Multiple Choice
How can the complementation test discriminate between two viruses that have a mutation in the same gene versus two viruses that have mutations in the same gene?
A) If the viruses have mutations in the same gene then, depending on the assay, a significant number of plaques will be produced or a significant number of plaques will have a wildtype phenotype. If the mutations are in the different genes few, if any, wild type plaques will be seen..
B) If the viruses have mutations in different genes then, depending on the assay, a significant number of plaques will be produced or a significant number of plaques will have a wildtype phenotype. If the mutations are in the same gene few, if any, wild type plaques will be seen.
C) If the mutations are in the same gene the complementation test will result in recombinant viruses that are wildtype but if the mutations are in different genes no recombinant viruses will be produced.
D) If the mutations are in different genes the complementation test will result in recombinant viruses that are wildtype but if the mutations are in the same gene no recombinant viruses will be produced.
Correct Answer:

Verified
Correct Answer:
Verified
Q6: Loss of function mutations are easier to
Q10: The process of conjugation may introduce new
Q11: A histidine, methionine auxotroph _.<br>A) can synthesize
Q15: First observed by Lederberg and Zinder (1952)
Q16: Which of the following is true regarding
Q16: Most biologists consider viruses to be living
Q18: Acquired antibiotic resistance between two different species
Q27: Competence factors do which of the following?<br>A)
Q40: In conjugation the DNA that will be
Q41: Who was the first to discover the