If I Was A Color What Color Would I Be Quiz

Baby Eye Color Calculator

If you have just had a child or are expecting one, you must have at least once wondered what color your child's eyes would be. Whose eyes will your baby inherit - mother or father?

Well, you don't have to wonder about it anymore. Our baby eye color calculator will give you a hint about what color eyes will soon be gazing at you. Try it out below!

Baby Eye Color Predictor

Mother's Eye Color

Blue Brown Green

Father's Eye Color

Blue Brown Green

Chances Of Your Baby Eye Color

Most Frequently Asked Questions

Q. What Is Baby Eye Color Calculator?

A baby eye color calculator is an online calculator that can help parents predict the eye color of their children. It tells the likelihood of the baby's eye color on the basis of eye color genetics using color of the parents' eyes.

Q. How Accurate Are These Baby Eye Calculators?

Baby eye calculators are not entirely accurate as genes contribute to the eye color. Also, they do not explain hazel and other shades of brown. So we'd suggest you not to depend entirely on the calculator.

Q. What is Waardenburg Syndrome?

There are cases when babies are born with one eye as brown and another eye as blue. It is because of a medical condition called Waardenburg syndrome. However, this is a rare genetic disorder. In such cases, it is essential that you consult an ophthalmologist.

Studies are going on to find accurate reasons behind the changes in eye color of a newborn.

Q. What is Heterochromia?

Heterochromia is a genetic or acquired eye condition that affects iris. The baby with this condition ends up having two eye colors i.e. having eyes with different colors.
In complete heterochromia, each iris has a different color. Mostly, one is blue and the other brown.
Sectoral (partial) heterochromia is where only a portion of iris has a different color.
Central heterochromia is when the inner ring has a different color from the outer ring.
Genetic heterochromia is an autosomal dominant condition. The child has about 50% chance of inheriting the condition and a 50% chance of passing it to their offspring.
The causes of acquired heterochromia include glaucoma, inflammation, Waardenburg syndrome, neurofibromatosis, injury, and illnesses. Most of the cases are benign and congenital.
There is no treatment for heterochromia if it is genetic. But if it is due to an underlying condition (acquired), that condition needs to be treated.
Some cases of acquired heterochromia may even shorten the lifespan.