After duplication, at what point does a cell become two cells with identical dna?
Answers
Cytokinesis is the point at which a cell with duplicated genetic material becomes two daughter cells with identical DNA.
Cytokinesis has 2 cells with identical dna
end of cytokinesis
Explanation:
Telophase is the last stage of cell division. It ends with cytokinesis which is the splitting of the mother cells into two daughter cells. The cell pinches in the equator region with the help of a ring of contractile protein filaments. The formed cleavage furrow grows until the two cells pinch off completely.
The correct answer is - end of cytokinesis.
Explanation:
Cytokinesis :- a procedure that partitions the cytoplasm and plasma layer of a cell, bringing about two indistinguishable cells that contain their own DNA, nucleus, nuclear membrane, and plasma membrane.
During the last phase of the cell cycle, cytokinesis permits the cell to complete the process of isolating, making two cells with indistinguishable duplicates of DNA
The cell squeezes in the equator area with the assistance of a ring of contractile protein filaments. The formed cleavage furrow develops until the two cells squeeze off totally.
Thus, the correct answer is - end of cytokinesis.
A cell becomes two cells with identical DNA after cytokinesis has occurred. Cytokinesis is the division of the plasma membrane, creating two completely seperate cells.
After cytokinesis has occured
Quick Answer is: Cytokinesis.