Method for preparing nonreactive selenium-rich laying hen feed additive
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A technology of feed additive and laying hen feed, which is applied in the field of preparation of non-resistant laying hen feed additives, can solve the problems of reducing body immunity, poultry chronic poisoning, drug resistance enhancement, etc., and achieves the improvement of egg production rate and egg quality, The effect of prolonging the peak egg production period and improving production performance
Inactive Publication Date: 2016-04-20
长沙满旺生物工程有限公司
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However, because a considerable part of laying hens in our country is currently limited by various conditions such as technology, site, and insufficient investment, in order to reduce the occurrence of chicken diseases, a considerable number of laying hen farmers have excessively added antibiotics and chemically synthesized drug additives during the production process. This will bring many adverse effects, such as drug residues, environmental pollution, chronic poultry poisoning, carcinogenicity to humans, etc., especially easy to cause drug resistance of pathogenic microorganisms, which is a major weakness of western medicine feed additives such as antibiotics
Some antibiotics can enter eggs through the metabolism of chickens, resulting in antibiotic residues in eggs. If humans eat "resistant eggs" for a long time, antibiotics will slowly accumulate in the body, which will not only affect the function of the immune system, but also reduce the body's immunity. At the same time, the drug resistance of the human body is also continuously enhanced, which may lead to some diseases that cannot be cured
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[0012] Organic ratio of feed additive to feed, that is, 10-15% of feed additive and 85-90% of feed are mixed, stirred evenly to feed laying hens, to improve feed conversion rate, enhance immunity, and degrade antibiotics and pesticide residues in feed , which can avoid the disadvantages of cross-reaction and side effects of western medicine immunopreventive agents on animal tissues. It can significantly increase the activity of monocytes and eosinophils in the animal body, and improve the phagocytosis of white blood cells. It is transformed into each other in the body, and has the functions of anti-inflammation, anti-virus, immunosuppression, blocking liver cell apoptosis, stabilizing cell membrane, and activating cells.
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Abstract
The invention relates to a method for preparing a nonreactive selenium-rich laying hen feed additive. Eggs are necessary food in daily life of people, and are rich in nutrition. In recent years, professional raising farmers abuse antibiotics and hormones to acquire profits and prevent chicken diseases, and consequently, egg drug residues are serious, and physical and psychological health of people is affected. According to the method, lycopene, natural lutein, chitosan oligosaccharide, selenium yeast, diaminocaproic acid, diaminocaproic acid, lactic acid bacteria, bacillus subtilis, vitamin E, brewer's yeast, phytase, vitamin C, malic acid, lactic acid and water are organically mixed and fermented to be prepared into the nonreactive selenium-rich laying hen feed additive. Then, the nonreactive selenium-rich laying hen feed additive is combined with feed, intestinal probiotics of laying hens can be protected, absorption of nutrient substances can be promoted, the growing and reproducing function of the laying hens can also be adjusted, ovary development can be promoted, egg laying quality can be improved, the laying rate can be increased, and selenium-rich eggs free of antibiotic drug residues are produced.
Description
technical field [0001] The invention belongs to the technical field of poultry breeding, and specifically relates to a preparation method of an antibiotic-free laying hen feed additive using natural organisms, animal and plant extracts, trace elements and microbial bacteria as basic raw materials. Background technique [0002] Eggs are one of the most common consumer goods in people's daily life. With the continuous improvement of people's living standards, consumption is no longer limited to the demand for quantity, but more and more attention is paid to the quality of eggs, especially the drug residues in eggs. However, because a considerable part of laying hens in our country is currently limited by various conditions such as technology, site, and insufficient investment, in order to reduce the occurrence of chicken diseases, a considerable number of laying hen farmers have excessively added antibiotics and chemically synthesized drug additives during the production proces...
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