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It is possible for a child with a brown-eyed parent and a green-eyed parent to have blue eyes if there is the trait for blue eyes in the child's genetics. Such as a grandparent with blue eyes.
Brown, blue, or a mixture making a grayish blueish brown!
you jackass
Theoretically, a blue eyed man and a blue eyed woman cannot produce a brown-eyed child. The reason is that neither parent carries the brown-eyed gene. If the father or mother did carry the brown-eyed gene, the eyes/irises of that parent would be brown. The gene for brown is dominant over the gene for blue. However, two brown eyed parents can produce a blue eyed child. In that case, each parent with brown eyes must carry the gene for blue - the parents' eyes are brown because the brown gene is dominant over the blue gene. However, if the child inherits a blue gene from both brown eyed parents, the result will be blue eyes although both parents have brown eyes. In the case of one parent with brown eyes and one parent with blue eyes, there is a possibility that the parent with brown eyes possesses the non-dominant blue gene. If the child inherits the blue gene from that brown eyed parent, the child's eyes will be blue since the gene from the other parent with blue eyes will be blue. There is a condition known as heterochromia iridis where one eye is brown and one eye is blue. This condition is usually pathological on a neurogenic or inflammatory basis with the abnormality usually being in the lighter/ blue eye. Acquired heterochromia iridis that develops in an adult may suggest a melanoma of the iris in the brown eye.
Well, both of my parents had brown eyes. Out of 11 kids 3 had brown and the rest of us had blue.Come to think of it, the mailman and the milkman had blue eyes.
the child received genetic information from each parent.
A dormant gene is one that is present but inactive. An example of this would be when a baby is conceived by a blue eyed and brown eyed parent. The child will have brown eyes. This is because the brown eyed gene is dominant and the blue eyed gene will lay dormant.
The genetics of eye color are more complex than realized previously. Almost any parent-child combination of eye colors can occur.
If the baby gets a brown eye gene from one parent and a blue eye gene from the other parent, the child will likely have brown eyes because brown is dominant over blue. Or if the brown eyed parent has a blue recessive gene and the baby gets it then that child will have 2 blue eye genes and will have blue eyes. Of course there could be other recessive genes of other colors so the child could have hazel or green too. This is my basic understanding of how it works.
Brown unless the mothers parent has blue eyes. Some cases are very different. It really depends on how many children the parents have or are planning to have. Most of the children will have brown eyes in this case. 1 out of 4 will have either blue or a green pigment. If the parent has only 1-3 children it is highly likey that their eyes will be brown instead of blue/green. This is not 100% that any of the children will have blue/green even if there were 8 children. It depends on how the gene "deals the hand of cards" to each individual child. Its more like a 65-75% chance that 1 out of 4 will have a blue/green eye color. If lucky the first child could very well have blue/green eyes, but the possibility is very slim.
The gene that causes blue pigmentation of the eyes is a recessive gene. The parents both have to have that recessive gene for the child to have blue eyes. of course if the descendants of the baby have blue eyes or the ancestors
Yes, if one of the son's relatives have blue eyes Yes. If both parents have blue eyes the child would have blue eyes. If the mother has blue and the father has brown the child can have blue or brown eyes.