The 3D structure of barbituric acid as the core
There is a thing called barbituric acid today, and its 3D structure is very delicate. If you look at this structure, it is like a microscopic pavilion built by atoms, and the arrangement of each atom contains endless mysteries.

Carbon atoms support the structure like beams and columns, and are connected with hydrogen, oxygen, nitrogen and other atoms by chemical bonds, just like mortise and tenon joints, which are closely and orderly. Its spatial configuration is not simply presented in a plane, but in a three-dimensional world, cleverly combined according to chemical laws.

Looking at it from a certain angle, it can be seen that the atomic groups are in their own positions, interacting with each other, attracting or repelling each other, maintaining the stability of the structure. The lone pair of electrons of the oxygen atom is like a delicate wedge, embedded in the overall structure, affecting its chemical activity and physical properties.

This 3D structure is like a key in the field of chemistry, which can open the door to many reactions. Because of this unique structure, barbituric acid can participate in specific organic synthesis reactions, providing a key path for the preparation of many chemical substances.

It is also of great significance in the field of medicine. The specific 3D structure allows it to fit with specific targets in the body, just like a key and a lock, and then exert pharmacological effects and affect the nervous system. In conclusion, the 3D structure of barbituric acid, with its unique pose, plays a pivotal role in many fields such as chemistry and medicine, promoting the development and progress of related disciplines.