Generally, traditional live probiotics need to go through the traditional trilogy to play a healthy role in the human body.
The first part: embedding technology is needed to protect live bacteria from passing through gastric acid and bile salts smoothly.
The second part: the intestine needs a good flora, so that these living bacteria can settle in the intestine smoothly.
Part III: It takes 48~72 hours for these living bacteria to produce metabolites with health care function for human body.
What we usually call dead bacteria refers to the bacteria that failed the trilogy test and died in the human body.
On the other hand, metabonomics is inactivated bacteria produced by patented heat sealing technology. Using high-tech equipment, the intestinal environment of human body is simulated, and metabolites with health care function are directly generated. Directly absorbed after drinking, there is no traditional trilogy of live bacteria. Metabolites are preparations of inanimate microorganisms and/or their components beneficial to host health, mainly including inactivated bacteria, bacterial metabolites and bacterial cell lysate. In the field of microbial research, metazoa is a research hotspot in recent years, and it is also a new solution to intestinal health. Compared with probiotics, metazoa have outstanding advantages such as oxygen resistance, high temperature resistance, processing resistance and durability, and there are no serious safety hazards such as bacterial translocation, drug resistance gene transmission or pathogenic bacteria pollution. It can balance intestinal flora, enhance immunity, regulate physiological function, and promote the healthy growth of animals without colonization.
With the advent of the replacement era, metazoa will become a new type of healthy raw materials, with broad application prospects and great commercial value. Metabolites can be used in food, animal protection and other fields. Such as food additives and animal feed additives.