How does an F+ cell differ from an Hfr cell? A) Hfr cells cannot perform conjugation. B) Hfr strains have the F plasmid integrated into the chromosome. C) Hfr strains can no longer reproduce. D) F+ cells have no plasmids.
How does an F+ cell differ from an Hfr cell?
A) Hfr cells cannot perform conjugation.
B) Hfr strains have the F plasmid integrated into the chromosome.
C) Hfr strains can no longer reproduce.
D) F+ cells have no plasmids.
Cite this post:
Sourav Pan. (2024, December 7). How does an F+ cell differ from an Hfr cell? A) Hfr cells cannot perform conjugation. B) Hfr strains have the F plasmid integrated into the chromosome. C) Hfr strains can no longer reproduce. D) F+ cells have no plasmids.. Biology Notes Online. Retrieved from https://biologynotesonline.com/qa/how-does-an-f-cell-differ-from-an-hfr-cell-a-hfr-cells-cannot-perform-conjugation-b-hfr-strains-have-the-f-plasmid-integrated-into-the-chromosome-c-hfr-strains-can-no-longer-reproduce-d-f-ce/
Sourav Pan. "How does an F+ cell differ from an Hfr cell? A) Hfr cells cannot perform conjugation. B) Hfr strains have the F plasmid integrated into the chromosome. C) Hfr strains can no longer reproduce. D) F+ cells have no plasmids.." Biology Notes Online, 7 December 2024, biologynotesonline.com/qa/how-does-an-f-cell-differ-from-an-hfr-cell-a-hfr-cells-cannot-perform-conjugation-b-hfr-strains-have-the-f-plasmid-integrated-into-the-chromosome-c-hfr-strains-can-no-longer-reproduce-d-f-ce/.
Sourav Pan. "How does an F+ cell differ from an Hfr cell? A) Hfr cells cannot perform conjugation. B) Hfr strains have the F plasmid integrated into the chromosome. C) Hfr strains can no longer reproduce. D) F+ cells have no plasmids.." Biology Notes Online (blog). December 7, 2024. https://biologynotesonline.com/qa/how-does-an-f-cell-differ-from-an-hfr-cell-a-hfr-cells-cannot-perform-conjugation-b-hfr-strains-have-the-f-plasmid-integrated-into-the-chromosome-c-hfr-strains-can-no-longer-reproduce-d-f-ce/.
Answered
B) Hfr strains have the F plasmid integrated into the chromosome: An Hfr cell has the F plasmid integrated into its chromosomal DNA, whereas an F+ cell has a free F plasmid.
Cite this post:
Sourav Pan. (2024, December 7). How does an F+ cell differ from an Hfr cell? A) Hfr cells cannot perform conjugation. B) Hfr strains have the F plasmid integrated into the chromosome. C) Hfr strains can no longer reproduce. D) F+ cells have no plasmids.. Biology Notes Online. Retrieved from https://biologynotesonline.com/qa/how-does-an-f-cell-differ-from-an-hfr-cell-a-hfr-cells-cannot-perform-conjugation-b-hfr-strains-have-the-f-plasmid-integrated-into-the-chromosome-c-hfr-strains-can-no-longer-reproduce-d-f-ce/
Sourav Pan. "How does an F+ cell differ from an Hfr cell? A) Hfr cells cannot perform conjugation. B) Hfr strains have the F plasmid integrated into the chromosome. C) Hfr strains can no longer reproduce. D) F+ cells have no plasmids.." Biology Notes Online, 7 December 2024, biologynotesonline.com/qa/how-does-an-f-cell-differ-from-an-hfr-cell-a-hfr-cells-cannot-perform-conjugation-b-hfr-strains-have-the-f-plasmid-integrated-into-the-chromosome-c-hfr-strains-can-no-longer-reproduce-d-f-ce/.
Sourav Pan. "How does an F+ cell differ from an Hfr cell? A) Hfr cells cannot perform conjugation. B) Hfr strains have the F plasmid integrated into the chromosome. C) Hfr strains can no longer reproduce. D) F+ cells have no plasmids.." Biology Notes Online (blog). December 7, 2024. https://biologynotesonline.com/qa/how-does-an-f-cell-differ-from-an-hfr-cell-a-hfr-cells-cannot-perform-conjugation-b-hfr-strains-have-the-f-plasmid-integrated-into-the-chromosome-c-hfr-strains-can-no-longer-reproduce-d-f-ce/.
