What is the difference between Codominance and Incomplete Dominance?

Codominance and incomplete are types of genetic inheritance. Codominance is where no allele blocks the expression of the other allele, while incomplete dominance or partial dominance is where the dominant allele does not completely mask the effects of the recessive allele; that is, the genotype of both parents blends together.

An example of codominance is when a white goat with genotype WW and a black goat with a genotype BW are made to crossbreed, and their offspring has a combination of both colors, while incomplete dominance is when the offspring of the goat takes on an entirely new color from the blended color of the parents.

In genetics, there are two types of dominance. These two are codominance and incomplete dominance. Both of these types of dominances have alleles that are neither recessive nor dominant. One of the key differences between them is in regards to how the alleles are experienced. With incomplete dominance, the alleles are experienced as a trait.

Examples of this occurring can be found in animals and humans. Codominance differs because the alleles are not experienced as a trait. Examples of this can be found in plants. So if a plant has both genes in the same proportion, it will be condominance.

When you say complete dominance, you mean to say that there is only one allele that is in the genotype that can be seen in the phenotype. In incomplete dominance, you will see that there is a mixture of alleles in the genotype that you can see in the phenotype. Take note that these two are known to be two types of genetic inheritance.

In incomplete dominance, the two parents usually blend together so that they can create a new phenotype for their offspring. In complete dominance, the two alleles are neither dominant nor recessive. They balance out each other. In incomplete dominance, one allele is not completely dominant over the other.

Genetics is an interesting course to study; you get to learn about physical traits present in plants and animals. Genes can also be called DNA sequences which contain alleles. Genes contain the information of the traits passed from parent to child. There are two types of alleles that are found in the gene.

This includes the dominant alleles and recessive alleles. The recessive alleles usually show up in the succeeding generation while the dominant alleles are the trait present in the offspring.

Incomplete dominance usually shows up in animals and humans. In incomplete dominance, both traits can exist as one in an offspring. An example is a father with straight hair and a mother with curly hair. Such a child will manifest both alleles by having wavy hair.

Codominance is very common in the plant.it is a result of the mixture of alleles that come out as one unique trait. In codominance both alleles are dominant.

Codominance and incomplete dominance are the two types of dominance in genetics. These two types of processes contain alleles that are not dominant and are not recessive. The difference between them usually shows on the appearances as the carried trait. In incomplete dominance, the traits occur simultaneously as one in the offspring; while in codominance, the traits are also produced together at the same time. Now, what makes them different from each other?

It is simply that in incomplete dominance, the mixture of alleles is experienced as a trait; while in codominance, the alleles also exist at the same time but not as a trait. Actually, incomplete dominance usually exists in human beings or animals, while codominance usually occurs in plants. For example, the mating of a man with curly hair and a woman with straight hair producing an offspring with wavy hair is an example of incomplete dominance. A yellow flower and green leaves combining with another yellow flower and red leaves producing a yellow flower with red and green leaves side by side is an example of codominance.

The significant difference between codominance and incomplete dominance is based upon the expression of the qualities in the progenies. In codominance, the children receive a combination of both parent genes. Both genes express equally in the offspring. It is when both alleles are similarly strong, and both alleles are visible in the hybrid genotype. An example would be if a white chicken is crossed with a black chicken. With codominance, the chicken would not come out grey, but it would possess both black and white feathers.

With incomplete dominance, a dominant allele, or form of the gene does not entirely mask the effects of the recessive allele. In other words, there are two different parent genes, but the child comes out with the genes blended. For example, a child who has one parent with curly hair, and the other parent has straight hair; incomplete dominance is demonstrated through the child having wavy hair.

When an animal receives both parent genes, and they are in equal proportions, then this is considered to be codominance. When an animal receives a trait from their parents, but it is from a combination of alleles and genes from the parents, then this is considered to be incomplete dominance. Both are non-Mendelian inheritance patterns. In codominance, there is an independent effect of the hybrid, whereas, in incomplete dominance, there is an intermediate of the two alleles of the hybrid.

In codominance, both alleles are conspicuous equally, whereas one allele is conspicuous more than another in the incomplete dominance. The quantitative effect in codominance is absent, whereas the quantitative effect in incomplete dominance is present. These two patterns have a few similarities and differences.