Which stage of cell division is characterized by chromosomes condensing?

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Multiple Choice

Which stage of cell division is characterized by chromosomes condensing?

Explanation:
Chromosome condensation is the process by which long DNA strands coil up into short, thick structures so they become visible under a light microscope. This happens during prophase. In this stage, chromatin condenses into distinct chromosomes, the nucleolus disappears, the nuclear envelope breaks down, and the spindle apparatus starts to form to organize the chromosomes for separation. As the cell continues, chromosomes move into metaphase, are pulled apart in anaphase, and de-condense as the nucleus reforms in telophase. So the stage where chromosomes first become visibly condensed is prophase.

Chromosome condensation is the process by which long DNA strands coil up into short, thick structures so they become visible under a light microscope. This happens during prophase. In this stage, chromatin condenses into distinct chromosomes, the nucleolus disappears, the nuclear envelope breaks down, and the spindle apparatus starts to form to organize the chromosomes for separation. As the cell continues, chromosomes move into metaphase, are pulled apart in anaphase, and de-condense as the nucleus reforms in telophase. So the stage where chromosomes first become visibly condensed is prophase.

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