QuestionAugust 10, 2025

Which of the following statements is correct regarding prokaryotic genetics? Crossing over during prophase I introduces a significant amount of genetic variation. Mutations in the DNA are a primary source of variation in prokaryote populations. Prokaryotes skip sexual life cycles because of their need to quickly reproduce. Prokaryotes exchange some of their genes by the union of haploid gametes or transduction.

Which of the following statements is correct regarding prokaryotic genetics? Crossing over during prophase I introduces a significant amount of genetic variation. Mutations in the DNA are a primary source of variation in prokaryote populations. Prokaryotes skip sexual life cycles because of their need to quickly reproduce. Prokaryotes exchange some of their genes by the union of haploid gametes or transduction.
Which of the following statements is correct regarding prokaryotic genetics?
Crossing over during prophase I introduces a significant amount of genetic variation.
Mutations in the DNA are a primary source of variation in prokaryote populations.
Prokaryotes skip sexual life cycles because of their need to quickly reproduce.
Prokaryotes exchange some of their genes by the union of haploid gametes or transduction.

Solution
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Answer

Mutations in the DNA are a primary source of variation in prokaryote populations. Explanation 1. Identify the nature of prokaryotic genetics Prokaryotes do not undergo meiosis, so crossing over during prophase I does not apply to them. They reproduce asexually and do not form haploid gametes. 2. Evaluate sources of genetic variation in prokaryotes Mutations are indeed a primary source of genetic variation in prokaryotic populations due to their rapid reproduction rates. 3. Consider gene exchange mechanisms in prokaryotes Prokaryotes can exchange genes through processes like transformation, transduction, and conjugation, but not by the union of haploid gametes.

Explanation

1. Identify the nature of prokaryotic genetics<br /> Prokaryotes do not undergo meiosis, so crossing over during prophase I does not apply to them. They reproduce asexually and do not form haploid gametes.<br /><br />2. Evaluate sources of genetic variation in prokaryotes<br /> Mutations are indeed a primary source of genetic variation in prokaryotic populations due to their rapid reproduction rates.<br /><br />3. Consider gene exchange mechanisms in prokaryotes<br /> Prokaryotes can exchange genes through processes like transformation, transduction, and conjugation, but not by the union of haploid gametes.
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