Previous research has shown that ocular dominance can be biased by prolonged attention
to one eye. The ocular-opponency-neuron model of binocular rivalry has been proposed as …

Training of viewing an altered‐reality environment dichoptically has been found to reactivate
human adult ocular dominance plasticity, allowing improvement of vision for amblyopia. One …

Previous research has found that prolonged eye-based attention can bias ocular
dominance. If one eye long-termly views a regular movie meanwhile the opposite eye views …

Brain plasticity and function is impaired in conditions of metabolic dysregulation, such as
obesity. Less is known on whether brain function is also affected by transient and …

Introduction Modeling work on binocular rivalry has described how ocular opponency
neurons represent interocular conflict. These neurons have recently been considered to …

Primary visual cortex (V1) retains a form of plasticity in adult humans: a brief period of
monocular deprivation induces an enhanced response to the deprived eye, which can …

Background Studies have shown that short-term monocular deprivation induces a shift in
sensory eye dominance in favor of the deprived eye. Yet, how short-term monocular …

During the development, the structure and functions of the visual system can be affected by
visual experiences and environments. This is called visual plasticity which is most prominent …

在个体视觉系统的发展过程中, 视觉系统的结构与功能会受到视觉经验和内外部环境的影响而
发生改变, 这被称为视觉可塑性. 视觉可塑性在出生后的发育关键期内达到峰值 …

Patching one eye of an adult human for a few hours has been found to promote the
dominance of the patched eye, which is called short-term monocular deprivation effect …