1/10 Can ideas from dynamical systems theory be used to gauge cortical excitability and predict epileptic seizures in vivo? 🧠In my PhD research, out in @NatureComms, we tested this idea and identified dynamical signatures of seizure risk. #Epilepsy#Neuroscience
This study represents a proof of concept toward an implantable full-head subscalp EEG system for ultra-long-term monitoring of brain oscillations and discharges. Learn more about this innovation: https://t.co/v0nYdtwYYL
#Neurology#NeuroTwitter
Our latest paper is online!
We show that deep neural networks predict the chances of a coma patient to regain consciousness based on EEG responses to sounds, and can assist in prognosis of patients in a gray zone.
https://t.co/aLhZ6yqaXB
Exciting new clinical results from the Epios leads clinical trial presented today @ #ICCN2022 by @JanirdaCruz Study shows full head coverage subscalp EEG is identical to scalp EEG with reliable and stable recordings. About Epios https://t.co/zKz8d3RNWo @ellen_mvm@ClinicalNeuroph