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Neuronal rhythmicity and cortical arousal in a mouse model of absence epilepsy.

Waleed KhanSamiksha ChopraXinyuan ZhengShixin LiuPatrick PaszkowskiMarcus Valcarce-AspegrenLim-Anna SieuSarah McgillCian MccaffertyHal Blumenfeld
Published in: Experimental neurology (2024)
We found that the awake head-fixed C3H/HeJ mouse model demonstrated rhythmic neuronal firing during seizures, and a decreased cortical arousal state prior to seizure onset. Unlike the rat model we did not observe an overall decrease in neuronal firing during seizures. Similarities and differences across species strengthen the ability to investigate fundamental key mechanisms. Future work in the mouse model will identify the molecular basis of neurons with different firing patterns, their role in seizure initiation and behavioral deficits, with ultimate translation to human absence epilepsy.
Keyphrases
  • mouse model
  • temporal lobe epilepsy
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  • induced pluripotent stem cells
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  • deep brain stimulation
  • optic nerve