If an isolated strain of DNA is kept at 82-90 | vedclass

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(D) When a $DNA$ molecule is heated to high temperatures (typically $82-90^{\circ}C$),the hydrogen bonds between the complementary nitrogenous bases b

Vedclass · Accepted Answer

It uncoils into helixes

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(D) When a $DNA$ molecule is heated to high temperatures (typically $82-90^{\circ}C$),the hydrogen bonds between the complementary nitrogenous bases break. This process is known as $DNA$ denaturation or melting,which causes the double-stranded $DNA$ to separate into two single-stranded chains. Therefore,the double helix uncoils and separates.

If an isolated strain of $DNA$ is kept at $82-90^{\circ}C$,then

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