Lycopene Structure
On the structure of lycopene
Lycopene is unique among all pigments. Its structure is unique and is valued by many scholars.
The structure of lycopene contains many conjugated double bonds. This conjugated double bond system gives lycopene extraordinary properties. Under light, it can absorb specific wavelengths of light, resulting in a brilliant color. And conjugated double bonds increase its chemical activity and play special functions in many biochemical reactions.
From the perspective of spatial structure, lycopene has a specific conformation. The atoms of its molecules are arranged in an orderly manner, or stretched in a straight line, or tortuous. This spatial conformation is related to its function. If it is in a biofilm, it can be embedded in the membrane with a suitable conformation, the protective film is stable, and the damage of free radicals is protected.
Furthermore, the various parts of the lycopene structure are related to each other. Although the side chain groups are simple, they have an impact on the overall structure and properties. Or adjust the polarity of the molecule, or change its solubility, so that lycopene can develop various functions in different environments.
Lycopene has an exquisite structure, its conjugated double bond and spatial conformation, and the interaction of various parts, making it important in the biological world and industry. In-depth investigation will surely reveal more mysteries and be used by humans.
