Researchers identify the 'broken gate' causing unstoppable brain signals in severe childhood epilepsy
by Florey Institute of Neuroscience and Mental Health2D transmembrane topology of the wild-type (WT) Nav1.2 channel showing 27 domains DI−DIV and amino acid residues N1662 (cytosolic side of S5DIV) an
Updated on: August 03,2024
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Researchers identify the 'broken gate' causing unstoppable brain signals in severe childhood epilepsy
by Florey Institute of Neuroscience and Mental Health2D transmembrane topology of the wild-type (WT) Nav1.2 channel showing 27 domains DI−DIV and amino acid residues N1662 (cytosolic side of S5DIV) an
Updated on:August 03,2024
0
