Article ID | Journal | Published Year | Pages | File Type |
---|---|---|---|---|
6287704 | Hearing Research | 2011 | 13 Pages |
Abstract
⺠This article attempts to reconcile two phenomena of auditory cortex, namely that early auditory cortex can show different types of learning-related changes of sound representation and that during learning even this early auditory cortex is under strong multimodal influence. ⺠We put forward the hypothesis that these two phenomena can be connected under the aspect of how task-specific meaning of sounds is derived by either detection, discrimination or categorization learning. âºThis hypothesis is developed from the biological perspective of how behavioral meaning is usually attributed by individuals to novel environmental sounds, namely by multimodal exploration of sources and contexts. ⺠As argued in the article, the firing related to non-auditory events and modulations of auditory responses suggest that auditory cortex functions as a “semantic processor” rather than only an auditory pattern analyzer.
Keywords
N-methyl d-aspartateventral lateral thalamic nucleusSTRFVPLFRFMGNLGNVTANMDAbest frequencysubstantia nigraMedial geniculateLateral geniculatefrequency receptive fieldAuditory Cortexspectrotemporal receptive fieldventral tegmental areaposterior thalamic nucleusMediodorsal thalamic nucleusventral posterolateral thalamic nucleusPulvinar
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Authors
Henning Scheich, André Brechmann, Michael Brosch, Eike Budinger, Frank W. Ohl, Elena Selezneva, Holger Stark, Wolfgang Tischmeyer, Wolfram Wetzel,