One somatic (unspecialised) cell creates 4 'daughter' cells, each with the haploid number of chromosomes. These then specialise into the gamete required, depending on the gender of the organism making them.
During meiosis, four new cells are made. These cells are different from each other and from the original cell that entered meiosis. This is because meiosis involves two rounds of cell division and genetic recombination, leading to genetic variation among the daughter cells.
In the process of meiosis the cells divide twice. When it is all done the resulting amount is 4 new cells!
No, body cells are made by mitosis
Gametes are the haploid sex cells. In humans, the sperm and eggs.
The product of meiosis are sex cells or gametes 1N, Eggs, Sperm and pollen. Because of meiosis, and crossing over, these cells are genetically unique. Consequently, the union of these sex cells (egg and sperm) form new and different combinations and therefore allow for variation and change within a species.
Synapsis creates genetic variability. So the haploid cells produced during meiosis will be different. If this didn't happen, one successful virus is all it would take to eradicate the human race.
In the process of meiosis the cells divide twice. When it is all done the resulting amount is 4 new cells!
Meiosis.
Meiosis makes haploid cells that are different to each other and the parent cell. Meiosis is a type of cell division used for sexual reproduction and to create gametes.
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Yes, but on the other hand Mitosis (Not miosis) is the separation of a cell.
Sperm cells are essentially produced by the meiosis. So that you have half the chromosomes in the sperm cell.
No, body cells are made by mitosis
Its made from the Meiosis
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Gametes are the haploid sex cells. In humans, the sperm and eggs.
The product of meiosis are sex cells or gametes 1N, Eggs, Sperm and pollen. Because of meiosis, and crossing over, these cells are genetically unique. Consequently, the union of these sex cells (egg and sperm) form new and different combinations and therefore allow for variation and change within a species.
It can be concluded that Mitosis and Meiosis have similarities and differences. However,both Mitosis and Meiosis are both types of cell division and each begin with a duplicate set of chromosomes.