Respuesta :
Answer:
I. The nuclear membrane breaks up.
II. Sister chromatids condense.
III. Sister chromatids align on the metaphase plate.
IV. The cleavage furrow forms.
V. Sister chromatids separate.
Explanation:
Mitosis is divided into 5 stages:
- Prophase
- Metaphase
- Anaphase
- Telophase
- Cytokinesis
The prophase stage is marked by two main events
- Dissolution or breakage of nuclear membrane
- Condensation of genetic materials
Metaphase is marked by
- Alignment of chromosomes (made up of two sister chromatids) on the metaphase plate
- Attachment of spindles to aligned chromosomes at the centromere
Anaphase is marked by
- Initiation of cleavage furrow formation
- Shortening of spindle fibers results in the separation of sister chromatids
- Sister chromatids begin migrating to opposite poles
Telophase
- Chromatids completes their migration to the poles
Cytokinesis
- Nuclear membrane reforms
- Sister chromatids decondense
- Cytoplasm divides
Mitosis is the process of cell division by which 2 identical daughter cells are generated from 1 mother cell, the events of mitosis are ordered as follows:
- The nuclear membrane breaks up.
- Sister chromatids condense.
- Sister chromatids align on the metaphase plate.
- The cleavage furrow forms.
- Sister chromatids separate.
What is mitosis?
It is the segmentation of a cell that takes place after the genetic material has been duplicated, which allows each of the generated cells to have all the chromosomes.
This process is divided into four clearly differentiated stages or phases, the first of which is called prophase, metaphase, anaphase, and the last phase is called telophase.
Therefore, we can conclude that the process of mitosis generates cells that are genetically identical.
Learn more about events of mitosis here: https://brainly.com/question/2672357