Langyou Chemical
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Bio Macromolecules Polymer Table
The so-called "Bio Macromolecules Polymer Table" is the table of biological macromolecules, which is the core and guides the direction of inquiry.
Guanfu biological macromolecules have a wide variety of types and different states of polymerization. Proteins, amino acids, or pillars of structure, or the role of catalysis, play a great role in organisms. The order of its polymerization is determined by genes. The first-order structure is well-known, and the second-order and third-order states are gradually developed, or spiral or folded, which is exquisite.
Nucleic acids are also nucleotide poly. DNA contains hereditary breath, double-stranded complementarity, like a ladder circling, base pairing, orderly, and inherits the code of life. RNA is divided into messengers, transporters, and ribosomes, each responsible for its own responsibilities, transcription and translation, and interprets the Chinese chapter of life.
Polysaccharides are also the result of biomacromolecular polymerization. Starch, glycogen, store energy for emergencies; cellulose, which builds the wall of plants, is tough. Its polymerization methods are diverse due to the difference in glycosyl groups and connection methods.
Lipids, although not strictly macromolecular polymers, are also crucial to the structure of biological membranes. Phospholipid bilayer, the basis of film formation, defines the boundary of the cell, and maintains the stability of the internal environment.
Bio Macromolecules Polymer Table gathers all the essentials of polymerization, analyzes its composition, structure and function, such as the navigation mark refers to the sea of learning, so that those who explore the mysteries of biology can follow its path, gradually understand the true meaning of life polymerization, and understand the wonders of biological macromolecule polymerization. It is a great contribution to the progress of life science.
Guanfu biological macromolecules have a wide variety of types and different states of polymerization. Proteins, amino acids, or pillars of structure, or the role of catalysis, play a great role in organisms. The order of its polymerization is determined by genes. The first-order structure is well-known, and the second-order and third-order states are gradually developed, or spiral or folded, which is exquisite.
Nucleic acids are also nucleotide poly. DNA contains hereditary breath, double-stranded complementarity, like a ladder circling, base pairing, orderly, and inherits the code of life. RNA is divided into messengers, transporters, and ribosomes, each responsible for its own responsibilities, transcription and translation, and interprets the Chinese chapter of life.
Polysaccharides are also the result of biomacromolecular polymerization. Starch, glycogen, store energy for emergencies; cellulose, which builds the wall of plants, is tough. Its polymerization methods are diverse due to the difference in glycosyl groups and connection methods.
Lipids, although not strictly macromolecular polymers, are also crucial to the structure of biological membranes. Phospholipid bilayer, the basis of film formation, defines the boundary of the cell, and maintains the stability of the internal environment.
Bio Macromolecules Polymer Table gathers all the essentials of polymerization, analyzes its composition, structure and function, such as the navigation mark refers to the sea of learning, so that those who explore the mysteries of biology can follow its path, gradually understand the true meaning of life polymerization, and understand the wonders of biological macromolecule polymerization. It is a great contribution to the progress of life science.
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