Telophase

Telophase is the fourth and last phase of mitosis and meiosis, it is the reversal of the processes that took place during prophase. That is, everything goes back to the beginning and the process is repeated.

Telofase. New nuclear wraps are formed. The chromosomes are folded back into chromatin. Nucles appear. Final stage of mitosis and meiosis. After the telophase, the cell reverts.

• The chromosomes made up of only one chromatid end their ascension to the cell poles.
• It begins to form the nuclear membrane and the DNA develops, therefore, we get chromatin and the nucleole appears again.
• The fibers of the mitotic spine disappear.
• Cytoplasm begins to invaginate and all cellular orgies have already doubled.

The spindle fibers disappear, the sets of chromosomes cluster at opposite poles, and the nuclear membrane reforms around them.
In this way, karyokinesis usually ends. Nuclear division can exist without cytokinesis, resulting in the existence of binucleate or polynucleate cells, as part of a genetically programmed process of cytodifferentiation and development.

The process of karyokinesis is usually followed by division of the cytoplasm.