Epilepsy is well-recognized as a disorder of brain networks. There is a growing body of
research to identify critical nodes within dynamic epileptic networks with the aim to target …

Improved structural MRI increases detection of abnormalities that may underlie epilepsy.
Diffusion, structural and functional MRI indicate the widespread associations of epilepsy …

Network control theory provides a framework by which neurophysiological dynamics of the
brain can be modelled as a function of the structural connectome constructed from diffusion …

Characterizing human thalamocortical network is fundamental for understanding a vast
array of human behaviors since the thalamus plays a central role in cortico-subcortical …

The thalamus is a densely connected collection of nuclei that play a critical role in gating
information flow across the neocortex. Through diffuse reciprocal cortico-thalamo-cortical …

Thalamic neuromodulation has emerged as a treatment option for drug-resistant epilepsy
(DRE) with widespread and/or undefined epileptogenic networks. While deep brain …

There is no doubt on the participation of the thalamus in the various types of genetic
generalized epilepsies as evidenced by multiple non-invasive imaging studies in humans as …

Neuromodulation is an increasingly utilized therapy for the treatment of people with drug-
resistant epilepsy. To date, the most common and effective target has been the thalamus …

Epilepsy is increasingly recognised as a brain network disorder and many studies have
investigated functional connectivity (FC) in children with epilepsy using functional MRI …

Objective To review the therapeutic effects of deep brain stimulation of the anterior nuclei of
the thalamus (ANT-DBS) and the predictors of its effectiveness, safety, and adverse effects …