Adaptation to a high-contrast grating stimulus causes reduced sensitivity to subsequent
presentation of a visual stimulus with similar spatial characteristics. This behavioral finding …

Contrast adaptation, generated by prolonged viewing of a high contrast spatial pattern, is
known to reduce perceptual sensitivity to subsequently presented stimuli of similar spatial …

Prolonged viewing of high contrast gratings alters perceived stimulus contrast, and produces
characteristic changes in the contrast response functions of neurons in the primary visual …

Prior exposure to a moving grating of high contrast led to a substantial and persistent
reduction in the contrast sensitivity of neurons in the lateral geniculate nucleus (LGN) of …

Contrast adaptation is a psychophysical phenomenon, the neuronal bases of which reside
largely in the primary visual cortex. The cellular mechanisms of contrast adaptation were …

Cat striate cortical neurons were investigated using a new method of studying adaptation
aftereffects. Stimuli were sinusoidal gratings of variable contrast, spatial frequency, and drift …

How neural activity produces our experience of color is controversial, because key
behavioral results remain at odds with existing physiological data. One important …

Spatial contrast adaptation, produced by prolonged exposure to high contrast grating
patterns, has become an important psychophysical method for isolating spatial and …

Contrast adaptation is a basic property of visual information processing. However, important
questions about contrast adaptation in the lateral geniculate nucleus (LGN) remain. For …

Adaptation-induced changes in the temporal-frequency tuning and direction selectivity of cat
visual cortical cells were studied. Aftereffects were induced largely independent of direction …