Ece Boran

TL;DR: The resection of the prospectively defined HFO area proved to be highly specific and reproducible in 13/13 patients with seizure freedom, while it may have improved the outcome in 4/7 patients with recurrent seizures.

TL;DR: It is found that persistent neural activity in the hippocampus participated in working memory processing that is specific to memory maintenance, load sensitive and synchronized to the cortex.

TL;DR: This study investigated whether scalp HFO in drug-resistant focal epilepsy correspond to epilepsy severity and how they are affected by surgical therapy, and the first step towards using non-invasively recorded scalp H FO to monitor disease severity in patients affected by epilepsy.

TL;DR: Denser spatial sampling by hd-ECoG improved FR detection compared to standard ECoG, and may advance seizure freedom after epilepsy surgery.

TL;DR: This dataset enables the investigation of working memory by providing simultaneous scalp EEG and iEEG recordings, which can be used for connectivity analysis, along with hard-to-obtain neuronal recordings from humans.