How does nature induce genetic diversity into microorganisms that reproduce asexually?
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How does nature induce genetic diversity into microorganisms that reproduce asexually?
a) Why do species that reproduce sexually have more genetic variation than species that reproduce asexually? b) Why is it difficult to use genetics to predict exactly how tall someone will be? c) Many prokaryotes reproduce asexually using binary fission. Why is it impossible for a prokaryote to use the process of meiosis for reproduction? d) Monosomy is a genetic disorder. In this disorder, a person receives one gamete that has is missing a chromosome. This gives the person one...
Female copperhead snakes have the ability to reproduce both sexually and asexually. In your opinion, which method is best for the species in general and why? Develop your opinion and include the following in your post: Discuss asexual and sexual reproduction in terms of genetic diversity. How is meiosis related to genetic diversity? Use one of Gregor Mendel's ideas to support your opinion. PLEASE TYPE THE RESPONSE
the bacteria in figure 1.8 reproduce asexually, yet they are evolving. What is their source of genetic variation?
Many bacteria reproduce asexually by binary fission and offspring inherit identical copies of parent genes. Why do bacteria also utilize transduction for replication within the cell? creation of bacteriophages transfer of genetic material into host increased rate of evolution environmental changes outside of cell
Discuss asexual and sexual reproduction in terms of genetic diversity. How is meiosis-related to genetic diversity.
According to an idea called the Red Queen hypothesis, sexual reproduction is favored over asexual reproduction when pathogens are present because it increases genetic diversity, allowing some of the host offspring to escape the pathogen. Some researchers were interested in testing this idea in aphids which can reproduce both asexually and sexually. In this study, the researchers measured rates of fungal infection and frequency of sexual reproduction across many populations to see if these two variables were related. It was...
How would the forces of nature and nurture combine with epigenetic influences to induce change in a species? What types of changes would be necessary for our species to survive?
why does effective artificial selection require both the presence of genetic diversity as well as selective breeding?
How would the forces of nature and nurture combine with epigenetic influences to induce change in a species? What types of changes will be necessary for our species to survive? Will these changes allow for the preservation of our planet and other species?
How would the forces of nature and nurture combine with epigenetic influences to induce change in a species. What types of changes will be necessary for our species to survive? Will these changes allow for the preservation of our planet and other species?