a example of a gene
a example of a gene
Genotype refers to an individual's genetic makeup, while phenotype refers to the observable traits or characteristics of an organism resulting from the interaction of its genotype with the environment. For example, in humans, having the genotype for blue eyes (alleles for blue eyes) would result in the phenotype of having blue eyes.
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.
The genotype of an organism refers to its genetic makeup, while its phenotype relates to its observable traits. For example, a plant with the genotype for tall height may exhibit a phenotype of actually being tall in stature.
Dimples are thought to be a dominant trait, meaning that an individual only needs one copy of the gene for dimples to have them. If both parents have dimples, their children are likely to inherit dimples as well.
a example of a gene
This would depend on whether the allele for dimples is dominant or recessive. If the allele for dimples is dominant and the no dimples allele is recessive then the phenotype of the individual would be dimpled. If the allele for no dimples is dominant and the allele for no dimples is recessive then the dimples will not be expressed. If these alleles are codominant then the dimples will be expressed but not as much as in an individual who has both alleles for dimples.
This would depend on whether the allele for dimples is dominant or recessive. If the allele for dimples is dominant and the no dimples allele is recessive then the phenotype of the individual would be dimpled. If the allele for no dimples is dominant and the allele for no dimples is recessive then the dimples will not be expressed. If these alleles are codominant then the dimples will be expressed but not as much as in an individual who has both alleles for dimples.
This would depend on whether the allele for dimples is dominant or recessive. If the allele for dimples is dominant and the no dimples allele is recessive then the phenotype of the individual would be dimpled. If the allele for no dimples is dominant and the allele for no dimples is recessive then the dimples will not be expressed. If these alleles are codominant then the dimples will be expressed but not as much as in an individual who has both alleles for dimples.
The phenotype is a physical characteristic that is expressed by the genes. ----- An example of a phenotype is human blood group.
While the president is known for having a very photogenic smile, he does not seem to have dimples.
Genotype refers to an individual's genetic makeup, while phenotype refers to the observable traits or characteristics of an organism resulting from the interaction of its genotype with the environment. For example, in humans, having the genotype for blue eyes (alleles for blue eyes) would result in the phenotype of having blue eyes.
Tom selleck
There is a 50% chance of a child having dimples if one parent has them and a 75% chance if the two parents have them. A child can also have them as the result of a genetic mutation even if neither parent has dimples.
Genotype codes for phenotype. Phenotype is the expressed trait, for example, black fur. The genome that codes for black fur would be BB for example
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.
Discreet data.