Eye dominance refers to the preference to use one eye more than the fellow eye to
accomplish a task. However, the dominant eye revealed can be task dependent especially …

An interlude of dark exposure for about 1 week is known to shift excitatory/inhibitory (E/I)
balance of the mammalian visual cortex, promoting plasticity and accelerating visual …

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 …

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 …

The adult human visual system maintains the ability to be altered by sensory deprivation.
What has not been considered is whether the internal neural states modulate visual …

Classic studies of ocular dominance plasticity in early development showed that monocular
deprivation suppresses the neural representation and visual function of the deprived eye …

Purpose To determine if benefits from occlusion therapy are due to decreased suppression
from the fellow eye in children with amblyopia. Methods Ten newly diagnosed amblyopes …

Sighting dominance is an important behavioral property which has been difficult to measure
quantitatively with high precision. We developed a measurement method that is grounded in …

The ocular dominance shift observed after short-term monocular deprivation is a widely
used measure of visual homeostatic plasticity in adult humans. Binocular rivalry and …

Short‐term monocular deprivation (MD) shifts sensory eye balance in favour of the
previously deprived eye. The effect of MD on eye balance is significant but brief in adult …