Selenium-rich mulberry leaf super micropowder feed and production method thereof

A technology of superfine powder and mulberry leaves, applied in animal feed, animal feed, fertilizer mixture, etc., to achieve the effect of improving fertilizer efficiency, increasing amino acid content, and broad application prospects

Active Publication Date: 2012-08-22
NANNING FLASHLIGHT AGRI & ANIMAL HUSBANDRY SCI & TECH
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

From the literature periodicals, no identical and similar fodder selenium-enrich

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0024]First, select mulberry varieties rich in leaf protein, large leaves, and high yield for planting, then the edible fungus residue (bran) after harvesting the mushrooms (bacteria) is mechanically removed from the bag and crushed, and then add selenium micro-fertilizer or selenium mineral powder, For Bacillus subtilis live bacteria agent, add 0.5-2 kg of selenium micro-fertilizer or selenium mineral powder for every 100 kg of bacteria residue; 0.5-3 kg of Bacillus subtilis live bacteria agent, mix evenly, build a heap, and ferment at room temperature for 15-20 days, The selenium-containing edible fungus residue (bran) bio-organic fertilizer is obtained. During the process of planting mulberry trees, the prepared selenium bio-organic fertilizer is applied, and the roots are applied after summer and winter cutting every year. After summer cutting, the amount of each mulberry plant is 0.2 kg. , or 1000 kg per mu, and 0.25 kg per mulberry plant after winter cutting, or 1250 kg p...

Embodiment 2

[0026] First, select mulberry varieties rich in leaf protein, large leaves, and high yield for planting, then the edible fungus residue (bran) after harvesting the mushrooms (bacteria) is mechanically removed from the bag and crushed, and then add selenium micro-fertilizer or selenium mineral powder, For Bacillus subtilis live bacteria agent, add 0.5-2 kg of selenium micro-fertilizer or selenium mineral powder for every 100 kg of bacteria residue; 0.5-3 kg of Bacillus subtilis live bacteria agent, mix evenly, build a heap, and ferment at room temperature for 15-20 days, The selenium-containing edible fungus residue (bran) bio-organic fertilizer is obtained. During the process of planting mulberry trees, the prepared selenium bio-organic fertilizer is applied, and the roots are applied after summer and winter cutting every year. After summer cutting, the amount of each mulberry plant is 0.2 kg. , or 1000 kg per mu, and 0.25 kg per mulberry plant after winter cutting, or 1250 kg ...

Embodiment 3

[0028] First, select mulberry varieties rich in leaf protein, large leaves, and high yield for planting, then the edible fungus residue (bran) after harvesting the mushrooms (bacteria) is mechanically removed from the bag and crushed, and then add selenium micro-fertilizer or selenium mineral powder, For Bacillus subtilis live bacteria agent, add 0.5-2 kg of selenium micro-fertilizer or selenium mineral powder for every 100 kg of bacteria residue; 0.5-3 kg of Bacillus subtilis live bacteria agent, mix evenly, build a heap, and ferment at room temperature for 15-20 days, The selenium-containing edible fungus residue (bran) bio-organic fertilizer is obtained. During the process of planting mulberry trees, the prepared selenium bio-organic fertilizer is applied, and the roots are applied after summer and winter cutting every year. After summer cutting, the amount of each mulberry plant is 0.2 kg. , or 1000 kg per mu, and 0.25 kg per mulberry plant after winter cutting, or 1250 kg ...

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PUM

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Abstract

The invention discloses a selenium-rich mulberry leaf super micropowder feed. The selenium-rich mulberry leaf super micropowder feed is characterized in that 5-20 parts by weight of selenium-rich mulberry leaf supermicro dry powder is added into common feed or fortified feed. The selenium-rich mulberry leaf super micropowder feed disclosed by the invention maintains the original nutritional properties of mulberry leaves and endow the mulberry leaves with a new nutrition health care function, so as to meet growth needs of livestock and reduce the incidence of diseases; meat of livestock fed with the selenium-rich mulberry leaf super micropowder feed is delicious in taste. A new approach is opened up for efficiently and cyclically utilizing mulberry.

Description

technical field [0001] The invention relates to a mulberry leaf superfine powder feed, in particular to a selenium-enriched mulberry leaf superfine powder feed and a production method thereof, belonging to bioengineering technology. Background technique [0002] Selenium is a trace element that plays an important role in the human body and animals: 1. Organic selenium can remove free radicals in the body, eliminate toxins in the body, resist oxidation, effectively inhibit the production of lipid peroxide, prevent blood clots, and remove cholesterol , enhance the immune function of the human body; 2. Selenium is the active ingredient of glutathione peroxidase, which can prevent the oxidative damage of pancreatic islet β cells, make them function normally, promote sugar metabolism, reduce blood sugar and urine sugar, and improve diabetes. 3. Selenium can protect the retina, enhance the smoothness of the vitreous body, improve vision, and prevent cataracts. 4. Selenium is an i...

Claims

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Application Information

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IPC IPC(8): A23K1/14C05G3/00
Inventor 何达崇戴光明
Owner NANNING FLASHLIGHT AGRI & ANIMAL HUSBANDRY SCI & TECH
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