
Takashi Namba
@takashi_namba
Our group is studying human brain development, evolution and diseases @UH_Neuro @HiLIFE_helsinki @FHU_ICBS @FHU_PR. RT≠Endorse.
ID: 1321882171079073796
29-10-2020 18:31:23
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364 Followers
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Molecular dynamics simulations in mixed reality! With Luciano Abriata and Lucien Krapp we’re scaling our multi-user WebXR platform to enable immersive molecular simulations, fully based on web technologies. Stay tuned, lots of cool stuff coming soon! Three.js #WebXR #Quest3



Congrats Carlotta Barelli and Nereo Kalebic!


拡散希望Happy to share our new paper "Evolutionary changes leading to efficient glymphatic circulation in the mammalian brain" in Nature Communications, explaining why our brain is covered with folds, and the cerebral cortex exists. Collaboration with mechgen.jp. nature.com/articles/s4146…


And thanks to Takashi Namba, whose great work featured prominently in my presentation


Previous work from Nowakowski_Lab & others showed that embryonic cortical neural stem cells can produce inhibitory neurons. Our study reveals they likely do so indirectly via a tri-potential progenitor cell that gives rise to astrocytes, OPCs, and inhibitory neurons.





PhD Position Institut du Cerveau - Paris Brain Institute : Unraveling the genetics of epilepsy using cutting-edge multi-modal genomics & single-cell approaches. Join us to study mTOR pathway dysregulation in neurodevelopmental disorders! mentor-program.eu, DC 6: Brain mosaicism and mTOR pathway




