Question

Why is it necessary for DNA to exist in its long, thread like form of chromatin during most of its life?
It is less energy intensive for the cell to remain in chromatin form.

DNA in chromatin form cannot be seen on a microscope.

DNA must be spread out in order for the code to be read properly.

Chromatin conserves the nucleotides on the end of the strands from being destroyed.

Answer 1

it is less energy intensive for the cell to remain in chromatin form

Answer 2

DNA must be spread out in order for the code to be read properly.

Explanation:

• The DNA is the genetic molecule of a cell.

• It contains genes that are present in each and every cell of an organism.

• The genes are needed to be read by enzymes that produce the mRNA that in turn produces proteins by means of translation.

• And these genetic codes cannot be read if the DNA remains in its coiled chromosomal form all over it's life.

• So during the normal time, it remains as the chromarin fibres that can lead to reading of genetic codes.

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