Answer - C) Hfr Cell
Explanation - Hfr Cell is known as High-Frequency Recombination cell which contains a conjugative plasmid integrated into its chromosomal DNA. The homologous recombination occurs for the transfer of chromosomal DNA into the plasmid. This makes the Hfr cells capable of transferring the most DNA.
Which cell can transfer the most DNA? A) F+ cell B) R cell C) Hfr cell...
Why do different conjugating strains show different gradients of transfer? Group of answer choices A. Hfr plasmids pick up different bacterial genes when they excise from the chromosome. B. There is variation in the rate that each F+ strain transfers DNA. C. The Hfr plasmid can integrate into different locations in the bacterial genome creating different F+ strains that initiate transfer at different locations. D. The F+ plasmid can integrate into different locations in the bacterial genome creating different Hfr...
1. Differentiate between an F+ cell and an Hfr cell in terms of where the F factor is located (i.e. chromosome or plasmid) and what type of genetic information (plasmid or chromosome) can be transferred during conjugation. F+ cell: Hfr cell:
Which of the following best describes an HFR cell? Micriobiology A cell which has an F-plasmid A cell that has an F-plasmid that has integrated into nucleoid A bacterium infected with a bacteriophage A cell that is capable of homologous recombination None of the above
1) Choose from the following options to complete the passage below: F-, F+, F', Hfr. A(n) ___?___ cell, which has the F plasmid incorporated into the bacterial genome, can only conjugate with ___?____ cells. If the plasmid recircularizes, carrying some of the bacterial DNA with it, the cell is now considered to be ___?____. 2) If conjugation occurs between the two cells below, what will be the genotype of the exconjugant cell? a) F+ lac+ b) F+ lac- c) F-...
Chromosome Figure 6 Fiqure 7 R plasmid F plasmid integrated into host chromosome Sex pilus chromosome of recipient Figure 8 Double- Cel stranded Cytoplasmic ll ONA Integrated DNA Treat with electric current Recipient cell Fragments of donor DNA Transformed cell Phage Figure 9 Figure 10 Phage DNA enters the cell Bacterial host #1 앗 O E. coli F plasmid Gov Integration of F plasmid Bacterial DNA -Bacterial host #2 85 Replaced host DNA Bacterial DNA I Which diagram(s) depict conjugation?...
Done Expert Q&A the DNA transferred from a doner cell to a recipient cell during horuzontal gene transfer may be either retained or destroyed by the recipient cell. describe two factors that help determine which of these two outcomes will occur. describe the difference between generalized and specialized transduction. be specific for how each occurs imagine that you mix F+ and Hfr strains with F cells. for eacg type listed describe what gets transferred ocee to the f- cell which...
Foreign DNA is acquired and expressed by a cell through taking in naked DNA. This is a horizontal transfer and transformation b vertical transfer and transformation c horizontal transfer and transduction d expressive transfer and translocation e horizontal transfer and transfection Replica plating is used a to identify an auxotrophic mutant b to identify heterotrophic mutants c for cell viability counts d to preserve a partciular culture e to show selective growth on media H how is an RFLP different...
answer 7) The substrate of an eye a) Allosterves to the b) Reactant c) Coenzyme d) Active site 8) Which of the following is FALSE regarding Gestrandorten a) When living "S" strain (encapsulated strain was (b) The "R" strain and "S" strain exchanged genes via segi c) After DNA from the heat killed "S"strain was mad with strain became pathogenic. d) When heat-killed "S" strain was injected into mice, the mic 9) Bacteria that live in deep sea hydrothermal vents...
Which of the following is involved in transformation? A. Sex pili B. transfer of naked DNA to a living cell C. bacteriophage D. jumping genes
What statement about conjugation is true? Group of answer choices A. Hfr strains are more useful for genetic mapping than F+ strains because Hfr strains can conjugate with any strain, while F+ strains can only conjugate with F- strains. B. Hfr strains are more useful for genetic mapping than F+ strains because they recombine transferred genetic material in the recipient cell at a higher rate. C. Hfr strains are more useful for genetic mapping than F+ strains because Hfr strains...