The capacity for an allele to interact well with other genes of the genome will affect whether this allele will persist in the population. This phenomenon is an illustration of which of the following evolutionary forces or principles?

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The interaction of an allele with other genes in the genome is an example of natural selection, as these interactions can affect the fitness of individuals carrying the allele. Genes that interact well with other genes in the genome may be more advantageous and therefore more likely to persist in the population over time. Genetic drift (A) and genomic drift (B) describe random fluctuations in allele frequencies due to chance events, rather than selective pressures. Concerted evolution (D) refers to the homogenization of gene sequences within a species, while biased gene conversion (E) describes the process by which certain alleles are preferentially converted to the more common form during meiotic recombination.

The Capacity for an Allele to Interact Well with Other