The role of myocardial peptide

The heart is the most important part of a person because it is the power of the blood circulation system. If the heart does not work, it will lead to poor blood circulation, which will cause malfunctions in other organs of the body. Myocardial peptide is a substance used to treat heart disease. This substance can directly interact with myocardial cells, repair myocardial damage, etc. The following is a detailed introduction to the role of myocardial peptide.

Kaidimetin (cardiomyopeptide for injection) is a small molecule polypeptide active substance extracted from the ventricular muscle of healthy young pigs. It can directly act on myocardial cells and promote the repair of myocardium damaged by various damaging factors (such as ischemia, hypoxia, drug poisoning, etc.).

Indications: It can be used as an auxiliary drug for perioperative myocardial protection during cardiac surgery. This is based on existing clinical research results showing that the use of myocardial peptides during the perioperative period of cardiac surgery can improve myocardial ultrastructure. However, the benefits of myocardial peptides on the overall benefits and cardiac function of surgical patients are still unclear, and the exact myocardial protective mechanism of myocardial peptides requires further research. At the same time, there is still a lack of clinical research data on the overall benefits and cardiac function of surgical patients, which requires further clinical research to confirm.

The absorption mechanism and characteristics of peptides :

1. No need for digestion, just absorb directly. The polypeptides synthesized by the human body are obtained by enzymatic hydrolysis of proteins (decomposed by catalytic enzymes, digestive enzymes, pancreatic enzymes, pepsin, gastric acid, and alkaline substances in the digestive tract. Some are broken down into small peptides, some are broken down into amino acid residues, and some are broken down into free amino acids. The small peptides are eventually absorbed through the small intestine and then circulate through human cells, tissues, organs, and blood). The small peptides artificially synthesized in vitro have a protective film on their surface. After being ingested by the human body, they will not be subjected to secondary hydrolysis by various enzymes and acid-base substances in the human body. Like peptides synthesized by the human body, they directly enter the small intestine, are absorbed by the small intestine, enter the human circulatory system, and exert their biological functions.

2. Rapid and complete absorption. Peptides artificially synthesized in vitro enter the human body orally. They pass through the human mouth and stomach 70% faster than amino acids and directly enter the small intestine. They are absorbed by the small intestine and eventually enter the human blood circulation system, organs and cell tissues. They are completely absorbed and utilized by the human body, and quickly exert their physiological effects and biological functions. The absorption rate of peptides is synchronized with the infusion, which is unmatched by other nutritional supplements.

3. Actively and preferentially absorbed by the human body. Peptides have the characteristics of actively allowing the human body to absorb or forcing the human body to absorb. This is of great significance for those with poor digestion, nutritional deficiencies, and weak bodies.

4. No need to consume human energy. It has the characteristic of not adding burden to the digestive tract, especially gastrointestinal function.