What does drinking compound bacteria every day do?

There are a variety of microbiomes growing in the intestines of healthy animals, composite live bacteria are different from single live bacteria, composite beneficial bacteria can achieve interdependence and mutual constraints between various microbiomes, constitute the balance of micro-ecosystems in the intestines of fur animals, and establish a normal and well-balanced intestinal microbiome is of great significance to resist pathogenic microbial infectionBecause of the interaction between microorganisms, existing microorganisms in an ecosystem prevent the invasion of new organisms in this area, and beneficial bacteria use competitive inhibition to prevent harmful microorganisms from adhering to and multiplying in the intestinal mucosaTherefore, it is very important to take microbial feed in animals whose flora is slow or has obstaclesFor adult animals, since many microorganisms can only survive in the intestines for a considerable period of time, live bacterial preparations must be taken continuously to maintain the implantation of a particular microorganism in the intestineschemical barrierthrough beneficial microorganisms such as lactic acid bacteria produced organic acids (lactic acid, acetic acid) to reduce the pH in the digestive tract, inhibit the growth of other pathogenic microorganisms, environmental pH of 4 when Ecoli and salmonella can not proliferate, played a role in maintaining the balance of intestinal flora to promote growth, while the acidic environment in the digestive tract promotes the absorption of mineral elements calcium, phosphorus, iron and vitaminDproduce beneficial metabolites, inhibit and kill harmful bacteriabeneficial microorganisms can produce peptide bacteria, enzymes and small amounts of inorganic substances, can inhibit the growth of harmful bacteria or prevent the adhesion and invasion of harmful mycotoxins in epithelial cellsLactobacillus and Streptococcus aureus peptides such as Lactobacillus and Streptococcus can inhibit the growth of salmonella, Shigella, Bacillus LColiandeur and Ecoli;has a nutritional effect, promotes animal growthmicrobial fermentation feed is a high-protein substance itself, while metabolizing in the animal's intestines can produce a variety of beneficial causes that help the animal's nutritional digestion, thereby promoting the growth and development of fur animals and weight gainFatty enzymes, etc.) promote the digestion and absorption of nutrients, yeast can produce amino acids, multivitamins (K, C, B1, B2, pantonic acid, niacin, biotin, inositol, folic acid, etc.) for animal use, yeast can also promote the production of phytase, improve the utilization of phosphorusprevent the production of harmful poisonsmicrobial fermentation feed to promote the digestion and absorption of camp substances, reducing the production of ammonia and other corrupt substances The research shows that feeding microbial fermentation feed can reduce the content of ammonia in the contents, feces, venous veins and the content of the intestinal content of lithofol, pyridoxine, 3-methyl pyridine and other corrupt substances, reduce the odor of feces, purify the environment improve the body's immune function beneficial microorganisms in fermented feed can be used as a non-specific immunomodulator to stimulate and activate host immune cells through the bacteria itself or cell wall composition, to promote phagocytosis or to act as an adjure Beneficial microorganisms can also perform specific immune functions to enhance the ability of B-cells in animals to produce antibodies Direct feeding microorganisms prevent the occurrence of disease by promoting the body to develop body fluid immunity and cell immunity, improve the level of antibodies in livestock and poultry, enhance immune function, and kill pathogenic bacteria that invade the body of the machine in a timely manner Experiments have found that Lactobacillus can enhance the body's immunity, some probiotics can affect the body's immune system's ability to respond, its ability to affect the bacteria vary