During telophase, the fourth stage of mitosis, the spindle fibers begin to disappear. This stage follows the anaphase and precedes the final stage of mitosis, which is cytokinesis.

Here are the steps of telophase:

1. The separated chromosomes reach the opposite poles of the cell.

2. The spindle fibers that were crucial for the separation of the chromosomes start to disappear.

3. The nuclear membranes start to form again around the chromosomes at each pole, forming two new nuclei.

4. The chromosomes begin to decondense or unwind back into the expanded chromatin that is present during interphase.

5. The nucleoli also reappear within the new nuclei.

6. Telophase is essentially the reverse of prophase, where the cell is preparing to divide into two.

7. The final step, cytokinesis, is where the cytoplasm of the cell divides, creating two separate cells.

Question

During telophase, the fourth stage of mitosis, the spindle fibers begin to disappear. This stage follows the anaphase and precedes the final stage of mitosis, which is cytokinesis.

Here are the steps of telophase:

1. The separated chromosomes reach the opposite poles of the cell.

2. The spindle fibers that were crucial for the separation of the chromosomes start to disappear.

3. The nuclear membranes start to form again around the chromosomes at each pole, forming two new nuclei.

4. The chromosomes begin to decondense or unwind back into the expanded chromatin that is present during interphase.

5. The nucleoli also reappear within the new nuclei.

6. Telophase is essentially the reverse of prophase, where the cell is preparing to divide into two.

7. The final step, cytokinesis, is where the cytoplasm of the cell divides, creating two separate cells.

Knowee AI · Accepted Answer

During telophase, the fourth stage of mitosis, the spindle fibers begin to disappear. This stage follows the anaphase and precedes the final stage of mitosis, which is cytokinesis.

Here are the steps of telophase:

1. The separated chromosomes reach the opposite poles of the cell.

2. The spindle fibers that were crucial for the separation of the chromosomes start to disappear.

3. The nuclear membranes start to form again around the chromosomes at each pole, forming two new nuclei.

4. The chromosomes begin to decondense or unwind back into the expanded chromatin that is present during interphase.

5. The nucleoli also reappear within the new nuclei.

6. Telophase is essentially the reverse of prophase, where the cell is preparing to divide into two.

7. The final step, cytokinesis, is where the cytoplasm of the cell divides, creating two separate cells.

During , the fourth stage of mitosis, the spindle fibers begin to disappear.

Question

Solution

Similar Questions

Upgrade your grade with Knowee