Frequency discrimination may represent one measure of the co-operativeactivity of spatial channels. In amblyopia, frequency discrimination is abnormal for higher spatial frequencies when temporal factors are restricted and subjective contrast cues eliminated. This result suggests, when considered in the light of the findings of Parts I and II, that in amblyopia, the co-operativeactivity of size selective channels is anomalous.

Apreliminaryinvestigation of neuralfunction and dysfunction in amblyopia—III: Co-operativeactivity of amblyopicchannels / R. F. Hess; D. C. Burr; F. W. Campbell. - In: VISION RESEARCH. - ISSN 0042-6989. - STAMPA. - 20:(1980), pp. 757-760. [10.1016/0042-6989(80)90005-X]

Apreliminaryinvestigation of neuralfunction and dysfunction in amblyopia—III: Co-operativeactivity of amblyopicchannels

BURR, DAVID CHARLES;
1980

Abstract

Frequency discrimination may represent one measure of the co-operativeactivity of spatial channels. In amblyopia, frequency discrimination is abnormal for higher spatial frequencies when temporal factors are restricted and subjective contrast cues eliminated. This result suggests, when considered in the light of the findings of Parts I and II, that in amblyopia, the co-operativeactivity of size selective channels is anomalous.
1980
20
757
760
R. F. Hess; D. C. Burr; F. W. Campbell
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Utilizza questo identificatore per citare o creare un link a questa risorsa: https://hdl.handle.net/2158/680135
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