Adam M R Groh, Nina Caporicci-Dinucci, Elia Afanasiev, Maxime Bigotte, Brianna Lu, Joshua Gertsvolf, Matthew D Smith, Thomas Garton, Liam Callahan-Martin, Alexis Allot, Dale J Hatrock, Victoria Mamane, Sienna Drake, Huilin Tai, Jun Ding, Alyson E Fournier, Catherine Larochelle, Peter A Calabresi, Jo Anne Stratton
Ependymal cells form a specialized brain-cerebrospinal fluid (CSF) interface and regulate local CSF microcirculation. It is becoming increasingly recognized that ependymal cells assume a reactive state in response to aging and disease, including conditions involving hypoxia, hydrocephalus, neurodegeneration, and neuroinflammation. Yet what transcriptional signatures govern these reactive states and whether this reactivity shares any similarities with classical descriptions of glial reactivity (i.e., in astrocytes) remain largely unexplored...
May 4, 2024: Journal of Neurochemistry