RNA can undergo spontaneous hydrolysis in basic solutions to form the cyclic compound below. Identify the phosphorus groups in both structures as either a phosphate monoester, phosphate diester, phosphate anhydride, or pyrophosphate monoester. Then propose a curved-arrow mechanism showing how the cyclic group can be formed.

Question

RNA can undergo spontaneous hydrolysis in basic solutions to form the cyclic compound below. Identify the phosphorus groups in both structures as either a phosphate monoester, phosphate diester, phosphate anhydride, or pyrophosphate monoester. Then propose a curved-arrow mechanism showing how the cyclic group can be formed.
RNA can undergo spontaneous hydrolysis in basic solutions to form the cyclic compound below. Identify the phosphorus groups in both structures as either a phosphate monoester, phosphate diester, phosphate anhydride, or pyrophosphate monoester. Then propose a curved-arrow mechanism showing how the cyclic group can be formed.

Quizplus · Accepted Answer

The Answer of RNA can undergo spontaneous hydrolysis in basic solutions to form the cyclic compound below. Identify the phosphorus groups in both structures as either a phosphate monoester, phosphate diester, phosphate anhydride, or pyrophosphate monoester. Then propose a curved-arrow mechanism showing how the cyclic group can be formed.

RNA Can Undergo Spontaneous Hydrolysis in Basic Solutions to Form