how many daughter cells will result after telophase ii?
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Concept 13: Meiosis II: Telophase II. A nuclear envelope forms around each set of chromosomes and cytokinesis occurs, producing four daughter cells, each with a haploid set of chromosomes. To see telophase II animated, click the Play button.
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CYTOKINESIS / TELOPHASE II 15. A cell with a diploid number of 20 undergoes meiosis. This will produce 4 daughter cells, each with 10 chromosomes.
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At the end of meiosis and cytokinesis, four haploid cells are produced from a single diploid cell. These haploid daughter cells have half the number of chromosomes as the parent cell and are not genetically identical to the parent cell.
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Meiosis II begins with the 2 haploid cells where each chromosome is made up of two connected sister chromatids. DNA replication does NOT occur at the beginning of meiosis II. The sister chromatids are separated, producing 4 genetically different haploid cells.
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Cytokinesis occurs after nuclear division (mitosis), which produces two daughter nuclei. Mitosis produces two identical daughter cells.
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Each daughter cell will have 30 chromosomes. At the end of meiosis II, each cell (i.e., gamete) would have half the original number of chromosomes, that is, 15 chromosomes. 2. How many DNA molecules are present in a chromosome of a cell in metaphase of mitosis?
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At the end of cytokinesis, how many daughter chromosomes will be found in each cell? Explain. Each daughter cell will have 46 daughter chromosomes. Each of the 46 original chromosomes splits into two daughter chromosomes, so there are two sets of 46 daughter chromosomes that end up in each cell.
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4 cells form at the end of meiosis 2 with 23 chromosomes. Oogenesis ultimately gives rise to one ovum with the haploid number of chromosomes. True. A sperm cell is a gamete and is haploid.
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Therefore, there will be two daughter cells at the end of mitosis. Each will have 10 chromosomes, if the parent cell has 10. The chromsomes will not have sister chromatids because after mitosis, the duplicated pairs have separated into the two daughter cells. The cells will each be diploid, just as the parent cell was.
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Similarly, in humans, there are 92 chromosomes present and 92 chromatids during anaphase. These numbers remain the same during telophase. It is only after the end of mitosis – when the dividing cells have fully separated and the membranes have reformed – that the normal chromosome number is restored to the cell.
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Telophase II and Cytokinesis In humans, meiosis produces genetically different haploid daughter cells, each with 23 chromosomes that consist of one chromatid.
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Two daughter cells are the final result from the mitotic process while four cells are the final result from the meiotic process. For organisms that reproduce via sexual reproduction, daughter cells result from meiosis.
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The cell copies its chromosomes, but then separates the 23 pairs to ensure that each daughter cell has only one copy of each chromosome. A second division that divides each daughter cell again to produce four daughter cells. See below for more detailed descriptions of mitosis and meiosis.
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During telophase II, the fourth step of meiosis II, the chromosomes reach opposite poles, cytokinesis occurs, the two cells produced by meiosis I divide to form four haploid daughter cells, and nuclear envelopes (white in the diagram at right) form.
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In meiosis 1, a diploid cell becomes 2 haploid (23 chromosomes) daughter cells, each chromosome has two chromatids. One cell becomes the secondary oocyte the other cell forms the first polar body. The secondary oocyte then commences meiosis 2 which arrests at metaphase and will not continue without fertilization.
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Two daughter cells are produced after mitosis and cytoplasmic division, while four daughter cells are produced after meiosis. Daughter cells resulting from mitosis are diploid, while those resulting from meiosis are haploid. Daughter cells that are the product of mitosis are genetically identical.
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Mitosis produces two diploid daughter cells, while meiosis produces four haploid daughter cells. -is an accurate description of mitosis and meiosis.