How hundreds of cell types of the mammalian forebrain emerge from a limited set of progenitor cells during development remains largely unknown1–3, and studies so far have overwhelmingly focused on the cerebral cortex. To fill this gap, we applied lentiviral barcoding across the major subdivisions of the mouse forebrain...
Guo-Hua Yuan, Michael Kunst, Marilyn R. Steyert et al.· Nature· 0 citations
A distinct population of ependymal cells (E2) in the forebrain of mice and humans are described, identified as a novel CSF-sensing ependymal cell type and provide a cellular target for the CSF signaling.
A. Cebrian-Silla, Fiona Dale-Huang, Stephanie A. Redmond et al.· bioRxiv· 0 citations
Language is a defining trait of our species, and disruptions in language acquisition can have profound consequences to the individuals affected. Uncovering the neurodevelopmental basis of this complex trait requires detailed molecular and cellular insights into the neocortical areas that support linguistic abilities. H...
Juan Moriano, Tanzila Mukhtar, J. Lee et al.· bioRxiv· 0 citations
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