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The Contribution of NaV1.6 to the Efficacy of Voltage-Gated Sodium Channel Inhibitors in Wild Type and NaV1.6 Gain-of-function (GOF) Mouse Seizure Control

James P. Johnson,Thilo Focken,Parisa Karimi Tari,Celine Dube,Samuel J. Goodchild,Jean-Christophe Andrez,Girish Bankar,Kristen Burford,Elaine Chang,Sultan Chowdhury, Jessica Christabel,Richard Dean,Gina de Boer,Christoph Dehnhardt,Wei Gong,Michael Grimwood,Angela Hussainkhel,Qi Jia,Kuldip Khakh,Stephanie Lee,Jenny Li,Sophia Lin,Andrea Lindgren,Verner Lofstrand,Janette Mezeyova,Karen Nelkenbrecher,Noah Gregory Shuart,Luis Sojo,Shaoyi Sun,Matthew Waldbrook,Steven Wesolowski,Michael Wilson,Zhiwei Xie,Alla Zenova,Wei Zhang, Fiona L. Scott,Alison J. Cutts,Robin P. Sherrington,Raymond Winquist,Charles J. Cohen,James R. Empfield

BRITISH JOURNAL OF PHARMACOLOGY（2024）

Cited 1|Views8
Key words
anti-seizure medicines,behavioural pharmacology,epilepsy,Na(V)1.6,Scn8a,SCN8A-DEE,voltage-gated channels
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