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genetic disorders usually but occursionally nothi
the produce sexual cells, while the metosis dies because of doing it
That depends on the organism involved. in animals, meoisis occurs during the production of gametes, which undergo no further cell division prior to fertilization. plants and some algae exhibit alternation of generations (I don't want to discuss this one coz it's long and boring).
In mitotic cell division, a diploid parent cell undergoes mitosis and cytokinesis to form two new diploid daughter cells, which are genetically identical to the parent cell and each other. In meiotic cell division, a diploid parent cell undergoes meoisis and cytokinesis to form four haploid daughter cells, each of which is genetically unique.
That depends on the process. Different processes, and different machines and pieces of equipment, have different efficiencies.That depends on the process. Different processes, and different machines and pieces of equipment, have different efficiencies.That depends on the process. Different processes, and different machines and pieces of equipment, have different efficiencies.That depends on the process. Different processes, and different machines and pieces of equipment, have different efficiencies.
metosis is the process of how new cells are made
Haploid cells
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genetic disorders usually but occursionally nothi
In humans? Independent assortment and sexual reproduction
the produce sexual cells, while the metosis dies because of doing it
Nuclear division that results in the formation of cells containing half the number of chromosomes as the adult cell.
how many hours is the interphase,the time in the cell cycle that is not devoted to mitosis?
That depends on the organism involved. in animals, meoisis occurs during the production of gametes, which undergo no further cell division prior to fertilization. plants and some algae exhibit alternation of generations (I don't want to discuss this one coz it's long and boring).
In mitotic cell division, a diploid parent cell undergoes mitosis and cytokinesis to form two new diploid daughter cells, which are genetically identical to the parent cell and each other. In meiotic cell division, a diploid parent cell undergoes meoisis and cytokinesis to form four haploid daughter cells, each of which is genetically unique.
i think it would be 4. This is because 4 daughter cells are produced after meoisis. For example, in males it is 4 viable sperm cells. In females, it is 1 ovum/egg and 3 polar bodies (equal 4 together). Therefore, i think the answer would be 4. HOPE THIS HELPS!! :)
chiasma occurs in meiosis. Fascinating that I didn't answer this question but it's attributed to me so I guess I'll add some detail. Chiasma means crossing/intersecting and are the points where recombination occurs duting meoisis. (Crossing over does not occur in mitosis). Chiasma(singular) or chiasmata (plural) are formed during prophaseof meiosis I duing recombination and hold homologous chromosomes together at the sites where the exchanges of genetic material occur. These "connections: remain in place until until the chromosomes seperate during anaphase.