Characterization of Neural Activity Using Complex Network Theory
An Application to the Study of Schizophrenia
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Beschreibung
This book reports on the development and assessment of a novel framework for studying neural interactions (the connectome) and their dynamics (the chronnectome). Using EEG recordings taken during an auditory oddball task performed by 48 patients with schizophrenia and 87 healthy controls, and applying local and network measures, changes in brain activation from pre-stimulus to cognitive response were assessed, and significant differences were observed between the patients and controls. This book investigates the source of the network abnormalities and presents new evidence for the disconnection hypothesis and the aberrant salience hypothesis with regard to schizophrenia. Moreover, it puts forward a novel approach to combining local regularity measures and graph measures in order to characterize schizophrenia brain dynamics, and presents interesting findings on the regularity of brain patterns in healthy control subjects versus patients with schizophrenia. Besides providing new evidence for the disconnection hypothesis, it offers a source of inspiration for future research directions in the field.
This book reports on the development and assessment of a novel framework for studying neural interactions (the connectome) and their dynamics (the chronnectome). Using EEG recordings taken during an auditory oddball task performed by 48 patients with schizophrenia and 87 healthy controls, and applying local and network measures, changes in brain activation from pre-stimulus to cognitive response were assessed, and significant differences were observed between the patients and controls. This book investigates the source of the network abnormalities and presents new evidence for the disconnection hypothesis and the aberrant salience hypothesis with regard to schizophrenia. Moreover, it puts forward a novel approach to combining local regularity measures and graph measures in order to characterize schizophrenia brain dynamics, and presents interesting findings on the regularity of brain patterns in healthy control subjects versus patients with schizophrenia. Besides providing new evidence for the disconnection hypothesis, it offers a source of inspiration for future research directions in the field.
Nominated as an outstanding PhD thesis by the Bioengineering Group of Comité Español de Automática (CEA) Describes novel methods for investigating the dynamics of neuronal interactions Proposes a dynamical network model for assessing neural synchronization Discusses possible causes for the abnormal response to stimuli in patients with schizophrenia
Autor*in
Javier Gomez-Pilar
Themen in »Characterization of Neural Activity Using Complex Network Theory«
Neural Dynamics in Schizophrenia Neural Network Modeling Neural Coupling Neural Synchronization Neural Pathways Brain Complexity Schizophrenia Underpinnings Schizophrenia Subgroups Schizophrenia Heterogeneity Spectral Entropy Wavelet Entropy Task-related Activity Time-frequency Assessment Evoked Response Aberrant Salience in Schizophrenia