30. Microbes are key to genetic engineering which of the following?

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The prompt presents the question: '30. Microbes are key to genetic engineering which of the following?' and the provided answer is 'All of these', but there are no answer options listed to evaluate.

First, note that in a typical genetics/genetic engineering context, microbes play diverse roles, including serving as hosts for cloning and expression of genes, providing tools like plasmids for DNA manipulation, employing restriction enzymes and specialized restriction-modification systems for gene editing, and enabling transformation or conjugation to introduce DNA into cells. If the options had included items such as plasmids, restriction enzymes, competent cells, and methods of transformation, one would assess which of these are indeed used in microbial genetic engineering and whether they collectively cover the common tools.

Now, with no answer options provided, we cannot perform option-by-option reasoning. There is no basis to confirm or refute any specific statement since we cannot map each choice to the claim of its accuracy. In a standard multiple-choice setup, each choice would be evaluated for accuracy, common misconceptions would be identified (for example, assuming only one tool is involved when multiple tools are typically employed), and the interactions among tools would be explained to show why some options are true while others are false.

If the intended options included familiar components such as 'plasmids enable cloning in bacteria', 'restriction enzymes cut DNA at specific sequences', 'competent cells allow DNA uptake', and 'molecular chaperones assist protein folding in vivo', you would weigh each statement against established facts: plasmids are widely used vectors in bacteria; restriction enzymes are essential for precise DNA cutting; competent cells are necessary for DNA uptake in transformation; and while molecular chaperones are important in protein folding, they are not unique to the genetic engineering toolkit in microbes, and their role is more nuanced. Additionally, the option 'All of these' would be correct only if all presented items are accurate and relevant to microbial genetic engineering.

In summary, due to the absence of answer options, a precise evaluation of each choice and justification for selecting 'All of these' cannot be completed. Once the actual list of answer options is provided, I can walk through each option step by step, explaining why it is correct or incorrect and aligning each with core concepts in microbial genetics and genetic engineering.

BIOMI1100 Prelim 2 PollEv practice questions

30. Microbes are key to genetic engineering which of the following?

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BIOMI1100 Prelim 2 PollEv practice questions

30. Microbes are key to genetic engineering which of the following?

View Explanation

Log in for full answers

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32. How long have we had transgenic food crops?

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