Solid fermentation method for Chinese herbal medicament feed additive

Abstract

The invention provides a solid fermentation method for a Chinese herbal medicament feed additive. The method comprises the following steps of: grinding various Chinese herbal medicaments respectively, mixing the ground Chinese herbal medicaments in a ratio, adding wheat bran, glucose and ammonia sulfate, uniformly mixing, adjusting water content, sterilizing, cooling, choosing lentinula edodes mycelia, of which the mycelia are pure white and the raw material blocks are firm, as fermentation seed, inoculating the lentinula edodes mycelia, fermenting, drying the obtained product at low temperature after fermentation, and crushing the dried product to obtain the finished product. The additive not only improves the micro-ecologic structure of intestinal tracts of animals, but also raises the nutritional level of animals and improves the utilization rate of feed with lentinan, tropina, various trace elements and bioactive substances such as cellulose, mannanase and xylanase; and the additive does not cause any toxic and side effects to livestock and poultry and people, no drug fastness is caused if you take the additive regularly, and the additive can be used for preventing and treating diseases of animals and enforcing growth of animals, and has a great practical significance for developing Chinese green livestock and poultry industry and meets the demands of people for safe food.

Description

Technical field:

[0001] The invention belongs to the field of feed additive production, and in particular relates to a solid fermentation method of a Chinese herbal medicine feed additive. Background technique:

[0002] With the rapid development of science and technology, a large number of artificially synthesized chemical additives such as growth-stimulating hormones, insect repellents, hormones, flavoring agents, feed preservatives, metal elements, etc. are commonly added to livestock, poultry and aquatic feeds. The application of these additives has undoubtedly played a huge role in promoting animal husbandry and aquaculture, but with the deepening of research and problems in production, people have gradually realized the negative effects of these additives, especially antibiotics and The extensive use of illegal drugs has led to the emergence of drug resistance in pathogenic bacteria and the residue of antibiotics in livestock and poultry products, seriously affecting t...

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