In nucleic acid, corresponding nucleotides are linked together by -

$C_{1}^{'} - C_{5}^{'}$ glycosidic bond

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$C_{2}^{'} - C_{5}^{'}$ phosphodiester bond

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$C_{3}^{'} - C_{5}^{'}$ phosphodiester bond

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$C_{4}^{'} - C_{5}^{'}$ peptide linkage

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Solution

The correct option is C
$C_{3}^{'} - C_{5}^{'}$ phosphodiester bond

Phosphate linked to $C_{5}^{'}$ in a nucleotide is attached to $C_{3}^{'}$ of the next nucleotide.

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Dinucleotide is obtained by joining two nucleotides together by phosphodiester linkage. Between which carbon of pentose sugar of nucleotides are these linkages present?

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Q. Dinucleotide is obtained by joining two nucleotides together by phosphodiester linkage. Between which carbon atoms of pentose sugars of nucleotides are these linkages present?

Q. Dinucleotide is obtained by joining two nucleotides together by a phosphodiester linkage. Between which carbons of pentose sugar are these linkages present?

Q. In nucleic acid, corresponding nucleotides are linked together by _______.

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In nucleic acid, corresponding nucleotides are linked together by -

The correct option is C C′3−C′5 phosphodiester bond Phosphate linked to C′5 in a nucleotide is attached to C′3 of the next nucleotide.

The correct option is C
$C_{3}^{'} - C_{5}^{'}$ phosphodiester bond

Phosphate linked to $C_{5}^{'}$ in a nucleotide is attached to $C_{3}^{'}$ of the next nucleotide.