A new approach to modeling transitions to epileptic state and back in the brain
thalamocortical system is proposed. Since no specific mechanism for termination of spike …

Deep brain stimulation (DBS) is a promising technique to relieve the symptoms in patients
with intractable seizures. Although the DBS therapy for seizure suppression dates back …

Presently, we develop a simplified corticothalamic (SCT) model and propose a single-pulse
alternately resetting stimulation (SARS) with sequentially applying anodic (A,“+”) or cathodic …

The important role of electromagnetic induction in neuronal activities has received
considerable attention. However, its connection with epilepsy disease is rarely explored …

Objective This study aims to detect the seizure onset, in childhood absence epilepsy, as
early as possible. Indeed, interfering with absence seizures with sensory simulation has …

Growing evidence suggests that excitatory neurons in the brain play a significant role in
seizure generation. Nonetheless, spiny stellate cells are cortical excitatory non-pyramidal …

This article investigates a closed-loop brain stimulation method based on model predictive
control strategy to suppress epileptic seizures. A neural mass model (NMM), exhibiting the …

Experimental studies have shown that astrocytes participate in epilepsy through inducing
the release of glutamate. Meanwhile, considering the disinhibition circuit among inhibitory …

Considering the disinhibition circuit between inhibitory neuronal populations with different
time scales in cortical neural networks, here we propose a novel model to describe the …

The epileptic seizures result due to the nonlinear dynamic asynchronization of the brain
waves. The temporal dynamics of the brain waves are usually depicted from long-term EEG …