Why the distance b/w two polynucleotide chains in DNA remains constant?
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The bases in two strands of DNA are paired through hydrogen bond (H-bonds) forming base pairs (bp). Adenine forms two hydrogen bonds with Thymine from opposite strand and vice-versa. Similarly, Guanine is bonded with Cytosine with three H-bonds. As a result of these bonds, the distance between two polynucleotide chains in DNA remains almost constant.
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Hey friend!
The bases in two strands of DNA are paired through hydrogen bond (H-bonds) and form base pairs .
Adenine forms two hydrogen bonds with Thymine from opposite strand and Thymine forms two hydrogen bonds with Thymine from the opposite strand.
Similarly, Guanine and Cytosine are bonded with three H-bonds. As a result of these bonds, the distance between two polynucleotide chains in DNA remains almost constant.
The bases in two strands of DNA are paired through hydrogen bond (H-bonds) and form base pairs .
Adenine forms two hydrogen bonds with Thymine from opposite strand and Thymine forms two hydrogen bonds with Thymine from the opposite strand.
Similarly, Guanine and Cytosine are bonded with three H-bonds. As a result of these bonds, the distance between two polynucleotide chains in DNA remains almost constant.
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