Codominance

The blend of warm and cool colors in the painting represented codominance.

The dog had both long and short hair due to codominance of the respective alleles.

The bicolored eyes of the cat are a result of codominance.

The patches of different colors on the horse's coat are due to codominance.

The cornfield boasted an array of colors as a result of codominance in the genes.

The spotted feathers on the bird's wings were a characteristic of codominance.

Codominance in plants can lead to variegated leaves, with patches of different colors.

The cow's coat exhibited codominance, as patches of both brown and white coloration were present throughout its fur.

The blood type AB is a result of codominance, where both A and B antigens are expressed on the surface of red blood cells.

The child inherited the blood type AB from their parents due to codominance.

Some butterfly species exhibit codominance in their wing coloration, resulting in a combination of different patterns and shades.

The hybrid tomato plant displayed codominance in fruit color, producing tomatoes that were both yellow and red.

Codominance can result in a person having both curly and straight hair strands.

The feathers of the bird exhibited codominance, displaying a mix of blue and green hues.

The spotted coat pattern of a cow is an example of codominance between alleles for solid color and alleles for white spots.

Some inherited disorders, like sickle cell anemia, exhibit codominance in the expression of abnormal hemoglobin.

Codominance is observed in certain fish species, where individuals display both striped and spotted patterns.

The curly and straight hair of the child exhibited codominance.

In genetics, codominance occurs when two alleles for a trait are equally expressed in a heterozygous individual.

The rooster's feathers showed codominance, with a mix of black and white plumage in a piebald pattern.

The flower displayed codominance with red and white petals, creating a beautiful striped pattern.

The black and white feathers of the bird displayed codominance.

In Mendelian genetics, codominance occurs when both red and white flowers are expressed in a heterozygous plant.

In some plants, the codominance of alleles for purple and white flowers results in flowers with both purple and white petals.

The speckled feathers of a chicken are a result of codominance between two different feather color genes.

The flowers in the garden show codominance, with some petals being purple and others being white.

The sweet and sour taste of the fruit was due to codominance of different flavors.

The red and white flowers on the same plant are a result of codominance.

Some butterfly species exhibit codominance in wing patterns, where both dark and light alleles are present, resulting in a striking combination.

In a certain breed of dogs, the gene for coat color displays codominance, resulting in patches of black and white fur.

The butterfly's wings exhibited codominance, with a combination of vibrant colors and patterns.

The brown and blonde hair of the child showed codominance.

The calico cat's coat color is a result of codominance.

In human blood types, the AB blood type is an example of codominance.

Codominance is observed in certain breeds of cattle, where individuals have both short and long horns.

The striped pattern on the snake's skin was a result of codominance between two different color alleles.

The orchid had petals with a mix of red and white colors due to codominance.

In some flower species, codominance results in petals that have both red and white patches.

The black and brown feathers on the bird's wings are a result of codominance.

The combination of two different alleles in rabbits results in codominance, causing fur that has patches of different colors.

In certain fish species, codominance is responsible for the development of patterns where both stripes and spots are present.

The codominance of the alleles for short and long wings in birds can produce individuals with wings of intermediate length.

The red and white petals on the flower were a result of codominance.

The fish species exhibits codominance, with some individuals having yellow scales, while others have blue scales.

In a cross between a red flower and a white flower, codominance can give rise to a pink flower.

The codominance of black and white fur alleles in dogs can lead to a coat color pattern known as "harlequin."

Codominance can result in unique phenotypic combinations, such as a human with both curly and straight hair.

In plants, codominance can lead to flowers with mixed colors, where both alleles for color are expressed.

Codominance is observed in certain fish species where individuals display a combination of both stripes and spots.

Codominance is observed in certain blood types, such as the AB blood type.