The difference between glucose oxidase and other products

1. The difference between glucose oxidase and compound enzyme

Glucose oxidase belongs to oxidase, and glucose oxidase does not have the four functions of eliminating the living environment of intestinal bacteria, protecting the integrity of intestinal epithelial cells, maintaining the ecological balance of intestinal flora, and eliminating intestinal mycotoxin poisoning. Both have the effect of promoting digestion, but the mechanism of action is different, and they cannot completely replace each other in practical application.

The composition of compound enzymes is protease, amylase, lipase, cellulase, pectinase and other digestive enzymes, which belong to hydrolytic enzymes, which can be secreted by the digestive organs in animals. It is completely controlled by humans. When the animals consume a lot of food or certain ingredients in the diet make the enzymes secreted by the animals insufficient or unable to digest well, the animals can be helped to digest by supplementing the animals with industrially produced digestive enzymes. better digestion.

The effect of glucose oxidase on improving digestion is achieved through acidification. After entering the intestinal tract, gluconic acid is continuously produced, thereby reducing the pH value of the intestinal tract. The acidic environment itself is conducive to maintaining the activity of various digestive enzymes. The activity of digestive enzymes is good, and natural Aids in digestion.

Compound enzymes are mostly used in feed mills. Glucose oxidase is mostly used in breeding at present. Compound enzymes are generally not tolerant to granulation high temperature, while glucose oxidase can tolerate granulation high temperature.

2. The difference between glucose oxidase and probiotics

Prebiotics are live bacterial preparations, the ingredients are lactic acid bacteria, bacillus, etc. No matter which one, the direct effect of prebiotics is only one, which is to improve the balance of intestinal flora, and other effects, such as competitively inhibit the proliferation of harmful bacteria , Improving immunity, reducing ammonia odor in the chicken house and other effects are all indirectly produced by the direct effect of improving the balance of intestinal flora.

The role of glucose oxidase in improving the balance of intestinal flora is also direct, by deoxygenating and multiplying Bifidobacteria, which is similar to directly adding Bacillus to feed; proliferating lactic acid bacteria through acidification, which is similar to directly adding lactic acid bacteria to feed.

Several other direct effects of glucose oxidase, such as inhibiting harmful bacteria such as Salmonella and Escherichia coli in the intestinal tract, protecting the integrity of intestinal epithelial cells against coccidia, improving the acidic digestive environment of the intestinal tract, and relieving mycotoxin poisoning, are unique to probiotics. available.

Probiotics are live bacterial preparations and cannot be used in conjunction with antibiotics and other drugs. Generally, they are not resistant to granulation high temperature. Glucose oxidase can not only be compatible with antibiotics and other antibacterial drugs, but also have the effect of synergistic drugs to improve efficacy, and can withstand granulation high temperature .

3. The difference between glucose oxidase and mycotoxin adsorbent

It is different from mycotoxin adsorbents or treatment agents, and even more different from general antifungal agents. Antifungal agents can only inhibit the growth of mold, but cannot remove the mycotoxins that have been produced in the feed. However, the addition of mycotoxin adsorbents or treatment agents to feed can only be effective on feeds that are slightly polluted with mycotoxins, and have no effect on feeds that are severely and moderately moldy and must be discarded, and feeding is prohibited. As an oxidoreductase, glucose oxidase can directly inhibit various molds such as Aspergillus flavus, Rhizopus niger, and Penicillium, promote redox reactions in the liver, and assist the liver in metabolizing toxins.

General antifungal agents can only inhibit the growth of mycotoxins, reduce the degree of mildew in feed, and play a role in preventing mildew, but cannot eliminate the hazards of mycotoxins produced by mildly moldy feed.

Monopolar adsorbents such as aluminosilicates (montmorillonite, zeolite, bentonite, etc.) can only adsorb aflatoxins, but cannot adsorb mycotoxins such as zearalenone that seriously harm the reproductive performance of breeding livestock and poultry .

Adsorbents such as mannan oligosaccharides can adsorb toxins such as aflatoxin and zearalenone, but they have no auxiliary therapeutic effect on animal bodies that have been poisoned by mycotoxins.

Glucose oxidase has a unique anti-mold and mildew-controlling effect, as well as an auxiliary therapeutic effect.