Answer:
They have different genes just as humans do
Explanation:
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.
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Most flowers are bright in color because it is attractive to pollinators.
<h3>What is adaptation?</h3>
An adaptation is any phenotypic trait that confers an evolutionary advantage to an individual.
Most flowers are bright in color because it is attractive to pollinators, which is required to transport pollen to other flowers and thus increase the genetic variation in the plant population.
In conclusion, flowers are bright in color to attract pollinators.
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The tough shell made of protein of the viruses is called capsid (Solution A). The protomers are the subunits if this shell, which are made of protein. The structure of the capsid is either helical or icosahedral.
When a virus infects a cell it begins to replicate itself and during this process new subunits (new protomers) are synthesized according to the genetic material of the virus.
