This has the effect of creating identical cells to each new cell after each iteration of mitosis.
Animal cells: a cleavage furrow separates the daughter cells. nuclear envelope material surrounds each set of chromosomes. The mitosis division process has several steps or phases of the cell cycleinterphase, prophase, prometaphase, metaphase, anaphase, telophase, and cytokinesisto successfully make the new diploid cells. After the DNA is copied in the S Phase, two copies of each chromosome are formed which allows an identical set of DNA to be transferred to each daughter cell after mitosis is complete. chromosomes arrive at opposite poles and begin to decondenese. These steps take place during the M Phase of the cell cycle. Cytokinesis: During this step, the cell's cytoplasm divides and the two cells pinch off from each other in the case of animal cells or form a cell plate between them in the case of plant cells.The nuclear membrane begins to dissolve so have those students leave the cell. Chromatin condenses into chromosomes so have the students inside the nucleus need to pair up and hold hands. This is the first official phase of mitosis, prophase. The centrioles and spindle fibers begin to disappear and the nuclear membrane re-forms. Have the chromosomes form pairs and dissolve the nuclear membrane. Telophase: The Chromosomes finish moving to opposite ends of the cell.Anaphase: Chromosomes begin to be pulled across to opposite sides of the cell by the the spindle fibers.
Each stage of mitosis is necessary for cell replication and division. The process of cell division is only complete after cytokinesis, which takes place during anaphase and telophase.
Also, centrioles form and spindle fibers stretch across the cell. The stages of mitosis are: prophase, metaphase, anaphase and telophase. Prophase: The cell's nuclear membrane disappears and the chromatin coils into tightly packed structures called chromosomes.There are four separate steps of Mitosis:
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