One: Visual Pathways: Basic Aspects.- Problems along the course of the second visual neuron-ganglion cell to lateral geniculate body.- Ethambutol mainly affects the function of red/green opponent neurons.- Chromatic signals in the visual pathway of the domestic cat.- Early wavelets in the VECP.- Early components of the visual evoked potential in man: are they of sub-cortical origin?.- Visual potentials evoked by pattern stimulation with different spatial frequencies in retrobulbar neuritis.- Two: Visual Pathways: Clinical Aspects.- Pattern evoked potential latency and contrast sensitivity in glaucoma and ocular hypertension.- Pattern evoked cortical potentials and automated perimetry in chronic glaucoma.- The transient pattern onset VEP in glaucoma.- Optic pathway action potentials and intraocular pressure (IOP) rise: a clinical and experimental study.- Temporal behaviour of VEPs in optic disc edemas.- The visual evoked potential in ischaemic optic neuropathy.- Visual physiologic and ocular evaluation in carotid occlusive disease:pre- and post-endarterectomy.- Comparison of visual field examination and visual evoked cortical potentials in multiple sclerosis patients.- VER findings in retrobulbar neuritis due to multiple sclerosis.- Three: Genetics and Degeneration.- Visual evoked potential (VEP) methods of detecting misrouted optic projections.- Visual evoked potential and psychophysical findings in dominant hereditary optic atrophy.- Electrophysiological studies of the visual capacities at advanced stages of photoreceptor degeneration in the rat.- Optic nerve changes in dominant cone-rod dystrophy.- Visual evoked potentials in pre-senile dementia.- Postoperative electrophysiological findings in patients with pituitary adenoma.- Four: Pattern Evoked Potential Latency.-Pattern reversal and appearance-disappearance responses in MS patients.- On- and off-contribution to the combined occipital on-off response to a patterned stimulus.- Pattern evoked potentials as indicators of functional visual field asymmetries.- Vector analysis of pattern VEP.- The visual evoked response latency in optic neuritis.- Influence of pupillary size on P100 latency time of pattern-reversal VEP.- VER and pupillary reflex.- Five: Binocularity.- Electrophysiology and psychophysics of motion in depth.- Interocular suppression in visually evoked cortical potentials (VECP).- The binocular VER: The effect of interocular luminance differences.- Monocularly evoked cortical potentials to simultaneous stimulation of central and peripheral human retina with different patterns.- Pattern evoked cortical potentials to simultaneous stimulation of both eyes.- Binocular facilitation in the VEP of normal observers and strabismic amblyopes.- A comparison of different VEP methods for the assessment of binocular vision.- Six: Central Aspects.- Cortical abnormalities and the visual evoked response.- The effects of temporal frequency changes on human pattern VECPs in response to upper and lower half field stimulation.- Visually evoked cortical potentials to half-field stimulation in normals and amblyopes.- Properties of foveal pattern stimuli which determine the morphology and scalp distribution of visual evoked potentials.- The contrast origin of pattern EPs in awake rhesus monkeys.- Changes in the visual evoked response during nitrous oxide inhalation.- Visually evoked and spontaneous potentials of the human cortex.- Evaluation of plasticity in human brains: VECP changes by training in normal subjects.- Contrast evoked potentials in the evaluation of suspected malingering.- Abstracts.- Cited Author's index.
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