It will increase visual and kinesthetic stimulation.
Our findings have implications concerning the sensitivity of flicker perimetry in the early detection of ischemic/hypoxic retinal disorders and suggest that the development of new perimetric test protocols may increase sensitivity of visual perimetry to ischemic/hypoxic retinal disorders [ 24].
From other studies it is also known, that tACS, applied over visual areas may increase the amplitude of ongoing visual alpha oscillations.
It is plausible that abnormal sleep patterns may increase the risk of visual impairment by affecting systemic and ocular blood supplies, but additional research studies are necessary.
Hypotension, anemia, emboli, and small vessel inflammation may increase the risk of visual loss [ 2].
This raises the possibility that, under some conditions, visual experience may increase sensorimotor cortex engagement during action observation by increasing activation of previously established visuomotor associations, or by triggering predictive processes.
Additionally, there are real concerns that an aperture applied around the wound based solely on visual cues may increase shear and vertical forces at the wound's periphery secondary to the "edge effect" (9).
Although this finding is contrary to the literature on speech perception, which demonstrates better performance in noise when the talker's face is visible, for individuals with normal hearing [ 94] and individuals with hearing impairment [ 95– 97], it is in line with other lines of evidence showing that visual cues may increase listening effort [ 98, 99].
Lowering the resolution may increase performance at the expense of visual clarity.
Moreover, research has proven that dependency on attention and visual information for sensorimotor control may increase with fatigue [ 9, 10].
