Dimples are a dominant trait.
dimples
dominant :)
humans either have straight thumbs or bent thumbs
a example of a gene
Not necessarily, dimples are a dominant gene and if neither you nor your spouse passed it on, the baby will not have dimples. The chance of your child not having dimples is probably 1/4. However, if BOTH your parents have dimples, it is possible there will be a 100% chance of the baby having dimples. It's complicated. Basically there is a three fourths chance of dimples.
Yes. Dimples are dominant. If you have one or two dimples, you have the dominant trait, and your genotype is D-, meaning that we don't know whether you are homozygous dominant or heterozygous for the trait. If you don't have dimples, your genotype is dd, which is homozygous recessive.
Some observable traits in humans are dimples, earlobes, tongue-rolling, cleft chin, hairline, and freckles. The relationship between the frequency of a trait in a population and whether the trait is dominant or recessive because in inherited human traits, the offspring can either have dimples or no dimples.
dimples
dominant :)
Around 20-30% of people in the US are estimated to have dimples. Dimples are considered a dominant genetic trait, so they often run in families.
No, dimples are not common among Chinese people. Dimples are a genetic trait that is found in individuals of all ethnicities, but they are not specific to any particular group.
humans either have straight thumbs or bent thumbs
It is estimated that around 20-30% of the population have dimples in the United States. Dimples are a genetic trait and can be inherited from one or both parents.
They are autosomal because it is a trait a phenotype.
A dimple is a dominant trait. If a father has two dominant dimple genes (DD) and the mother has two recessive dimple genes (dd), the baby's dimple alleles will be Dd, meaning he will have dimples.
Around 20% of the American population is estimated to have dimples. Dimples are caused by a genetic trait that causes certain muscles to be shorter than usual, creating a visible indentation when a person smiles.
a example of a gene