What are the main differences between active peptides and proteins? What are the connections?

What are the main differences between active peptides and proteins? What are the connections?

1. Structurally.

Active peptide is a linear carbohydrate chain protein formed by dehydration and condensation of several carbohydrates. It is likely that there is only one peptide chain or several peptide chains, but the structure is relatively simple. Protein is the folding and winding of peptide chain, resulting in a certain spatial layout. Whether the protein has a certain spatial layout is the key difference between protein and active peptide, which is also the direct reason why peptide chain has no protein endocrine system.

2. Function.

Active peptides have molecular biological specificity and molecular biological specificity. Protein has molecular biological specificity.

3. Connotation.

In general, active peptides only focus on the linear coding sequence, that is, the primary structure. Protein is a professional term that pays attention to the three-dimensional structure. There are two, three or four levels of protein structure, which are related to each other.

Development materials:

Many of the body's active substances are in the form of peptides. Peptides are involved in the growth hormone, nervous system, cell growth and reproductive system of the body. Its necessity depends on adjusting the software of various systems and endocrine system of somatic cells, stimulating the relevant enzyme system of the body, promoting the permeability of the intermediate metabolic membrane, or manipulating the expression of DNA gene or harming the production of specific proteins, resulting in special physiological practice effect. Peptide is the key chemical substance in the action of various somatic cells in human body. Peptides can generate somatic cells and regulate the functional theme activities of cells. Peptides act as the nervous system in the body to transmit quality and information. Peptide can be used as a vehicle for the body to transport all kinds of nutrients, vitamins, biotin and calcium beneficial to the body to tissues, organs and institutions. Peptide is the key physiological regulator of the body. It can adjust the endocrine system of the body in an all-round way, improve and give full play to the physiological specificity of the body, which has a key role in molecular biology. Peptides are very important for human somatic cell specificity, theme activity and life existence. However, due to the outflow and damage of peptides in the body caused by various factors, the working ability of synthetic peptides is greatly weakened. Therefore, the contemporary body lacks peptides. It is necessary to fill in human synthetic peptides, which are specific, charming and life.

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