# data[].attributes.body
1. Division of the nucleus
2. Follow PMATC phases
3. Divide into multiple cells
4. Both synthesized

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-involve cell division
-occur in diploid cells
-start with DNA replication

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1.Sister Chromatids separate
2.Goes through the same process
3. Both involve cell division
4. Division in the nucleus

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-both involve cell division
-Both start with diploid cells
-Sister chromatids split

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1. Meiosis produces 4 daughter cells while mitosis produces 2 daughter cells
2. Meiosis only happens in sex (germ line) cells while mitosis happens in all the cells
3. Meiosis involves crossing over while mitosis doesn't
4. Double the amount of phases(goes through prophase 2 and so on)
5. Diploid versus haploid

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1. Cell division
2. Stages
3. DNA replicates
4. Start with diploid cells

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1. Cells reproduce
2. Both used in the life cycle
3. Duplicated dna
4. Both start with diploid cells
5.Involves separation of chromatin

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-Mitosis produces genetically identical cells, meiosis produces genetically diverse cells
- Mitosis produces 2 cells, meiosis produces 4
-Meiosis results in 4 haploid cells, mitosis results in 2 diploid cells
-Mitosis -chromosomes are unduplicated after anaphase while in meiosis they become unduplicated during anaphase 2

# data[].attributes.body
1. Outcome is different - haploid vs. diploid
2. Meiosis goes through crossing over
3. Meiosis has two cell divisions
4. Mitosis is asexual reproduction while Meiosis is sexual reproduction

# data[].attributes.body
-mitosis produces identical cells, while meiosis produces genetically different cells
-mitosis produces 2 cells and meiosis produces 4
-meiosis has double the number of phases (mitosis has 4, meiosis has 8)
-mitosis produces diploid cells, while meiosis produces haploid cells
-chromosomes in meiosis cross over, but chromosomes in mitosis do not
-Mitosis -chromosomes are unduplicated after anaphase while in meiosis they become unduplicated during anaphase 2

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1. Similar phases
2. Cells divide
3. Even number of chromosomes
4. At some point point duplicated chromosomes are split

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1. There are 4 cells produced in meiosis and 2 produced in mitosis
2. In meiosis, chromosomes crossover
3. In meiosis homologous chromosomes are split up in Anaphase 1

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1. Mitosis produces 2 cells, meiosis produces 4 cells
2. Meiosis has crossing over
3. Meiosis daughter cells are genetically unique
4. Mitosis can be through diploid and haploid cells, while meiosis can only be through diploid cells
5. Daughter cells of meiosis are always haploid

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1. Result in different number of cells
2. Meiosis does not occur in autosomes
3. Meiosis cells do not have identical nuclei
4. The ending result of meiosis is 4 haploid cells with unduplicated chromosomes whereas the ending result of mitosis is 2 cells containing duplicated chromosomes

# data[].attributes.body
1. Starts with DNA replication
2. Both start with diploid cells

# data[].attributes.body
1. Meiosis results in 4 haploid cells, mitosis results in 2 diploid cells
2. In mitosis, chromosomes are unduplicated after anaphase while in meiosis they become unduplicated during anaphase 2
3. Mitosis is asexual reproduction while Meiosis is sexual reproduction