Much progress has been made in the field studying the process of epileptogenesis via
neuroimaging techniques. Conventional imaging methods include magnetic resonance …

Human neuroimaging has had a major impact on the biological understanding of epilepsy
and the relationship between pathophysiology, seizure management, and outcomes. This …

Several studies have shown that seizure‐induced cellular and molecular changes
associated with chronic epilepsy can lead to functional and structural alterations in the brain …

Our understanding of epileptogenesis is still limited. Knowledge is increasing with regard to
structural and functional changes in chronic stages of epilepsy. At the same time, we have to …

This article provides an overview of neuroimaging biomarkers in experimental
epileptogenesis and refractory epilepsy. Neuroimaging represents a gold standard and …

In recent years, the field of neuroimaging has undergone dramatic development.
Specifically, of importance for clinicians and researchers managing patients with epilepsies …

Brain scanning methods were first applied in patients with epilepsy more than 30years ago.
A very substantial literature now exists in this field, which is exponentially increasing …

To facilitate the study of epileptogenesis in humans, noninvasive biomarkers of
epileptogenesis are required. No validated biomarker is currently available, but brain …

Modern functional neuroimaging provides opportunities to visualize activity of the entire
brain, making it an indispensable diagnostic tool for epilepsy. Various forms of noninvasive …

While analysis and interpretation of structural epileptogenic lesion is an essential task for the
neuroradiologist in clinical practice, a substantial body of epilepsy research has shown that …