Progress in Epileptic Disorders

Epilepsy in children may take on very different forms ranging from mild to severe disabling syndromes. For certain kinds of refractory epilepsy resistant to anti-epileptic drugs and certain kinds of etiology, surgery can reduce the number of seizures and even eliminate them altogether. However, these interventions are highly technical and require advanced technology; therefore, surgeons must have a perfect command of the techniques.Young patients who are potential candidates for surgery go through a rigorous selection process (tests and assessments). To properly treat these patients, the right imaging tests must be carried out and correctly. Surgeons must have an in-depth knowledge of their patients' syndromes as well as of the surgical technique. Finally, after surgery a close follow-up must be done on patients to assess the benefits.Also included in this book is a section on unsuccessful cases in which sometimes surgery does not control the disease and on how to manage them.Very few publications exist that provide a complete overview of neurosurgery for pediatric epilepsy. In this very comprehensive book, the authors sought to compile all the information needed to properly treat these young patients. The authors address pre-surgical evaluation in children, semiology of epileptic seizures, etiology, surgical techniques, palliative surgery and following surgery. Accompanied by the most renowned international specialists from various fields, the authors have created a guide that will remain a reference in the field for over the next ten years.

A reference book on diagnosis, consequences and management of neonatal and infantile seizuresThere is a very high incidence of seizures during the first two years of life. This may reflect multiple etiologies depending on the circumstances under which seizures occur. They may have a benign cause but for others they may lead to more devastating consequences.This book provides new insights on how it is best to approach seizures and epilepsy in the first two years of life, to systematically create a blueprint upon which diagnostic and treatment decisions can be based.Ongoing efforts are to understand:- How seizures may occur in the developing brain?- What are their consequences?- Which biomarkers are being developed?- What are the effective treatments to promptly stop ongoing seizures and alter the course of epileptic encephalopathies?The data are highly reflecting the state of the art and also individualize for the particular milieu of the patient in taking into account both nature (i.e. genetics), and nurture (i.e. events that may interfere with normal development) and result in seizures and epilepsy.