Question

two genes are involved in determining the color of a species of foxglove flower. the dominant allele of the m gene produces a light magenta pigment. the dominant allele of the d gene causes a darkening of the pigment produced by the m gene, resulting in dark magenta flowers. the d gene is therefore:

Answer 1

The d gene is therefore heterozygous because it has two different alleles of a particular gene or genes.

In this case, there are two genes whose expression can be seen i.e., gene m produces light magenta pigment, and d causes a darkening of the pigment produced by the m gene. It is a typical case of heterozygosity.

A dominant allele may be a variety of a quality that will create a certain phenotype, indeed within the nearness of other alleles. A prevailing allele ordinarily encodes for a working protein.

The allele is overwhelming since one duplicate of the allele produces a sufficient protein to supply a cell with a bounty of a given product. A heterozygous person may be a diploid living being with two alleles, each of a different sort.

Even though each living being can have as it were two alleles, there can be numerous, numerous varieties of quality displayed in a populace.

Learn more about dominant alleles at

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