Feed additive for improving quality of animal products as well as preparation method and use method of feed additive
A feed additive and animal product technology, applied in animal feed, animal feed, food processing, etc., can solve the problem of high residues of heavy metals, pesticide residues, drug residues, hormones and antibiotics, increase the difficulty of animal disease prevention, and harm the human body. Health and other issues, to alleviate the impact of feed intake, reduce intestinal pathogens, and increase immunity
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Embodiment 1
[0032] This example provides a feed additive for improving the quality of animal products, including the following components by mass percentage: shale powder: 14%, biochemical fulvic acid: 35%, yeast fermentation medium: 36.6%, hawthorn: 2% , honeysuckle: 0.5%, ginger: 0.5%, yellow lotus: 2%, buckwheat grass powder: 4%, fried jujube seed: 5%, amino acid titanium: 0.1%, organic selenium: 0.15% and organic germanium: 0.15%.
[0033] The above-mentioned organic selenium-enriched purchaser is Wuhan Huaselenium Biotechnology Co., Ltd.;
[0034] The purchaser of the above-mentioned organic germanium is the China International Ecological Industry Research Institute.
[0035] The preparation method of the biochemical fulvic acid described above is: after mixing the base material and water, aerobic fermentation at 33°C for 10 days, and then anaerobic metabolism at 55°C for 10 days, at 20°C drying in the sun to obtain the biochemical fulvic acid, wherein the water accounts for 30% of ...
Embodiment 2
[0046] This example provides a feed additive for improving the quality of animal products, including the following components by mass percentage: shale powder: 18%, biochemical fulvic acid: 35%, yeast fermentation medium: 33%, hawthorn: 2.2% , honeysuckle: 0.8%, ginger: 1%, yellow lotus: 1.5%, buckwheat grass powder: 2%, fried jujube seed: 6%, amino acid titanium: 0.12%, organic selenium: 0.2% and organic germanium: 0.18%.
[0047] The above-mentioned organic selenium-enriched purchaser is Wuhan Huaselenium Biotechnology Co., Ltd.;
[0048] The purchaser of the above-mentioned organic germanium is the China International Ecological Industry Research Institute.
[0049] The preparation method of the biochemical fulvic acid described above is: after mixing the base material and water, aerobic fermentation at 30°C for 15 days, and then anaerobic metabolism at 60°C for 8 days, and at 25°C drying in the sun to obtain the biochemical fulvic acid, wherein the water accounts for 25% ...
Embodiment 3
[0059] This example provides a feed additive for improving the quality of animal products, including the following components by mass percentage: shale powder: 20%, biochemical fulvic acid: 35%, yeast fermentation medium: 33%, hawthorn: 2% , honeysuckle: 0.7%, ginger: 0.7%, yellow lotus: 1.7%, buckwheat grass powder: 1.5%, fried jujube seed: 5%, amino acid titanium: 0.1%, organic selenium: 0.15% and organic germanium: 0.15%.
[0060] The above-mentioned organic selenium-enriched purchaser is Wuhan Huaselenium Biotechnology Co., Ltd.;
[0061] The purchaser of the above-mentioned organic germanium is the China International Ecological Industry Research Institute.
[0062] The preparation method of the biochemical fulvic acid described above is: after mixing the base material and water, aerobic fermentation at 35°C for 7 days, and then anaerobic metabolism at 58°C for 12 days, at 20°C drying in the sun to obtain the biochemical fulvic acid, wherein the water accounts for 40% of...
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