Preface -- Part I. Technical Aspects and Normal EEG Patterns -- History of EEG -- Neurophysiological Basis of EEG -- Electrodes and Montages -- Acquisition of EEG signals -- Computed Analysis of EEG signals -- Organization of EEG Laboratory -- Artifacts -- Normal wake EEG -- Normal sleep EEG -- Neonatal Normal EEG -- Pathological and unusual EEG Pattern -- Activation Procedures -- Polygraphic techniques -- Polygraphic investigations and back-averaging techniques -- Ambulatory EEG -- Video Electroencephalography -- Invasive EEG -- High Density-EEG, MEG and Electromagnetic Source Imaging -- Simultaneous registration of EEG and fMRI -- Part II. Pathological EEG Patterns -- Neonatal pathological Patterns -- Early-onset Epileptic Encephalopathies -- Epileptic Encephalopathies of Infancy and Childhood -- Focal "Idiopathic" Epilepsies of infancy -- Focal Epilepsies non age-related by various etiology -- Generalized Genetic Epilepsies -- Reflex Epilepsies -- Photosensitivity and Epilepsy -- Febrile seizures and Febrile SE -- Pediatric Status Epilepticus -- Status Epilepticus in Adults -- Cromosomopathy and Cortical Malformations -- Paroxysmal Nonepileptic seizures -- Sleep Diseases -- Craniocerebral Trauma -- Cerebral Tumors -- Cerebrovascular Disease -- Cerebral inflammatory-infective Disease -- Aging and Degenerative disorders -- Systemic and Dismetabolic Disorders -- Headache -- Psychiatric Disorders -- Effects on EEG of Drugs and Toxic Substances -- Coma and Brain Death -- Emergency EEG and Neuromonitoring in Surgery Room and ICU.-Appendix -- Glossary and EEG Reports.

This book describes the developments and improvements in electroencephalography (EEG). In recent years, digital technology has replaced analog equipments, and it is now possible to easily record and store EEG tracings and to quickly recall previously acquired material for subsequent analysis. In addition, not only static figures, but also electronic supplementary materials can be included in books, enabling EEGs to be viewed in real-time. In clinical practice, EEG still represents the most important functional examination in the study CNS development and its anatomical and physiological integrity throughout life. In the pathological context, EEG provides indispensable diagnostic information for classification of epileptic syndromes, and it is also valuable in all the other CNS diseases (infectious, cerebrovascular, neurodegenerative, etc). Furthermore, monitoring EEG can be widely used in emergency settings, such as emergency departments or intensive care units. In comatose patients, EEG provides information regarding prognosis and evaluation of the sedative effect of anesthetic drugs. Written by a group of leading national and international experts, it offers a substantial, yet practical, EEG compendium, which serves as a reference resource for physicians and neurodiagnostic technologists as well as physicians-in-training, researchers, practicing electroencephalographers and students.