At the conclusion of anaphase, chromosomes in mitosis reach their opposing poles, and during telophase, the nuclear membranes rejoin around each set of chromatids to create two distinct nuclei.During telophase, the chromosomes also uncoil to produce chromatin.
What takes place in the telophase?
- The chromosomes reach the cell poles during telophase, the mitotic spindle separates, and the vesicles that contain pieces of the original nuclear membrane come together to surround the two sets of chromosomes.
- The last phase of cell division is known as telophase.The nuclear envelopes reform around the fresh nuclei in either half of the dividing cell during telophase.The nucleus' ribosome-producing regions, or nucleolus, are back.
- The last phase of cell division is known as telophase.The nuclear envelopes reform around the fresh nuclei in either half of the dividing cell during telophase.The nucleus' ribosome-producing regions, or nucleolus, are back.
- The spindle disintegrates, the chromosomes start to decondense, and the nuclear membranes and nucleoli reform during telophase.The mother cell's cytoplasm divides to create two daughter cells, each of which has the same number and type of chromosomes.
- The cytokinesis, nuclear re-constitution, removal of the mitotic spindle apparatus, and unwinding of the chromosomes into chromatin are characteristics of telophase, the final stage of mitosis. In telophase, the cell is almost finished dividing, and as cytokinesis (division of the cell contents) occurs, it begins to reestablish its regular structures.The components of a mitotic spindle are identified.One for each set of chromosomes, two brand-new nuclei form.Reappearing are nuclear membranes and nucleoli.
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