Which of the following statements describes an element of the Fisher-Muller hypothesis for adaptive advantage of sexual reproduction?

Question

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The Fisher-Muller hypothesis proposes that sexual reproduction facilitates the combination of favorable mutations that originated in different individuals into advantageous genotypes. This is because in asexual reproduction, any beneficial mutation that arises in a lineage can only spread through that lineage via clonal reproduction, whereas in sexual reproduction, beneficial mutations can spread to other lineages through recombination. This increases the likelihood of beneficial mutations coming together to form advantageous genotypes.

Option A is incorrect because linkage disequilibrium is actually broken down by recombination, which is more efficient in sexual reproduction. Option B is incorrect because disrupting coadapted gene complexes is a potential disadvantage of sexual reproduction, not an advantage. Option D is incorrect because while sexual reproduction can expose harmful or deleterious mutations in the genome, it also allows for better removal of these mutations through recombination and genetic exchange.

Which of the Following Statements Describes an Element of the Fisher-Muller