The statement which best describes the relationship between prophase and telophase is: The spindle fibers bring the chromosomes together in prophase then apart in telophase.
Mitosis is a type of cell division or duplication that occurs in all body cells found in living organisms, through which a single cell produces two (2) genetically identical daughter cells.
Basically, there are five (5) phases that occur during mitosis and these include:
The genetic materials found in the cell of a living organism are divided by the protein structure formed by spindle fibers.
We can deduce that, prophase is the first phase (stage) of mitosis and it involves condensing the deoxyribonucleic acid (DNA). During this phase, chromatin condenses (form) into chromosomes, become visible, and then spindle fibers are formed while the nuclear envelope (membrane) breaks down and then disappears.
On the other hand, telophase is the final phase of mitosis and it involves pulling chromosomes towards each centriole, leading to the formation of cleavage furrow in the cell as the spindle fibers are dispersed.
In conclusion, chromosomes are brought together in prophase while they set apart in telophase by the spindle fibers during mitosis (cell division).
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