RNA and DNA are chiral molecules, their chirality is due to

Question

RNA and DNA are chiral molecules, their chirality is due to (A) chiral bases (B) chiral phosphate ester units (C) D-sugar component (D) L-sugar component

Tardigrade Admin · Accepted Answer

The constituents of nucleic acids are nitrogenous bases, sugar and phosphoric acid. The sugar present in DNA is D(-)-2-deoxyribose and the sugar present in RNA is D(-) ribose. Due to these D(-) -sugar components, DNA and RNA molecules are chiral molecules.

Q. $RN A$ and $D N A$ are chiral molecules, their chirality is due to

chiral bases

chiral phosphate ester units

D-sugar component

L-sugar component

The constituents of nucleic acids are nitrogenous bases, sugar and phosphoric acid. The sugar present in $D N A$ is D(-)-2-deoxyribose and the sugar present in $RN A$ is $D (-)$ ribose. Due to these $D (-)$ -sugar components, $D N A$ and $RN A$ molecules are chiral molecules.

Q. RNA and DNA are chiral molecules, their chirality is due to