One cell becomes two cells that have identical copies of DNA.
Two daughter Cells are the result of mitotic Cell division.
After 5 successive mitotic divisions of a zygote, there will be 32 cells. This is because each mitotic division doubles the number of cells, starting with the original zygote cell. So, it follows the pattern: 1, 2, 4, 8, 16, 32.
Two identical daughter cells are formed as a result of mitotic division. Each daughter cell is a replica of the parent cell with the same number of chromosomes.
cytoskeleton is the main concept of cell division, it is responslible for the mitotic divisin in eukaryotic cells
The phases of mitotic cell division are prophase, metaphase, anaphase, telophase and cytokinesis.
Somatic cells undergo mitotic division but not meiotic division. Meiotic division is only seen in germ cells to produce gametes.
The sequence from 3 to 7 can be described as consecutive integers.
The period after mitotic division when a cell has finished dividing is called interphase. During interphase, the cell carries out its normal functions, grows, and prepares for the next round of cell division.
The period during the life of a cell when it has finished mitotic division is known as telophase and is reentering G1 of interphase.
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2 daughter cells
Two daughter Cells are the result of mitotic Cell division.
The first mitotic division in the zygote typically occurs within about 12-24 hours after fertilization. This division marks the beginning of embryonic development.
The process of Meosis I i.e. a mitotic division in meosis which do not take place in bacteria is longer and in that mitotic division prophase is the longest part and is even longer then bacterial prophase
Nuclear duplication (mitosis) and cytoplasmic division (cytokinesis)
After 5 successive mitotic divisions of a zygote, there will be 32 cells. This is because each mitotic division doubles the number of cells, starting with the original zygote cell. So, it follows the pattern: 1, 2, 4, 8, 16, 32.
Two identical daughter cells are produced at the end of a single mitotic division.