Langyou Chemical
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Macromolecule Not Forming Polymer
On macromolecules that do not polymerize into polymers
The state of macromolecules in the world has its own characteristics. There is a class of macromolecules that are unique and do not polymerize into polymers.
The genus of macromolecules is mostly connected by monomers through polymerization, forming a chain-like or network-like structure, such as intertwined threads, to obtain a strong shape. However, this special macromolecule has a delicate structure and forms its own system. Although it is in a complicated environment, it does not polymerize with others to form a long-chain polymer.
Why did it come to this? Because of its own stable structure and delicate bonding between atoms, it does not need to use the force of polymerization to increase its properties. And its environment has not given it an opportunity to polymerize. Although the surrounding monomers are surging, this macromolecule remains in its own state and is not moved by the tide of polymerization.
The large size of this non-polymerized synthetic polymer may have unique functions in the field of biochemistry. Or it can maintain a specific shape to ensure the stability of physiological functions; in the world of materials, its characteristics may provide ideas for the development of new things. With its unique quality, it is unique among thousands of macromolecules, opening up a different path for scientific inquiry, attracting people to think deeply about its inner wonders, and exploring its wide application.
The state of macromolecules in the world has its own characteristics. There is a class of macromolecules that are unique and do not polymerize into polymers.
The genus of macromolecules is mostly connected by monomers through polymerization, forming a chain-like or network-like structure, such as intertwined threads, to obtain a strong shape. However, this special macromolecule has a delicate structure and forms its own system. Although it is in a complicated environment, it does not polymerize with others to form a long-chain polymer.
Why did it come to this? Because of its own stable structure and delicate bonding between atoms, it does not need to use the force of polymerization to increase its properties. And its environment has not given it an opportunity to polymerize. Although the surrounding monomers are surging, this macromolecule remains in its own state and is not moved by the tide of polymerization.
The large size of this non-polymerized synthetic polymer may have unique functions in the field of biochemistry. Or it can maintain a specific shape to ensure the stability of physiological functions; in the world of materials, its characteristics may provide ideas for the development of new things. With its unique quality, it is unique among thousands of macromolecules, opening up a different path for scientific inquiry, attracting people to think deeply about its inner wonders, and exploring its wide application.
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