Topography of occipital EEG-reduction upon visual stimulation. Vijn, P., van Dijk, B., & Spekreijse, H. Brain Topogr, 5:177--181, 1992. abstract bibtex Visual stimuli were designed to drive a high proportion of the neurons in restricted parts of the human visual cortex. These stimuli were used to examine changes in the ongoing EEG during visual stimulation. The topographic organization of these changes was studied. It was found that the EEG from those parts of the cortex that are exposed to the stimulus is strongly reduced in amplitude. This stimulus dependency is indicative that cortical processing results itself in a reduction of the ongoing EEG, presumably due to desynchronization of neurons. The method shows that ongoing EEG can be used for functional mapping of cortical areas and is therefore valuable in situations where stimulus locked activity can not be measured.
@article{ Vijn_etal92,
author = {Vijn, P.C. and van Dijk, B.W. and Spekreijse, H.},
title = {{{T}opography of occipital {E}{E}{G}-reduction upon visual stimulation}},
journal = {Brain Topogr},
year = {1992},
volume = {5},
pages = {177--181},
abstract = {Visual stimuli were designed to drive a high proportion of the neurons
in restricted parts of the human visual cortex. These stimuli were
used to examine changes in the ongoing EEG during visual stimulation.
The topographic organization of these changes was studied. It was
found that the EEG from those parts of the cortex that are exposed
to the stimulus is strongly reduced in amplitude. This stimulus dependency
is indicative that cortical processing results itself in a reduction
of the ongoing EEG, presumably due to desynchronization of neurons.
The method shows that ongoing EEG can be used for functional mapping
of cortical areas and is therefore valuable in situations where stimulus
locked activity can not be measured.}
}
Downloads: 0
{"_id":"D7cjjKmBmzXrPoi63","bibbaseid":"vijn-vandijk-spekreijse-topographyofoccipitaleegreductionuponvisualstimulation-1992","downloads":0,"creationDate":"2015-02-08T05:15:00.208Z","title":"Topography of occipital EEG-reduction upon visual stimulation","author_short":["Vijn, P.","van Dijk, B.","Spekreijse, H."],"year":1992,"bibtype":"article","biburl":"http://cnslab.mb.jhu.edu/niebase.bib","bibdata":{"abstract":"Visual stimuli were designed to drive a high proportion of the neurons in restricted parts of the human visual cortex. These stimuli were used to examine changes in the ongoing EEG during visual stimulation. The topographic organization of these changes was studied. It was found that the EEG from those parts of the cortex that are exposed to the stimulus is strongly reduced in amplitude. This stimulus dependency is indicative that cortical processing results itself in a reduction of the ongoing EEG, presumably due to desynchronization of neurons. The method shows that ongoing EEG can be used for functional mapping of cortical areas and is therefore valuable in situations where stimulus locked activity can not be measured.","author":["Vijn, P.C.","van Dijk, B.W.","Spekreijse, H."],"author_short":["Vijn, P.","van Dijk, B.","Spekreijse, H."],"bibtex":"@article{ Vijn_etal92,\n author = {Vijn, P.C. and van Dijk, B.W. and Spekreijse, H.},\n title = {{{T}opography of occipital {E}{E}{G}-reduction upon visual stimulation}},\n journal = {Brain Topogr},\n year = {1992},\n volume = {5},\n pages = {177--181},\n abstract = {Visual stimuli were designed to drive a high proportion of the neurons\n\tin restricted parts of the human visual cortex. These stimuli were\n\tused to examine changes in the ongoing EEG during visual stimulation.\n\tThe topographic organization of these changes was studied. It was\n\tfound that the EEG from those parts of the cortex that are exposed\n\tto the stimulus is strongly reduced in amplitude. This stimulus dependency\n\tis indicative that cortical processing results itself in a reduction\n\tof the ongoing EEG, presumably due to desynchronization of neurons.\n\tThe method shows that ongoing EEG can be used for functional mapping\n\tof cortical areas and is therefore valuable in situations where stimulus\n\tlocked activity can not be measured.}\n}","bibtype":"article","id":"Vijn_etal92","journal":"Brain Topogr","key":"Vijn_etal92","pages":"177--181","title":"Topography of occipital EEG-reduction upon visual stimulation","type":"article","volume":"5","year":"1992","bibbaseid":"vijn-vandijk-spekreijse-topographyofoccipitaleegreductionuponvisualstimulation-1992","role":"author","urls":{},"downloads":0},"search_terms":["topography","occipital","eeg","reduction","upon","visual","stimulation","vijn","van dijk","spekreijse"],"keywords":[],"authorIDs":[],"dataSources":["ErLXoH8mqSjESnrN5"]}