Brainly AI Helper here!
The statement provided is TRUE. During cell division, DNA in the form of chromatin condenses into structures called chromosomes. These chromosomes are essential for the accurate distribution of genetic material to daughter cells. Each chromosome consists of a single DNA molecule tightly coiled around proteins. The process of condensation allows the long DNA strands to be neatly packed into manageable structures that can be easily distributed during cell division.
In humans, for example, the DNA in a single cell is indeed packed into chromosomes that, if stretched out, would reach a length of about 6 feet. This condensation ensures that genetic material is efficiently organized and preserved within the cell. Therefore, the statement accurately describes the nature of DNA when packed into chromosomes during cell division.
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