The result of mitosis without cytokinesis will be a cell with more than one nucleus. Such a cell is called a multinucleated cell. This can be a normal process. For example, humans have certain multinucleated bone cells (osteoclasts) that are formed this way.
If cytokinesis did not occur during mitosis the cytoplasm wouldn't be divided and there wouldn't be two identical daughter cells as a result. so the cell would remain to be at rest not being able to separate into two individual cells.
Yes, because mitosis is the division of the cell's nucleus while cytokinesis is the division of the cytoplasm, so the cell can go through mitosis and not go through cytokinesis and the new cell would appear in the G1 phase with 2 nuclei.
If cytokinesis did not occur properly in meiosis 2 then the cytoplasm would not separate and there would not be two daughter cells.
Mitosis and cytokinesis result in the formation of two daughter cells, which are identical to the parent cell.
The end result of mitosis and cytokinesis is two genetically identical cells in place of the original cell.
Each daughter cell will inherit one centrosome. The cell plasma membrane pinches, to leave two daughter cells with separate plasma membranes. In meiosis, cytokinesis must occur twice: once after telophase I and again, after telophase II....Memory Tricks.Mitosis StageChromosomesTelophaseIntact.25 more rows•Nov 20, 2018
what would be the appearance of a cell that completes mitosis without completing cytokinesis? the cell would contain more than one nucleus because it has gone through telophase where two new nuclei are formed.
Answer and Explanation: If cytokinesis happened before mitosis, the two resulting cells wouldn't each have full sets of identical chromosomes.
If cytokinesis doesn't take place after karyokinesis, formation of daughter cells from the parent cell doesn't take place. The parent cell will have more than one nucleus, which are supposed to be present in daughter cells. If it's a plant cell, cell plate formation doesn't take place.