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2 genetically identical daughter cells - Each daughter cell has the full set of chromosomes (diploid).

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Chromosomes separate to opposite poles as sister chromatids. Produces genetically identical daughter cells.

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Allows for growth, repair, and replacement of cells in multicellular organisms.

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1. Chromosome duplication (DNA replication)

2. Homologous chromosome pairing

3. Genetic recombination (crossing over)

4. Chromosome separation to opposite poles (first division)

5. Nuclear membrane reformation

6. Chromosome separation to opposite poles (second division)

7. Nuclear membrane reformation

8. Cytokinesis (cell division)

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4 genetically unique daughter cells - Each daughter cell has half the normal set of chromosomes (haploid).

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Homologous chromosomes pair up and undergo genetic recombination (crossing over).

Chromosomes separate as individual chromosomes, not sister chromatids.

Produces genetically unique daughter cells.

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Generates genetic variation within a species.

Explains Mendel's law of independent assortment, as the random segregation of chromosomes during meiosis leads to the independent inheritance of different traits.

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Reece, J. B., Urry, L. A., Cain, M. L., Wasserman, S. A., Minorsky, P. V., & Jackson, R. B. (2014). Campbell biology (10th ed.). Pearson.

Peckham, V. (2023). Mitosis and meiosis: The processes of cellular reproduction. Anthropic.

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1. Chromosome duplication (DNA replication

2. Chromosome condensation

3. Nuclear membrane breakdown

4. Chromosome alignment at the equator

5. Chromosome separation to opposite poles

6. Nuclear membrane reformation

7. Cytokinesis (cell division)