The technical, neurological and psychological significance of ‘alpha’, ‘delta’ and ‘theta’ waves confounded in EEG evoked potentials: a study of peak latencies

  title={The technical, neurological and psychological significance of ‘alpha’, ‘delta’ and ‘theta’ waves confounded in EEG evoked potentials: a study of peak latencies},
  author={David Lee Robinson},
  journal={Clinical Neurophysiology},
  • D. Robinson
  • Published 1 August 1999
  • Biology, Psychology
  • Clinical Neurophysiology
Impulsivity, anxiety, and individual differences in evoked and induced brain oscillations.
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Unified neurophysical model of EEG spectra and evoked potentials
A broad range of ongoing and transient electrocortical activity can be understood within a common framework, which is parameterized by values that are directly related to physiological and anatomical quantities.
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The monoamine-acetylcholine balance hypothesis is a theory of neurophysiological markers of the EEG that reflects the relative predominance of cholinergic muscarinic signals and delta rhythm that of monoaminergic receptor effects, and Cognitively, alpha and delta EEG measures are proposed to indicate automatic and flexible strategies, respectively.
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Dynamic properties of the simulation, which are independent of scale, describe both microscopic and macroscopic phenomena, all in accord with physiological findings.


An analysis of human EEG responses in the alpha range of frequencies.
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The diffuse thalamocortical system (DTS) can be represented by a simple 'lumped' model if near synchronous activity of thalamocortical 'circuits' is assumed. Such activity results in scalp potential
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This book is a critical survey of endeavours to use these electrical responses to sensory stimulation (called evoked potentials) as tools in attempts to discover the ways in which the brain first processes incoming sensory information and then forms internal representations of features of the external world.
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Middling arousability can be conceived as the neurophysiological basis of high general intelligence or "g" - that is, high IQ is associated with combinations of neurological parameters which determine an intermediate degree of "arousability" in the cerebral cortex and related structures.
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Waveform patterns evoked by 4 intensities of flash in normal subjects were studied and suggest that methodology significantly contributes to the variability of peak identification among subjects.
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Foreword by Professor H.J. Eysenck Preface Introduction Pavlov's Study of Brain-Behavior Relationships Theoretical Integration of Pavlov's Findings The Temperaments and Eysenck's Theory of