what’s my eye color grade ? find it !
The pigment melanin in your iris—the pigmented component of your eyes—determines the color of your eyes. The darker your eyes will be, the more pigment you have. Blue, grey, and green eyes are lighter in color because the iris has less melanin.
The majority of individuals on the planet will have brown eyes. Blue and grey are the next most prevalent hues, with green being the rarest.
Melanin not only gives our eyes color, but it also protects them from the sun. Because light eyes have less pigment, they are significantly more vulnerable to the sun’s damaging rays than darker eyes. You know, the one that indicates that two brown-eyed parents are more likely to have brown-eyed children, and two blue-eyed parents are more likely to have blue-eyed children. It might have came with color codes, percentages, and clean lines of inheritance. The tale of how eye color is handed on, however, is more complicated—and unpredictable—than we are told. The quantity of melanin in the iris’s front layers determines eye color. Persons with brown eyes have a lot of melanin in their iris, while people with blue eyes have a lot less. A specific area on chromosome 15 is important for eye color.
Why do people’s eyes seem to be different colors?
Melanin, the protective pigment that also controls skin and hair color, gives humans their eye color. Melanin is excellent at absorbing light, which is particularly crucial for the iris, which controls how much light enters the eyes. The majority of visible light spectrum travels past the lenses and to the retina, where it is converted to electrical impulses and processed into pictures by the brain. What isn’t absorbed by the iris is reflected back, resulting in what we perceive as eye color.
That color is now determined by the kind and density of melanin a person is born with. The pigment comes in two varieties: eumelanin, which gives a deep chocolate brown, and pheomelanin, which produces amber, green, and hazel. Blue eyes, on the other hand, obtain their color from having a minor quantity of eumelanin. When the pigment is depleted, it scatters light across the iris’s front layer, causing it to reappear in shorter blue wavelengths. As a result, blue is classified as a “structural color,” as opposed to brown and, to a lesser degree, green and hazel, which are classified as “pigment colors.” It’s partly due to an atmospheric light trick known as the Rayleigh effect, which is why the sky looks blue.
Green eyes are fascinating because they mix light scattering with two different types of pigment: They contain significantly more eumelanin than blue eyes, as well as some pheomelanin. Hazel eyes are derived from the same genetic mix, but they contain more melanin localized in the iris’s outer top layer. Red and violet eyes, which are extremely uncommon, range from a little loss of pigment to a total lack of pigment. In reality, since red eyes lack melanin, all we perceive is the reflection of blood vessels. When there is some pigment but not enough to scatter wavelengths, the red and blue combine to generate a rare violet.
nowadays the question: what is my eye color? which grade eye color do I have?
For you, mylumineyes laser eye color change center created eye color grade system.please provide us your eye color grade when making an appointment and requesting information.grading is very important for us in changing eye color with laser.