila Harschnitz @KalebicNereo@TavernaElena https://t.co/WoYv3bwZF3
📢 Submit your abstract by 16 Feb for the chance to present your work through a talk or poster and don’t miss the "Meet the Speaker" sessions to connect with world-class experts!
👉Neuroimmunology
👉Stem Cell/Organoid Models
👉Cancer Neuroscience
& beyond!
https://t.co/9TUAzJqjsM
拡散希望Happy to share our new paper "Evolutionary changes leading to efficient glymphatic circulation in the mammalian brain" in @NatureComms, explaining why our brain is covered with folds, and the cerebral cortex exists. Collaboration with @MechgenLab. https://t.co/RBTTxU5p5L
Morphoregulatory ADD3 controls glioblastoma stem cells (GSC) connectivity, proliferation and chemoresistance, showing that GSC morphology is a new layer of tumor heterogeneity. @KalebicNereo@CarlottaBarelli@humantechnopole
https://t.co/RoTjSEeLpy
Congratulations to @ossola_chiara for a successful PhD defense - the first in the lab 👏👏👏. Check out our latest preprint for more on Chiara's PhD work: https://t.co/5PDt4JrUrb
Kalebic et al. identify morphology of glioblastoma stem cells as a new layer of tumor heterogeneity. Morphoregulatory ADD3 regulates glioblastoma growth, cell connectivity, proliferation and chemoresistance. @KalebicNereo@CarlottaBarelli@humantechnopole
https://t.co/RDmMaLy5tS