What is the three layer embedding technology of probiotics?

The embedding technology used by Yishengjun is a triple embedding patented technology. Triple embedding technology is a Taiwan-based technology.

The patented technology, the patent creator is Jin Jinde, and the patent name is fungus coating structure. The outermost layer of triple embedding technology is composed of biomolecular polymers that are difficult to dissolve in gastric acid, which protects the substances embedded in the interior at low pH levels.

The environment is not destroyed and can resist the erosion of stomach acid in the body. The second layer is composed of lipid substances of bile secreted by the gallbladder in antibodies, which can protect the internal substances from being destroyed by bile. The third layer is made up of probiotics.

It is composed of a protective agent and alkali-soluble macromolecular casein, which has a directed sustained-release and controlled-release effect.

The outermost layer of the triple embedding technology is composed of a biomolecular polymer that is difficult to dissolve in gastric acid, and the polymer colloid will have a coaghesive effect in a strong acidic environment, so as to protect the substance embedded in the interior from being destroyed in a low pH environment, but the polymer is easy to dissolve in a high pH environment. The outermost layer can resist the erosion of gastric acid in the animal, but it will lose its effect in the duodenal area. The second layer is composed of lipid substances that resist bile secreted by the gallbladder in animals, which can protect the internal substances from being destroyed by bile.

However, this layer is relatively easy to be digested by digestive enzymes, so it will gradually lose its effect in the intestinal part of the animal's body. The third layer is composed of probiotics, protective agents, and alkali-soluble macromolecular casein, which has a directed sustained-release and controlled-release (sustained-release refers to the continuous release of drugs for a long period of time after medication to achieve long-term effects; Controlled release refers to the effect that the drug can be automatically released at a predetermined rate within a predetermined time, so that the blood concentration is maintained in the effective concentration range for a long time.

The probiotic effects that have been confirmed by the medical community include: improving intestinal flora, promoting intestinal health, reducing diarrhea and constipation; Strengthens immunity and relieves allergies.

To buy something, we need to measure the quality of the product. When buying and choosing probiotic products, we also need to know which probiotics are good. Probiotics are a relatively new thing, and many people don't know enough about probiotics, and they don't know how to choose probiotic products.

We see that the criteria for measuring probiotics are strains, number of viable bacteria, and embedding probiotic encapsulation techniques. The first two are more advantageous, but is embedding technology really important for probiotics?

Probiotic embedding technology, in fact, is very easy to understand, which is to coat the probiotics with a protective layer. This protective layer helps probiotic strains defend against stomach acid, bile, digestive enzymes, and more. At present, the common embedding probiotic technology has multi-layer embedding technology, multi-layer embedding technology and the latest Hexi postbiotic multi-layer embedding technology in the field of microecology.

Although the name of the embedding technology is different, they are all wrapped by one or more materials to protect the activity of probiotics.

So is it important to protect the activity of probiotics for the probiotic products? The answer is yes, as we said earlier, the number of live bacteria is one of the important indicators of probiotics. The main role of probiotics is to maintain the balance of intestinal flora, and if the number of probiotics decreases, harmful bacteria will take advantage of it.

Harmful bacteria can release toxins in the intestines, which can affect intestinal health, which may lead to common problems such as diarrhea, constipation, and flatulence. Therefore, the fundamental purpose of our probiotic supplementation is to increase the content of probiotics in the body.

If probiotics enter the intestines without protection, it is difficult to survive the stomach acid. Due to the low pH of gastric acid, it is difficult for probiotics to adapt to it, and only a very small number of probiotics can survive gastric acid. Some people have previously refuted rumors that probiotics cannot reach the intestines at all, because they are affected by various environmental influences in the body.

Therefore, in order for probiotics to work, it is necessary to protect the embedding technology.

Therefore, when we choose probiotic products, it is very important to harvest probiotics that have been delayed in using reasonable protective measures. When buying probiotics, the number of active probiotics is only the guarantee of the effect of probiotics, and only the real intestinal colonization efficiency of probiotics is the factor that determines whether probiotics are useful or not. Therefore, when choosing probiotics, we must ensure that the number of probiotics is sufficient, and the second is to have the best probiotic protection measures.

As long as a large number of live probiotics enter the intestinal colonization, it can help us restore the balance of intestinal flora and improve intestinal problems.

Probiotic coating and embedding technology are two different microbial cell protection technologies, which are designed to protect probiotics from environmental influences and improve the survival rate and functionality of probiotics in the preparation of probiotic products. The differences between them are as follows:

1.Coating techniques.

Probiotic coating technology is to coat probiotics in a layer of protective substances to protect probiotics from acid, alkali, temperature, humidity and other environmental factors, and improve the survival rate and stability of probiotics in products. Commonly used coating materials include cellulose, gelatin, protective lipids, etc.

2.Embedding techniques.

Probiotic embedding technology is to bury probiotics and carrier materials in the product together to protect the probiotics from the external environment and improve the survival rate and efficacy of probiotics in the products. Commonly used carrier materials are starch, pectin, gelatin, etc. Compared with the coating technology, the embedding technology is more stable and can effectively protect the probiotics, but the embedded probiotics may be difficult to be absorbed by the body.

In short, probiotic coating and embedding technology are both to protect the survival and stability of probiotics in the product and improve the efficacy of probiotics. Which technology to choose needs to be decided according to the characteristics and needs of the product.