EyeRelax Treatment for Amblyopia EyeRelax Amblyopia seeks the efficiency of the above from knowledge accumulated in the field of neuroscience, especially in the area of visual fields. Human retina exist 3 types of cones cells that are sensitive to different light spectrum, that is 570 to 590 nm (red), 530 to 565 nm (green) and 430 to 460 nm (blue) respectively. In addition there are rods cells that are sensitive to grey contrast. These are light sensitive cells. Beyond the rods and cones cells, we have bipolar and ganglion cells that helps to transmit signals generated by the rod & con cells to our brains. These cells exhibit very different individual reactions to visible spectrum. One type of ganglion cells for example is excited by spectrum of 620 to 680 nm (red) but is inhibited by spectrum of 530 to 565 nm (green). The second type of ganglion cell presents the reverse characteristic. The third type of ganglion cell is excited by 430 to 460 nm spectrum (blue) but it inhibited by 570 to 590 nm spectrum (yellow); and again the fourth type exhibits the reverse characteristics. Research studies reveal that when compared to stationary image or constant spectrum alone, the visual receptive field reaction is strongest when exposed to significant spectrum contrast; varying spectrum contrast; darkness/brightness contrast; and stereo image contrast. EyeRelax Amblyopia is clinically programmed based on the findings of these researches to generate high response from our retina rods cells, cones cells, the ganglion cells, thereby heightening the visual evoked potential to our vision neuro.
In the 10 minutes programming sequencing, EyeRelax is designed to: |