Valerio E.C. Piscopo on Muck Rack

Valerio E.C. Piscopo

As seen in: BioRxiv, Cell Press
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Articles

Runx1 transcription factor modulates opioid analgesia and withdrawal in humans and rodents

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By Heather Leduc-Pessah, Brendan McAllister, Sarthak Sinha, Sierra Stokes-Heck, Daisuke Nishizawa, Churmy Y. Fan, Marie-Kim St-Pierre, Amyaouch Bradaia, Manon Defaye, Nicole E Burma, Jonathan Damblon, Einer Muñoz-Pino, Frank Visser, Marie-France Dorion, Luke Healy, Júlia Canet-Pons, Zizhen Zhang, Flávia Antunes, Valerio E.C. Piscopo, Margaret Medina, Ken-ichi Fukuda, Tatsuya Ichinohe, Masakazu Hayashida, Emma Johnson, Arpana Agrawal, Louisa Degenhardt, Nicholas Martin, Gerald W. Zamponi, Elliot Nelson, Christophe Altier, Marie-Eve Tremblay, Chad A Bousman, Stefano Stifani, Yves De Koninck, Kazutaka Ikeda, Jeff Biernaskie, Tuan Trang, Makoto Nagashima
| Cell Press Verified
Keywords opioid analgesia opioid withdrawal microglia transcriptomics transcription factor genetics personalized medicine Get full text access Log in, subscribe or purchase for full access. References 1. Montgomery, L.S. Pain management with opioids in adults J. Neurosci. Res. 2022; 100:10-18 2. Kalso, E. ∙ Edwards, J.E. ∙ Moore, A.R. ... Opioids in chronic non-cancer pain: systematic review of efficacy and safety Pain. 2004; 112:372-380 3. Bakare, T.T. ∙ Uzoeto, H.O. ∙ Gonlepa, L.N. ...
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The microtubule-binding protein EML3 is required for mammalian embryonic growth and cerebral cortical development; Eml3 null mice are a model of cobblestone brain malformation

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By Eduardo Díez, Valerio E.C. Piscopo, Susanne Bechstedt, Isabelle Carrier
| BioRxiv
Abstract The cerebral cortex is a multi-layered structure generated through the migration of neural precursors from their birthplace in the ventricular zone to their destination within the cortical plate. Neuronal migration defects are responsible for many human pathologies collectively called neuronal migration disorders, which include subcortical band heterotopia and cobblestone brain (COB) malformation.
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The Use of a SOX10 Reporter Towards Ameliorating Oligodendrocyte Lineage Differentiation from Human Induced Pluripotent Stem Cells

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By Julien Sirois, Valerio E.C. Piscopo, Alexandra Chapleau, Gabriela J Blaszczyk
| BioRxiv
Abstract Oligodendrocytes (OLs) are key players in the central nervous system, critical for the formation and maintenance of the myelin sheaths insulating axons, ensuring efficient neuronal communication. In the last decade, the use of human induced pluripotent stem cells (iPSCs) has become essential for recapitulating and understanding the differentiation and role of OLs in vitro.
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