In both DNA and RNA, heterocyclic base and phosphate ester linkages are at

Question

In both DNA and RNA, heterocyclic base and phosphate ester linkages are at (A) C -5' and C -2' respectively of the sugar molecule (B) C -2' and C -5' respectively of the sugar molecule (C) C -1' and C -5' respectively of the sugar molecule (D) C -5' and C -1' respectively of the sugar molecule.

Tardigrade Admin · Accepted Answer

Correct answer is (c) C -1' and C -5' respectively of the sugar molecule

Q. In both DNA and RNA, heterocyclic base and phosphate ester linkages are at

$C - 5^{'}$ and $C - 2^{'}$ respectively of the sugar molecule

$C - 2^{'}$ and $C - 5^{'}$ respectively of the sugar molecule

$C - 1^{'}$ and $C - 5^{'}$ respectively of the sugar molecule

$C - 5^{'}$ and $C - 1^{'}$ respectively of the sugar molecule.

Correct answer is (c) $C - 1^{'}$ and $C - 5^{'}$ respectively of the sugar molecule

Q. In both DNA and RNA, heterocyclic base and phosphate ester linkages are at

C−5′ and C−2′ respectively of the sugar molecule

C−2′ and C−5′ respectively of the sugar molecule

C−1′ and C−5′ respectively of the sugar molecule

C−5′ and C−1′ respectively of the sugar molecule.

Correct answer is (c) C−1′ and C−5′ respectively of the sugar molecule

$C - 5^{'}$ and $C - 2^{'}$ respectively of the sugar molecule

$C - 2^{'}$ and $C - 5^{'}$ respectively of the sugar molecule

$C - 1^{'}$ and $C - 5^{'}$ respectively of the sugar molecule

$C - 5^{'}$ and $C - 1^{'}$ respectively of the sugar molecule.

Correct answer is (c) $C - 1^{'}$ and $C - 5^{'}$ respectively of the sugar molecule