Q: Why does transposition always produce direct repeats in the chromosomal DNA?
Why does transposition always produce direct repeats in the chromosomal DNA?
See AnswerQ: Discuss the reasons why the proteome is larger than the genome of
Discuss the reasons why the proteome is larger than the genome of a given species.
See AnswerQ: Which types of TEs have the greatest potential for proliferation: insertion
Which types of TEs have the greatest potential for proliferation: insertion elements, simple transposons, or retrotransposons? Explain your choice
See AnswerQ: Do you consider TEs to be mutagens? Explain.
Do you consider TEs to be mutagens? Explain.
See AnswerQ: Let’s suppose that a species of mosquito has two different types of
Let’s suppose that a species of mosquito has two different types of simple transposons that we will call X elements and Z elements. The X elements appear quite stable. In a population of 100 mosquitoe...
See AnswerQ: This chapter describes different types of TEs, including insertion elements,
This chapter describes different types of TEs, including insertion elements, simple transposons, LTR retrotransposons, and non-LTR retrotransposons. Which of these four types of TEs have the following...
See AnswerQ: What features distinguish a transposon from a retrotransposon? How are their
What features distinguish a transposon from a retrotransposon? How are their sequences different, and how are their mechanisms of transposition different?
See AnswerQ: How does micF antisense RNA affect the translation of ompF mRNA?
How does micF antisense RNA affect the translation of ompF mRNA?
See AnswerQ: The occurrence of multiple transposons within the genome of organisms has been
The occurrence of multiple transposons within the genome of organisms has been suggested as a possible cause of chromosomal rearrangements such as deletions, translocations, and inversions. How could...
See AnswerQ: What is the difference between an autonomous and a nonautonomous transposable element
What is the difference between an autonomous and a nonautonomous transposable element? Is it possible for nonautonomous TEs to move? If yes, explain how.
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