You are performing experiments on viruses. You have a variety of enzymes in your lab that target different organelles or macro-molecules. Which enzyme will be most effective in destroying viruses? A. sugar-digesting enzyme. B. nuclease (destroys DNA and RNA). C. mitochondria-destroying enzyme. D. ribosome-destroying detergent.

Question

Olivia Le

Biology

18 June, 20:09

You are performing experiments on viruses. You have a variety of enzymes in your lab that target different organelles or macro-molecules. Which enzyme will be most effective in destroying viruses? A. sugar-digesting enzyme. B. nuclease (destroys DNA and RNA). C. mitochondria-destroying enzyme. D. ribosome-destroying detergent.

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Damon Harper · Answer 1

B. nuclease (destroys DNA and RNA)

Explanation:

Viruses are the particles that contain a protein coat called the capsid. Inside the capsid, viruses have their genetic material. Viruses may have single-stranded or double-stranded DNA molecules or single-stranded or double-stranded RNA molecules as their genetic material. Therefore, to destroy viruses, one must target their genetic material. Nucleases are enzymes that digest nucleic acids (DNA and RNA). The use of nucleases would destroy the genetic material of viruses and would be most effective to control them.