Cell division that produces identical cells

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Multiple Choice

Cell division that produces identical cells

Explanation:
Producing identical daughter cells is achieved by mitosis. In this process, the cell duplicates its DNA in S phase, then the nucleus divides so each daughter nucleus contains an exact copy of the genome, followed by cytokinesis that splits the cytoplasm. The result is two genetically identical somatic cells with the same chromosome number as the parent. Meiosis, in contrast, creates genetic diversity and haploid gametes; binary fission occurs in prokaryotes; budding yields usually unequal offspring. So mitosis is the division that preserves identical genetic content in the daughter cells.

Producing identical daughter cells is achieved by mitosis. In this process, the cell duplicates its DNA in S phase, then the nucleus divides so each daughter nucleus contains an exact copy of the genome, followed by cytokinesis that splits the cytoplasm. The result is two genetically identical somatic cells with the same chromosome number as the parent. Meiosis, in contrast, creates genetic diversity and haploid gametes; binary fission occurs in prokaryotes; budding yields usually unequal offspring. So mitosis is the division that preserves identical genetic content in the daughter cells.

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