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kasi po ci shiela mae tunan ay maganda pakasal keu usto mu?
First of all i would like to correct this question. What do Meiosis I and meiosis II have in common? Answer- Both divisions take place in the reproductive cells for gamete formation.
Not just one cell, but four! They are a mix of the two parents' genes.
cells dividing (look up meiosis)
Because an offspring gets 23 chromosomes from each parent through meiosis
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Interphase. The process of meiosis has many similarities to the process of mitosis: chromosomes replicate before the process begins, and shorten and thicken to look like the chromosomes at the beginning of mitosis (condensation).
Children would probably look more like their parents.
Children would probably look more like their parents.
Meiosis is what makes us different from each other. Without meiosis, we would all look the same with the same characteristics and personality.
because there is half as many cells
kasi po ci shiela mae tunan ay maganda pakasal keu usto mu?
Children would probably look more like their parents.
Meiosis I should not produce haploid cells. They should be diploid because before meiosis I the diploid cell duplicated its DNA. It is only after Meiosis II that the four cells are haploid.
First of all i would like to correct this question. What do Meiosis I and meiosis II have in common? Answer- Both divisions take place in the reproductive cells for gamete formation.
Not just one cell, but four! They are a mix of the two parents' genes.
The amount of chromosomes diminishes in meiosis. meiosis produces sex cells, and each of these sex cells has only 23 chromosomes. Each parents provides 23 chromosomes, that's why some people look like both their mother and their father. Each regular body cell has 46 chromosomes.