When talking about cells, there's a DOMINANT trait and a RESSECIVE trait. The DOMINANT is obviously... well, the dominant one. And if you're writing out the traits, the DOMINANT receives a capital letter and the RESSECIVE receives a lowercase letter, which will sometimes be cursive. I hope that helps! =)
Codominance. It's the case of AB blood types, for instance. Neither trait is dominant over the other, so both manifest.
Codominance. It's the case of AB blood types, for instance. Neither trait is dominant over the other, so both manifest.
Codominance. It's the case of AB blood types, for instance. Neither trait is dominant over the other, so both manifest.
This condition is called codominance. In codominance, neither gene is dominant over the other, so both are expressed in the phenotype. This results in a unique expression of both traits in the individual.
There are two cases where this can happen: Case 1: Codominance: Both alleles are equally present but are distinct. a good example of this is when you breed a white cow with a red cow. both white and red are dominant. when you look at the offspring, it is roan; it has both white and red hairs mixed in with each other. Case 2: incomplete dominance: Both alleles are equally present but are not distinct. a good example of this is is when you mix a white flower and a red flower and you get a pink flower
Codominance. It's the case of AB blood types, for instance. Neither trait is dominant over the other, so both manifest.
Codominance. It's the case of AB blood types, for instance. Neither trait is dominant over the other, so both manifest.
Codominance. It's the case of AB blood types, for instance. Neither trait is dominant over the other, so both manifest.
Codominance. It's the case of AB blood types, for instance. Neither trait is dominant over the other, so both manifest.
This condition is called codominance. In codominance, neither gene is dominant over the other, so both are expressed in the phenotype. This results in a unique expression of both traits in the individual.
Codominant.
Codominance. It's the case of AB blood types, for instance. Neither trait is dominant over the other, so both manifest.
If you have a heterozygous genotype (X, x), then you would take on the phenotype of the dominant allele. There are some instances where neither trait is fully dominant over the other. This is called incomplete dominance, and usually results in a blending effect of the two traits.
A trait that masks another trait is called a dominant trait. This means that when an organism carries both dominant and recessive alleles for a particular gene, only the dominant trait will be expressed in the phenotype.
The form of a trait that appears to mask another form of the same trait is called the dominant trait. Dominant traits will be expressed over recessive traits in a heterozygous individual.
A trait that always appears when it is present is called an obligate trait. This means that the trait is consistently expressed whenever the underlying genetic or environmental conditions are present.
There are two cases where this can happen: Case 1: Codominance: Both alleles are equally present but are distinct. a good example of this is when you breed a white cow with a red cow. both white and red are dominant. when you look at the offspring, it is roan; it has both white and red hairs mixed in with each other. Case 2: incomplete dominance: Both alleles are equally present but are not distinct. a good example of this is is when you mix a white flower and a red flower and you get a pink flower