Event-related brain research
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Bibliographic Information
Event-related brain research
（Electroencephalography and clinical neurophysiology, Supplement ; no. 42）
Elsevier, 1991
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"The present volume contains most of the invited contributions to the 'EPIC IX' International Conference on Event-related Potentials, held in Noordwijk, the Netherlands, from the 28th of May until the 3rd of June, 1989"--Foreword
Includes bibliographical references and index
Description and Table of Contents
Description
This volume contains a selection of the invited contributions to the EPIC IX International Conference on Event-Related Potentials held in Noordwijk, The Netherlands. The sections of the book reflect the successive sessions of the conference. Authors of international repute contributed to the five sections of the book, covering in detail: source localization of brain activity, with different methodologies; movement and stimulus preceding brain activity; pharmacology and ERPs; selective attention and mental chronometry; and aging and dementia. This volume is an excellent reflection of research and findings in this important area of neuroscience.
Table of Contents
Foreword. List of contributors. Nicole Lesevre (1924 - 1989). Russel Harter (1940 - 1990). Section I. Source Localization (EEG and MEG), Neuro-Imaging and Event-Related Desynchronization. Section I: Introductory Remarks (C.H.M. Brunia). Topographic representation of event-related potentials (P.K.H. Wong). Neuromagnetic studies of sensory functions and mental imagery (L. Kaufman and S.J. Williamson). Separation and identification of event-related potential components by brain electric source analysis (M. Scherg and T.W. Picton). Localization of brain sources of visually evoked responses: using single and multiple dipoles. An overview of different approaches (F.H. Lopes da Silva and H. Spekreijse). Physiological sources of evoked potentials (U. Mitzdorf). Event-related desynchronization during motor behavior and visual information processing (G. Pfurtscheller and W. Klimesch). Section II. Movement and Stimulus Preceding Brain Activity. Section II: Introductory remarks (C.H.M. Brunia). Activity of single neurons in monkey cortex preceding sensory cued limb movements (M. Godschalk). Cortical potentials associated with voluntary movements in monkeys (K. Sasaki and H. Gemba). Functional localization of motor processes in the human cortex (W. Lang, D. Cheyne, R. Kristeva, G. Lindinger and L. Deecke). Perception or action: some comments on preparatory negative potentials (F. Rosler). Section III. Pharmacology and ERPs. Section III: Introductory remarks (M. Verbaten). Stimulant drugs and ERPs (R. Klorman and J.T. Brumaghim). Contingent negative variation (CNV) in psychopharmacology (M. Timsit-Berthier). Dopamine and CNV: studies of drugs, disease and nutrition (J.J. Tecce). Noradrenergic and cholinergic influences on the genesis of P3-like potentials (J.A. Pineda, D. Swick and S.L. Foote). Discussion: towards a pharmacology of information processing (E. Callaway). Section IV. Selective Attention and Mental Chronometry. Section IV: Introductory remarks (G. Mulder). Visual-spatial attention: preparation and selection in children and adults (M.R. Harter and L. Anllo-Vento). Mechanisms of auditory selective attention as revealed by event-related potentials (J.C. Hansen and M. Woldorff). The search for "neutral" conditions for recording central event-related potentials in order to access cognitive components to both irrelevant and relevant stimuli: evidence for short-latency cognitive somatosensory effects (J.E. Desmedt and C. Tomberg). ERPs and selective attention: commentary (M.D. Rugg). Selective attention and mental chronometry (G. Mulder and A.A. Wijers). Discrete versus continuous information processing: introduction and psychophysiology (J. Miller). Continuous versus discrete information processing: evidence from movement-related potentials (M.G.H. Coles, R. De Jong, W.H. Gehring and G. Gratton). Brain control of cardiovascular dynamics (J.E. Skinner). Section V: Aging and Dementia. Section V: Introductory remarks (M. Verbaten).
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