Marinho A. Lopes

This study shows mossy cells influence hippocampal function differently based on frequency and context, affecting memory and seizure risk.

This paper compares additive and diffusive coupling in neural network models, showing that coupling choice significantly affects seizure dynamics and ictogenicity measures in both simulated and real brain networks.

This study uses EEG and computational modeling to show that AD brains are more prone to seizures due to altered large-scale network structure and increased cortical excitability.

This paper uses computational models to identify optimal resection strategies for epilepsy by quantifying ictogenic zones in brain networks.