Heterochromia is a condition where one eye's iris is a different color than the other eye's iris or one part of an eye's iris is a different color than the rest of the same eye's iris. Heterochromia is more common in dogs and cats than it is in humans. It can be acquired genetically or by an injury or inflammation.
Yes, heterochromia can be passed on to children through genetics. It can be an inherited trait, but it can also occur sporadically. If one or both parents have heterochromia, there is a chance their children may inherit it.
it depends on your point of view. Heterochromia is just a variation in eye color; not harmful.
my good sir, i am asking the exact same question...
3.5%
Complete Heterochromia is rare in humans, but it is common in animals such as dogs and cats.
Approximately 1% of the world's population is estimated to have heterochromia, a condition characterized by having different colored eyes. This can either be genetic or acquired later in life due to injury or disease.
Yes, sectoral heterochromia can be inherited through genetics. It occurs when there is a variation in the amount of melanin in different parts of the iris, which can be passed down from parents to children.
Heterochromia.
You can't, it's genetic.
"Hazel" eye coloring is sometimes caused by central heterochromia. It's still not particularly prevalent in general, but it's not as rare as one might think.
The cast of Heterochromia - 2013 includes: Phil Garrelhas as John Fallow Evan Giannis as Tommy Jada Rifkin as Aly
Heterochromia and driver's license...Hello, as a person with sectoral heterochromia iridius, I just put the dominant color (brown). Most people don't notice anyway. Some licenses now have a "dichromatic" or other box as well, though. In my state they don't have anything for people with heterchromia or sectoral heterochromia. I have heterchromia myself but I just chose the most obvious color because one is a sky blue and the other is light green with a brown streak going downward. People never notice and it really isn't needed because of the low amount of people with noticeable heterochromia.