Interphase - As the cell prepares for mitosis, the chromosomes replicate during the S phase of interphase.
Prophase - The replicated chromatids begin to coil into recognizable chromosomes; the nuclear membrane fragments; centrioles move to form the cell's poles; spindle fibers form; nucleolus disintegrates.
Metaphase - Chromosomes attach to spindle fibers at their centromeres and then move to the equator.
Anaphase - Chromatids, now called daughter chromosomes, separate toward the poles.
Telophase - The nuclear membranes and nucleoli re-form; spindle fibers fragment; the chromosomes unwind and change from chromosomes to chromatin.
Daughter Cells: Cytokinesis occurs and two
Read more: What_is_happening_on_each_stages_of_mitosis
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The practical application of cell division is that it keeps living organisms alive and is the process by which they grow and reproduce. This is true for plants and animals and so is true in medicine and agriculture. Cell division is the process where one cell divides and makes two cells. If cell division did not occur, higher organisms would not repair and replace used, damaged or exhausted tissues. They would not grow or reproduce. Only in the smallest forms of life, e.g. viruses or bacteria, is the continuation of life for any modest length of time possible without cell division.
if one cell dies another one can be made with cell division
Cell division is essential for replacement of damaged cells and tissue repair and growth.If we could completely crack how cell division works then we could use engineered mitogens (things that promote cell division) to promote and speed wound healing. Alternately we could use mitogens to cause plants to grow faster, allowing faster maturation of the plants, allowing us to produce more food faster.
It could be used to enhance the growth of plants so that they grow bigger and/or faster. This would have obvious implications on agriculture. It could be used in medicine to improve wound healing. Understanding cell division is essential in our understanding of cancer. I seriously cannot stress how amazingly useful it has been in our discovery of anticancer drugs.
:Mitosis is the cell division which did not divided the cell.: Reduction Division is the cell division which divided the cell into half.
The importance of mitotic cell division is to make a greater amount of cells for repair and growth while maintaining the same genetic makeup MIOTIC CELL DIVISION IS ONLY FOR REPAIR SYSTEM OF CELLS IN BODIES. NOT FOR GENERATIVE PURPOSE. According to Human Anatomy and Physiology Labratory Manual tenth edition by Elaine N. Marieb and Susan J. Mitchell: page 45 " The function of cell division, including mitosis and cytokenesis in the body, is to increase the number of cells for growth and repair while maintaining their genetic heritage."
To grow or multiply by rapidly producing new tissue, parts, cells, or offspring
Mitotic cell division is called homotypic cell division because no crossing over is occur in this division and pairing of homologous cromosome is also not occur. So caracteristics of daughter cells is same as mother cell. As there is no variation occur, so this type of cell division may called homotypic cell division.
Meiosis cell division is called reduction division because in this cell division the cells got from the parents cell is divided into half. So the daughter cells is haploid(n). Thus, meiosis cell division is called reduction division.
Mitosis is the division of the nucleus of a cell. Cytokinesis is the division of the cytoplasm of a cell to create two separate cells. In order for cells to divide to form daughter cells both processes are needed. Mitosis occurs creating two genetically identical nuclei and cytokinesis completes cell division resulting in the two genetically identical eukaryotic cells. One of the nuclei is in each cell.
Cell division prevents the cell from becoming too large.
cell division increases the mass of the original cell.