After they divide, you would find most in interphase, which is probably the answer you are looking for.
Telophase phase is the last phase of the mitosis just before cytokinesis. During this phase, the sister chromatids are separated to opposite poles and ready to form two individual cells.
The M Phase occurs just prior to the completion of Cell division. After Cell division is complete, a new G-phase [G for Growth] begins. Several Other Phases logically [oops - biologically] ensue; {not Listed here} they do sequentially Result in the (above named) Phase that sequentially performs and completes Mitosis, and Cyto-Kinesis [the closing of the link between Daughter Cells], and finally Cell division.
Nerve cells do not go through mitosis because they are in a non-dividing phase called G0 phase. Once nerve cells mature, they lose the ability to divide and replicate. This is because they have specialized structures and functions that would be disrupted by cell division.
You would never observe the G0 phase. Skin cells typically do not enter the G0 phase since they are actively dividing to replenish the skin. The G0 phase is a resting phase where cells are not actively dividing.
At the end of three mitotic divisions, there will be a total of 8 cells. This is because the number of cells double with every division. At the end of the first mitotic division, there are daughter cells. At the end of the second division: daughter cells further divide into two cells, giving 4 cells. At the end of the third division: each of the four cells further divide into 2 cells each, resulting in a total of 8 cell.
If the S phase were eliminated from the cell cycle, the daughter cells would have half the amount of DNA compared to the parent cell. This would likely result in genetic abnormalities and problems with cell division and function. Overall, the daughter cells would be genetically unstable and may not be able to survive or function properly.
Telophase phase is the last phase of the mitosis just before cytokinesis. During this phase, the sister chromatids are separated to opposite poles and ready to form two individual cells.
Cells that are specialized for specific functions, such as nerve cells and muscle cells, would most prefer not to have cells undergoing division.
The M Phase occurs just prior to the completion of Cell division. After Cell division is complete, a new G-phase [G for Growth] begins. Several Other Phases logically [oops - biologically] ensue; {not Listed here} they do sequentially Result in the (above named) Phase that sequentially performs and completes Mitosis, and Cyto-Kinesis [the closing of the link between Daughter Cells], and finally Cell division.
The G0 Phase controls the frequency of cell division. After the M phase the cells have the option to enter the G0 Phase which determines how often the cells divide, as the rate of division does not change.
You would get it by carrying out the division.
Cells would keep dividing and never stay inter phase.
Nerve cells do not go through mitosis because they are in a non-dividing phase called G0 phase. Once nerve cells mature, they lose the ability to divide and replicate. This is because they have specialized structures and functions that would be disrupted by cell division.
You would never observe the G0 phase. Skin cells typically do not enter the G0 phase since they are actively dividing to replenish the skin. The G0 phase is a resting phase where cells are not actively dividing.
in cells and genetics
Without cell division we would not grow (taller or heavier) nor would we be able to replace cells as they wear out. Most cells of the human body have a life span of no more than seven yearsm so as cells die, they are replaced by similar, if not identical, new cells, created by cell division or "mitosis."
The phase occurring before the telophase in mitosis is the anaphase. In anaphase, the paired chromosomes separate and begin moving to opposite ends of the cell. At the end, each pole of the cell contains a complete compilation of chromosomes.