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Eric Steven Sevilla

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Articles

Human stem cell-derived GABAergic interneuron development reveals early emergence of subtype diversity and gradual electrochemical maturation

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By Marina Bershteyn, Hongjun Zhou, Luis Fuentealba, Chun C Chen, Geetha Subramanyam, Daniel Cherkowsky, Eric Steven Sevilla, Philip Hampel, Juan Manuel Salvatierra, Meliz Sezan, Yves Maury, Steven Havlicek, Sonja Kriks, Seonok Lee, Wai Au, Michael Watson, Olga Kuzmenko, Maria Elena Grimmett, Fiona Porkka, Yuechen Qiu, Anastasia Nesterova, Derek Anderson, Brianna G. Feld, Victoria Hosford, Ji-Hye Jung, Tia J. Kowal, Alessandro Bulfone, Gautam Banik, Catherine Priest, Jorge J. Palop, Cory R. Nicholas
| Cell Press Verified
Keywords GABAergic interneuron fate specification cell therapy transplantation maturation MGE epilepsy Introduction γ-aminobutyric acid (GABAergic) pallial interneurons (pINs) are a critical class of neurons within the mammalian cortex, where they play key roles in circuit development and regulation. Changes in the proportion or functionality of pINs are linked to severe neurological disorders.
Open in Who Shared Issue with article?

Human stem cell-derived GABAergic interneuron development reveals early emergence of subtype diversity and gradual electrochemical maturation

|
By Marina Bershteyn, Hongjun Zhou, Luis Fuentealba, Chun C Chen, Geetha Subramanyam, Daniel Cherkowsky, Eric Steven Sevilla, Philip Hampel, Juan Manuel Salvatierra, Meliz Sezan, Yves Maury, Steven Havlicek, Sonja Kriks, Seonok Lee, Wai Au, Michael Watson, Olga Kuzmenko, Fiona Porkka, Anastasia Nesterova, Derek Anderson, Victoria Hosford, Ji-Hye Jung, Tia J. Kowal, Jorge J. Palop, Cory R. Nicholas, Maria Elena Grimmett, Yuechen Qiu, Brianna G. Feld, Alessandro Bulfone, Gautam Banik, Catherine Priest
| Cell Press Verified
Keywords GABAergic interneuron fate specification cell therapy transplantation maturation MGE epilepsy Introduction γ-aminobutyric acid (GABAergic) pallial interneurons (pINs) are a critical class of neurons within the mammalian cortex, where they play key roles in circuit development and regulation. Changes in the proportion or functionality of pINs are linked to severe neurological disorders.
Open in Who Shared Issue with article?
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