Gluconate suppresses seizure activity in developing brains by inhibiting CLC-3 chloride channels

Overview of attention for article published in Molecular Brain, May 2019

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RT @TheWeissLab: Gluconate inhibits neonatal #epilepsy #seizures by targeting CLC-3 #chloride #ionchannels. https://t.co/p82aFSKFbM

07 Feb 2023

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Gluconate suppresses seizure activity in developing brains by inhibiting CLC-3 chloride channels. https://t.co/Q3DSCnQ3eY https://t.co/EiTz710ocn

27 May 2020

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An interesting study describing the serendipitous discovery that sodium gluconate inhibits chloride channels and has anti-seizure effects in rodent neonates. Potentially with higher efficiency and less side effects than bumetanide. https://t.co/P7UjHrW4U4

23 May 2019

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#Epilepsy⚡ #newborn👶 : a candidate drug, #gluconate, could be able to stop newborn epileptic seizures, based on a study on a #mouse🐁 model. It blocks the chloride channels CLC-3 in the #brains🧠 of newborns🐁 https://t.co/laGuyUSuxo https://t.co/tk5faPGMjC

20 May 2019

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