how many daughter cells do you end up with at the end of meiosis 2?
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Telophase II There are now four daughter cells — two from each of the two cells that entered meiosis II — and each daughter cell has half the normal number of chromosomes (Figure 7). Each also contains new mixtures of genes within its chromosomes, thanks to recombination during meiosis I.
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There are 2 cells at the end of mitosis, 2 cells at the end of meiosis I, and 4 cells at the end of meiosis II.
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What is the ploidy of the DNA at the end of meiosis II? The ploidy of the DNA at the end of meiosis I each of the two daughters are haploid. At the end of meiosis II, each of the 4 daughters are also haploid. Why do you use non-sister chromatids to demonstrate crossing over?
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How many cells are produced after mitosis? Two, each diploid (2n) and genetically identical to the parent cell. How many cells are produced after meiosis? Four, each haploid (n) containing half as many chromosomes as the parent cell; genetically different from the parent cell and from each other.
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Meiosis II starts with two haploid parent cells and ends with four haploid daughter cells, maintaining the number of chromosomes in each cell. Homologous pairs of cells are present in meiosis I and separate into chromosomes before meiosis II.
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A total of four haploid daughter cells are produced during the course of meiosis II. Meiosis is the process whereby chromosomes are copied, paired up and separated to create eggs or sperm.
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Meiosis I results in two daughter cells, each of which contains a set of fused sister chromatids. The genetic makeup of each daughter cell is distinct because of the DNA exchange between homologs during the crossing-over process.
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Therefore, meiosis results in four haploid genetically unique daughter cells, each with half the DNA of the parent cell (Figure below). In human cells, the parent cell has 46 chromosomes (23 pairs), so the cells produced by meiosis have 23 chromosomes. These cells will become gametes.
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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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Both Meiosis I and II have the same number and arrangement of phases: prophase, metaphase, anaphase, and telophase. Both produce two daughter cells from each parent cell. However, Meiosis I begins with one diploid parent cell and ends with two haploid daughter cells, halving the number of chromosomes in each cell.
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Well it all depends on the number of cells undergoing mitosis. If one cell is undergoing mitosis, there will be two cells at the end of it; if there are 4 cells initially, you'll get 8 cells after mitosis.
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At the end of meiosis II, each cell (i.e., gamete) would have half the original number of chromosomes, that is, 15 chromosomes.
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prophase 1. How many cells are formed at the end of meiosis 1 & how many copies of chromosomes does each cell have? 2 cells are formed at the end of meiosis. 2 copies (not two sets) that compose the sister chromatids (the cells are haploid).
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Mitosis results in two identical daughter cells, whereas meiosis results in four sex cells.
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Anaphase I: Homologues separate; sister chromatids remain attached. Summary: At the end of meiosis, 4 daughter cells are formed = eggs or sperm. Each contains half as many chromosomes as the parent cell (n); each cell is genetically different from its parents and from its "siblings".
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In mitosis, the daughter cells have the same number of chromosomes as the parent cell, while in meiosis, the daughter cells have half the number of chromosomes as the parent.
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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.