Bacterial gene transfer is also used in the lab to introduce genes into organisms of different species, genera, phyla, or even kingdoms or domains. A major example is the use of a Ti plasmid of the soil bacterium Agrobacterium tumefaciens to transfer genes into dicotyledonous plants. The bacterium infects the plant root in the soil and transfers some of the Ti plasmid genes (T DNA) into the plant nucleus. Recombination may occur, and T DNA expression is controlled by plant compounds generated in response to wounding and infection. The T DNA is generated when there is a nick that creates a primer for replication, followed by transfer of a single-stranded DNA piece that converts to a double-stranded piece in the plant nucleus. Which of these processes is Ti plasmid transfer most like?
A) conjugation
B) generalized transduction
C) specialized transduction
D) transformation
Correct Answer:
Verified
Q2: A bacterial cell containing an F factor
Q3: An F′ donor includes F DNA plus
Q4: In an imagined transduction experiment with alleles
Q5: To integrate an F plasmid's genes into
Q6: Bacterial gene transfer is also used in
Q7: Bacterial gene transfer is also used in
Q8: To map genes of a bacterial strain,
Q9: In phi X 174 phage, whose genome
Q10: In a partially diploid F′ exconjugant, there
Q11: A large region of the F plasmid
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