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-- -- menu predict'eyes eye color calculator how it works predict'eyes baby eye color calculator new! try our baby hair color calculator eye color calculator click on each character to select the color of his eyes paternal grandmother eyes color : undefined undefined brown green blue paternal grandfather eyes color : undefined undefined brown green blue maternal grandmother eyes color : undefined undefined brown green blue maternal grandfather eyes color : undefined undefined brown green blue father eyes color : undefined undefined brown green blue mother eyes color : undefined undefined brown green blue baby eye color brown green blue please share! how it works the determination of the eye color of an individual is a complex and fascinating phenomenon, especially when the birth of a new child approaches. what color would my child's eyes be? what are his chances of having brown, blue or green eyes? the following answers are simplified explanations, the determination of the eye color of an individual depends on much more parameters than those cited below. this method of calculation takes into account only three theoretical eye colors: brown, green and blue. the results given by this calculator are an estimate of the chance of having a child with the eyes of one of these three colors. two principal genes are detected as determinants for eye color: eycl3 (localized on chromosome 15) and eycl1 (localized on chromosome 19). the eycl3 gene determines the amount of melanin present in our eye color, light eyes or dark eyes. its value can be: b (brown) or b (blue). the eycl1 gene determines the blue color or green color of our eyes. its value may be: g (green) or b (blue). on each chromosome, we have two different alleles that come from our mother and our father. these genes have a dominance / recessivity ratio between them, that is, some genes will override others. the b gene is dominant on the b gene, and the g gene is dominant on the b gene. the b gene is always recessive. for example, an individual with brown eyes may have the combination: chromosome 15 (eycl3 gene): allele 1 => b, allele 2 => b, dominant gene => b chromosome 19 (eycl1 gene): allele 1 => b, allele 2 => b, dominant gene => b the color determined by the eycl1 gene is blue, but that determined by the eycl3 gene is brown. finally, this individual would have brown eyes because the gene eycl3 (having value b) will be dominant on the eycl1 gene (having value b). the notion of "undefined" color corresponds to an individual whose eye color is unknown. this means that he can possess one of the sixteen possible combinations that can determine the color of his eyes. of the sixteen possible combinations: twelve correspond to the brown color, three to the green color, and one to the blue color. here are the sixteen possible combinations: bb gg => brown bb gb => brown bb bg => brown bb bb => brown bb gg => brown bb gb => brown bb bg => brown bb bb => brown bb gg => brown bb gb => brown bb bg => brown bb bb => brown bb gg => green bb gb => green bb bg => green bb bb => blue when we know the color of an individual's eyes, we can determine the possible combinations corresponding to him. the chromosomes of baby will be made up of one or the other of the alleles of each of the parents. we can therefore calculate all the possible combinations determined by the eye color of each parent. for example: - for two parents with brown eyes, the number of possible combinations is 331776 !!! - for two parents with blue eyes, the number of possible combinations is now only 16 (but all equal to "bb bb"). using this method of calculation, we find that two parents with blue eyes and / or green eyes can not have a child with brown eyes. whereas in reality this could happen! even if the possibilities are minimal, they prove the limits of this method of calculation. it is for this reason that the calculator is "rigged" when the final result is displayed, in the event that both parents have green and or blue eyes, to indicate a minimum percentage of chance that the child could have brown eyes. frequently asked questions what are the different elements that make up the eye? the eye is an organ that detects light and is the basis of the sense of sight. its function is to convert light energy into electrical signals that are sent to the brain through the optic nerve. the human eye works in a very similar manner to that of most vertebrates and some molluscs. it is made up of : of a lens, which is adjustable according to the distance; of a "diaphragm", called pupil, whose diameter is regulated by the iris; and a light-sensitive tissue, which is the retina.. the light penetrates through the pupil, passes through the lens and is projected on the retina, where it is transformed, thanks to cells called photoreceptors, into nerve impulses that will be transported via the optic nerve to reach the brain. does the color of the eyes change with age? the color or tint of the eyes of a human being changes very little during our existence, except during the first days of our lives when the color of our baby's eyes is not yet completely determined. but some diseases, or serious accidents can slightly transform the color of our eyes. another cause of an individual's eye color change is the fact that some have an iris or melanin is not uniformly distributed, resulting in an iris of many colors. according to various external changes (such as sunlight), or physiological (blood pressure), the color perceived by people watching you may differ. can we change the color of his eyes? the color of the eyes depends on the type and amount of pigment the iris has. this pigment, called melanin, is a natural eye protection against ultraviolet rays. during the evolution of the human species, over the centuries, a greater amount of melanin has developed in the sunnier areas (brown eyes, black eyes, brown eyes) and less melanin (gray eyes, blue eyes, green eyes) in the less luminous areas. many people, for aesthetic reasons, want to change the color of their eyes and the only way is the use of cosmetic contact lenses which, if they are well adapted, is a safe method. what is the percentage of people with brown, green or blue eyes? the distribution of the color of the eyes of human beings on our planet is far from homogeneous. this distribution varies enormously according to the geographical areas and ethnic groups represented. the eye colors vary from blue, green brown, amber, brown, almost black, gray or even multicolored! but we can classify them into three main categories: blue, green and brown. the most represented color in the world is the brown color, with about 75% of the world's population, then comes the color of blue eyes with about 23% and finally the color green with less than 2%. what are the laws of mendelian genetics? mendel's laws were developed by a genetic researcher, considered the father of genetics: gregor mendel. this scientist has conducted experiments that have elucidated the fundamental elements of heredity, an example of mendel's law is the prediction of the traits of descendants by the characteristics of the parents of an animal or plant species. this scientist has been inventing some of the most well known terms of genetics, such as the terms "dominant" and "recessive", which are hereditary factors present in the characteristics and hereditary traits of organisms across the three laws from mendel. which are: "law of uniformity of the first generation hybrids", "law of disjunction of the alleles" and "law of independent segregation of the multiple hereditary characters". where does the color of green eyes come from? green eyes are the product of moderate amounts of melanin. green is an intermediate color between brown tones and blue or gray tones. the genes involved are eycl1 and eycl3. thus, the dominant allele for eycl1, conjugated to any allele for eycl3, with the ex
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