Food-calling bacterial resisting oxidation composite nutrient additive for feed

Abstract

The invention discloses a food-calling bacterial resisting oxidation composite nutrient additive for a feed. The food-calling bacterial resisting oxidation composite nutrient additive for a feed consists of a natural perfume plant / processed product and a chemical synthesis antioxidant / an auxiliary agent, and is suitable for simple stomach animals, ruminant animals and aquatic animals. A premixingtechnique and an internal bacterial oxidation-resisting equivalent principle are adopted, according to food-calling requirements of livestock and poultry and stress requirements for bacterial infection and resisting oxidation, compounding is performed to complete cooperation through addition once and meet requirements for food calling, resisting bacteria and resisting oxidation, and the food-calling bacterial resisting oxidation composite nutrient additive has the advantages of using natural resources, being low in additive amount, low in cost, safe and the like.

Description

technical field [0001] The invention belongs to the field of feed, and relates to a feed additive for livestock and poultry, in particular to a feed-attracting, antibacterial, and anti-oxidative compound nutritional additive. Background technique [0002] Corresponding to the three basic status quo of the aquaculture industry, that is, our country has been and will face the situation of shortage of feed resources for a long time, and has to use a large number of processing industry by-products as feed raw materials. This kind of raw materials are called unconventional raw materials, and their palatability is generally poor; The breeding process is faced with the threat of bacterial infection and disease; the large-scale intensive breeding model inevitably causes animals to be in a state of high stress throughout their lives. Existing livestock and poultry feed additive formulations have the following four disadvantages: [0003] 1. All the food attractants used are chemical...

AI Technical Summary

Problems solved by technology

The antibacterial drugs / antibacterial substances used are all industrial products, which are prone to drug resistance, high risk of harm, and expensive

[0005] 3. The limitations of the chemical antioxidants used to prevent the oxidative deterioration of the feed itself, only have antioxidant effects in vitro, no antioxidant function in the body, and cannot remove harmful oxygen free radicals in the body; the antioxidants used in the body are all functional Composed of a single ingredient, most of the antioxidants used are chemical synthetic products, and the price is high

There are many types, large dosage differences, different physical and chemical properties, and are added separately, which is not conducive to continuous production

It is impossible to achieve the compound additives made by compounding several types of multifunctional substances / components to achieve the three purposes of food attraction, antibacterial and anti-oxidation by one-time addition.

[0007] In addition, in terms of socioeconomic benefits and drug dependence, because the existing food attractants, antibacterial drugs / bacteriostatic substances and antioxidants do not have multifunctional complementarity and nutritional value, it increases feed costs

Because bacteria are resistant to antibiotics and other drugs, the dosage of antibacterial drugs continues to rise, forming a serious vicious circle

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