Which process results in two genetically identical daughter nuclei during cell division?

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Multiple Choice

Which process results in two genetically identical daughter nuclei during cell division?

Explanation:
Mitosis. The genome is replicated during interphase, so each chromosome consists of two sister chromatids. Mitosis then separates those chromatids into opposite ends of the cell, producing two nuclei that contain an identical set of chromosomes. After this, cytokinesis splits the cytoplasm to form two separate cells, but the two nuclei themselves come from mitosis. In contrast, meiosis creates four non-identical haploid nuclei, and interphase is the growth and DNA-replication stage, not the division itself.

Mitosis. The genome is replicated during interphase, so each chromosome consists of two sister chromatids. Mitosis then separates those chromatids into opposite ends of the cell, producing two nuclei that contain an identical set of chromosomes. After this, cytokinesis splits the cytoplasm to form two separate cells, but the two nuclei themselves come from mitosis. In contrast, meiosis creates four non-identical haploid nuclei, and interphase is the growth and DNA-replication stage, not the division itself.

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