Multi-strain symbiotic probiotic microcapsule prepared by embedding technique

Abstract

The invention relates to a multi-strain symbiotic probiotic microcapsule prepared by an embedding technique, and the multi-strain symbiotic probiotic microcapsule is capable of preventing multi-strainsymbiotic probiotics in the intestinal tracts from suffering from the attack of gastric acid and bile salt, and improving the viable count of the multi-strain symbiotic probiotics. A preparation process sequentially comprises the following steps: firstly, screening strains with certain tolerance, and domesticating the strains under a condition with relatively strict environmental pressure; secondly, mixing the domesticated strains with other nutrient strains to form multi-strain symbiotic probiotics; and finally embedding the multi-strain symbiotic probiotics by the embedding technique to prepare capsules. According to the multi-strain symbiotic probiotic microcapsules prepared by the embedding technique, by virtue of screening of a protectant, the multi-strain symbiotic probiotics are embedded in the microcapsules, so the injury to the multi-strain symbiotic probiotics from the gastric acid and the bile salt in the transport process of the probiotics in the alimentary tracts in vivocan be relieved, the viable count of the probiotics reaching the small intestines is increased, simultaneously the activity and the bacterial count of the multi-strain symbiotic probiotics can be maintained, and the production time is shorter than the production time of a freeze-drying method.

Description

technical field [0001] The invention relates to a multi-bacteria symbiotic probiotic capsule, in particular to a multi-bacteria symbiotic probiotic microcapsule prepared by embedding technology. Background technique [0002] The multi-bacteria symbiotic probiotics that naturally exist in the human digestive tract are very complex. In addition to the three common ABS bacteria, there are also some high-temperature and acid-resistant lactic acid bacteria that coexist with other lactic acid bacteria to form the principle of beneficial bacteria, that is, "bacteria The more species there are, the better the viability.” Everyone has a different constitution, and different lactic acid bacteria also have different characteristics. The biggest difference between lactic acid bacteria and medicines is that the same kind of lactic acid bacteria usually responds differently to different people. Some people may be suitable for these bacteria, and some people may be suitable for other bacte...

AI Technical Summary

Problems solved by technology

[0005] And the demand for multi-bacteria symbiotic probiotics products - after the multi-bacteria symbiotic probiotics enter the human body, they must be attacked by gastric acid and bile salts before they can enter the intestinal tract for colonization, so they must be able to survive after passing through the stomach. The number of viable bacteria, multi-bacteria symbiotic probiotics must still have a certain number of viable bacteria after food processing, and at the same time, during shelf storage, they can still maintain a certain number of viable bacteria, and multi-bacteria symbiotic probiotics products After processing, In the process of transportatio