Hello Mistma,

YOU CAN JUST CHECK OUT THE PROBABILITY OF EYE COLOR USING THE FOLLOWING SITE:

Just enter the eye color of your parents and your mate's parents along with yours and your mate's. This would clearly show the probability of your ki...

Hello Mistma,

YOU CAN JUST CHECK OUT THE PROBABILITY OF EYE COLOR USING THE FOLLOWING SITE:

Just enter the eye color of your parents and your mate's parents along with yours and your mate's. This would clearly show the probability of your kids eye color.

http://museum.thetech.org/ugen...

In humans, brown eyes contain large amounts of melanin (eumelanin) within the iris stroma which serves to absorb light, particularly at the shorter wavelengths. Very dark brown irises may appear to be black. People with light brown or golden irises are sometimes said to have "whiskey eyes".

Brown Eyes:
Brown is very predominant and, in many populations, it is (with few exceptions) the only iris color present. Brown is considered to be the most dominant eye color in the world.

Hazel Eyes:
Hazel eyes are due to a combination of a Rayleigh scattering and a moderate amount of melanin in the iris' anterior border layer. A number of studies using three-point scales have assigned "hazel" to be the medium-color between light brown and dark green. This can sometimes produce a multicolored iris, i.e., an eye that is light brown near the pupil and charcoal or amber/dark green on the outer part of the iris when it is open to the elements of the sun/shined in the sunlight. There is some difficulty in defining the eye color "hazel" as it is sometimes considered to be synonymous with light-brown and other times with dark green. They have been described as dark green or yellowish brown, or as a lighter shade of brown. Hazel eyes have also been described as being equivalent to a dark green or amber color eyes/light brown. In North America, "hazel" is often used to describe eyes that appear to change color, ranging from light brown to green and even blue, depending on current lighting in the environment.

Blue Eyes:
Blue eyes contain low amounts of melanin within the iris stroma; longer wavelengths of light tend to be absorbed by the underlying iris pigment epithelium and shorter wavelengths are reflected and undergo Rayleigh scattering. The type of melanin present is eumelanin. The inheritance pattern followed by blue eyes is thought to be similar to that of a recessive trait.
As melanin production generally increases during the first few years of life (especially if exposed to the sun), the blue eyes of some babies may darken as they get older.

Eye color is an inherited trait influenced by more than one gene. There are two major genes and other minor ones that account for the tremendous variation of human eye color. In humans, three loci associated with eye color are currently known: EYCL1, EYCL2, and EYCL3. These genes account for three phenotypic eye colors (brown, green, and blue) in humans. Eye color usually stabilizes when an infant is around 6 months old.
The inheritance pattern followed by blue eyes is thought to be similar to ...

Eye color is an inherited trait influenced by more than one gene. There are two major genes and other minor ones that account for the tremendous variation of human eye color. In humans, three loci associated with eye color are currently known: EYCL1, EYCL2, and EYCL3. These genes account for three phenotypic eye colors (brown, green, and blue) in humans. Eye color usually stabilizes when an infant is around 6 months old.
The inheritance pattern followed by blue eyes is thought to be similar to that of a recessive trait Brown is considered to be the most dominant eye color in the world.
Hazel eyes are due to a combination of a Rayleigh scattering and a moderate amount of melanin in the iris' anterior border layer.
So the answer is yes they can, but it is against the odds.
Check out the source for more information on this somewhat complicated subject.

Originally, iris color was thought to be a simple trait—one governed by a single gene with multiple forms, or alleles, corresponding to each color. In this scheme, blue was thought to be recessive, requiring two copies of the blue allele in order to be displayed. Therefore, two blue-eyed parents could have only blue-eyed children, since each parent had only blue alleles. However, repeated observation of brown-eyed offspring from two blue-eyed parents showed this view to be wrong. Iris color is likely to be a polygenic...

Originally, iris color was thought to be a simple trait—one governed by a single gene with multiple forms, or alleles, corresponding to each color. In this scheme, blue was thought to be recessive, requiring two copies of the blue allele in order to be displayed. Therefore, two blue-eyed parents could have only blue-eyed children, since each parent had only blue alleles. However, repeated observation of brown-eyed offspring from two blue-eyed parents showed this view to be wrong. Iris color is likely to be a polygenic trait—one governed by at least two genes and possibly more.

Brown versus blue eye color is believed to be controlled by two genes on chromosome 15, called BEY1 and BEY2. Green versus blue eye color is believed to be controlled by a gene on chromosome 15, called GEY. In this system, blue is believed to be recessive to both brown and green. The protein products of these genes are unknown, however, as is the number of alleles possible for each. Furthermore, these three do not fully explain inheritance of all eye colors. More genes, which likely modify the action of these three, are probably involved.

Traditionally, iris color was felt to be stable throughout adulthood. However, iris color may change in response to disease. For example, there is a gradual unilateral (one-sided) loss of pigmentation in Horner's syndrome and in Fuchs' heterochromic iridocyclitis. There is also evidence for pigment loss in the iris as a result of aging, and changes in iris color may also occur spontaneously in normal people after adolescence. In addition, some commonly used drugs such as latanoprost (which lowers intraocular pressure) have caused hyperpigmentation in some irises.

See also: http://www.bookrags.com/resear...
http://www.bookrags.com/resear...

yes you get get a gene frome each parent. Each parent has two different alleles thats can be given. If the parents have 1 blue and one brown then if a parent sends one brown one and the other parent gives blue then brown is dominant. Hazel is said to be a mutation. ....

Yes

yes because it has to do with your genes

I have a daughter with baby blue eyes. I have green eyes. Her dad has brown eyes. Id have to say yes.

yep thats the way life is sometimes. Weird.