Short-term deprivation of one eye by monocular patching causes a temporary increase in
the contribution of that eye to binocular vision when the eye patch is removed. This effect …

Several studies have shown that short‐term monocular patching can induce ocular
dominance plasticity in normal adults, in which the patched eye becomes stronger in …

In the recent decade, studies have shown that short-term monocular deprivation strengthens
the deprived eye's contribution to binocular vision. However, the magnitude of the change in …

Purpose: Ocular dominance is an extensively studied form of neural plasticity. Several
recent studies have demonstrated that a degree of eye dominance plasticity occurs in adults …

The input from the two eyes is combined in the brain. In this combination, the relative
strength of the input from each eye is determined by the ocular dominance. Recent work has …

In healthy adults with normal vision, temporary deprivation of one eye's visual experience
produces transient yet robust homeostatic plasticity effects, where the deprived eye …

In the last decade, studies have shown that short-term monocular deprivation strengthens
the deprived eye's contribution to binocular vision. However, the magnitude of the change in …

Adult homeostatic visual plasticity can be induced by short-term patching, heralded by a shift
in ocular dominance in favor of the deprived eye after monocular occlusion. The potential to …

The adult visual system was traditionally thought to be relatively hard-wired, but recent
studies have challenged this view by demonstrating plasticity following short-term …

Does cortical plasticity depend on the temporal coherence of visual stimuli? We addressed
this question by studying ocular dominance (OD) plasticity in mice that were stimulated by …