Molecularly speaking, what is the difference with the sugar residues between DNA and RNA a. The deoxyribose in DNA contains an oxygen atom at the 2 prime carbon (carbon number 2) in its molecular structure; conversely, the ribose in RNA does not include an oxygen atom at the 2 prime carbon (carbon number 2) in its structure. b. The deoxyribose in RNA contains an oxygen atom at the 2 prime carbon (carbon number 2) in its molecular structure; on one hand, the ribose in DNA does not include an oxygen atom at the 2 prime carbon (carbon number 2) in its structure. c. The deoxyribose in DNA does not contain an oxygen atom at the 2 prime carbon (carbon number 2) in its molecular structure; on the other hand, the ribose in RNA includes an oxygen atom at the 2 prime carbon (carbon number 2) in its structure. d. The deoxyribose in RNA does not contain an oxygen atom at the 2 prime carbon (carbon number 2) in its molecular structure; alternatively, the ribose in DNA includes an oxygen atom at the 2 prime carbon (carbon number 2) in its structure.
Molecularly speaking, what is the difference with the sugar residues between DNA and RNA
a. The deoxyribose in DNA contains an oxygen atom at the 2 prime carbon (carbon number 2) in its molecular structure; conversely, the ribose in RNA does not include an oxygen atom at the 2 prime carbon (carbon number 2) in its structure.
b. The deoxyribose in RNA contains an oxygen atom at the 2 prime carbon (carbon number 2) in its molecular structure; on one hand, the ribose in DNA does not include an oxygen atom at the 2 prime carbon (carbon number 2) in its structure.
c. The deoxyribose in DNA does not contain an oxygen atom at the 2 prime carbon (carbon number 2) in its molecular structure; on the other hand, the ribose in RNA includes an oxygen atom at the 2 prime carbon (carbon number 2) in its structure.
d. The deoxyribose in RNA does not contain an oxygen atom at the 2 prime carbon (carbon number 2) in its molecular structure; alternatively, the ribose in DNA includes an oxygen atom at the 2 prime carbon (carbon number 2) in its structure.
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