Draw the structure of adenine. Indicate what molecule each atom in the ring structure came from. The Structure of Adenine and its Component Molecules

The Structure of Adenine and its Component Molecules

Adenine (abbreviated as A) is one of the five major nitrogenous bases found in DNA and RNA. It is composed of a six-membered ring structure of five carbon atoms and one nitrogen atom, which together form the heterocyclic aromatic molecule (1). The component molecules of adenine are hydrogen, carbon, and nitrogen atoms. Specifically, the five carbon atoms in adenine’s six-membered ring structure come from carbon dioxide molecules (2). The nitrogen atom is derived from ammonia molecules. Hydrogen atoms are provided by water molecules. Adenine’s structure is highly stable and it is one of the most important components of nucleic acids because of its unique structure. This is due to the presence of two nitrogen-hydrogen (NH) bonds in the ring structure (3). These bonds are responsible for the stability of adenine and allow it to form hydrogen bonds with other nitrogenous bases in DNA and RNA.
The structure of adenine makes it an extremely important component of nucleic acids. Its stability and ability to form hydrogen bonds with other nitrogenous bases are essential for the proper functioning of genetic information (4). Adenine’s component molecules provide the necessary stability, allowing it to perform its necessary function in DNA and RNA. Cont….