Additive for balancing gastrointestinal health of animals

Abstract

The invention provides an additive for balancing the gastrointestinal health of animals, which is prepared by absorbing 3 to 15 percent of tributyrin, 21.5 to 52.5 percent of lactic acid and 3.5 to 7.5 percent of formic acid with special carrier white black carbon by grade and layer respectively and then combining the mixture with 1 to 10 percent of glutamine. The additive has the effects of controlling diarrhea and accelerating restoration of injured intestinal tract, and starting from a philosophy of balancing the relationship between the gastropore and the intestinal tract, saving resources, reducing environment loads and improving quality of livestock products, a comprehensive gastrointestinal health management scheme is provided.

Description

technical field [0001] The invention relates to a functional additive, in particular to a growth-promoting functional additive for promoting animal digestion, controlling diarrhea and accelerating recovery of damaged intestinal tract. Background technique [0002] At present, acidifiers are mainly used to promote the digestion of nutrients. Acidifiers can reduce the pH value in the stomach, promote the secretion of gastric acid, and then improve the digestion of nutrients, especially proteins, and prevent undigested proteins from entering the intestinal tract and becoming various pathogens. breeding medium, causing diarrhea and even death in young animals. However, although acidifiers can promote protein digestion, they have no recovery effect on intestinal mucosal damage caused by stress and other factors. [0003] Sodium butyrate and coated sodium butyrate mainly promote the recovery and growth of intestinal mucosa by releasing butyric acid in the intestinal tract. Butyri...

AI Technical Summary

Problems solved by technology

However, sodium butyrate is easily dissociated in the stomach, butyric acid is absorbed by the stomach wall, and butyric acid cannot effectively reach the damaged intestinal tract to play a role

Although coated sodium butyrate can partially solve the phenomenon of dissociation in the stomach, the effective ingredients of coated sodium butyrate are low, the price is expensive, and it is not suitable for large-scale use, so that the amount of butyric acid required to promote mucosal recovery cannot be achieved.

[0004] The use of zinc oxide can well control diarrhea in young animals, but long-term use of zinc oxide will cause animal growth inhibition, decreased feed intake, etc., and once it is stopped, it is very easy to relapse; and long-term use of zinc oxide will cause Inhibit the absorption of other mineral elements, and cause great pollution to the environment

[0005] Although the extensive use of antibiotics can effectively control diarrhea, bacteria are prone to drug resistance. Long-term use will destroy the inherent flora of the intestinal tract. The biggest hazard is that there will be residues in the end products, which will endanger our human health.

[0006] Existing solutions all have the problem of only addressing the stomach or intestinal tract, and the products used have various shortcomings and side effects. However, young animals, especially weaned piglets, have stomach and intestinal problems during the stress process. question

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