Multiple composite microbiological protein feed

A technology of compound microbial and protein feed, which is applied in the field of multiple compound microbial protein feed, can solve the problems of difficulty in popularization, inconvenience of large-scale breeding industry, low aggregation of beneficial microbial populations, etc., and achieves the effect of low cost and strong biological activity

Inactive Publication Date: 2005-06-08
胡全义
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

However, biological products are mostly marketed with starters and additives, and the aggregation of beneficial microbial populations is not high, and the ability to process waste resources is also limited to a certain extent, and users need to prepare them separately and ferment them again before they can be fed, especially for large-scale aquaculture. Inconvenient and difficult to popularize, resulting in slow improvement of the overall level of animal husbandry, which does not meet the development needs of ecological agriculture

Method used

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  • Multiple composite microbiological protein feed

Examples

Experimental program
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Effect test

Embodiment 1

[0032] The rumen microbiota was collected by the known gastric catheter method, and then the subculture species were multiplied in two stages, dried and pulverized at 40°C, and used as the source and carrier of the rumen microbiota.

[0033] Edible flora uses 2-4 batches of waste bags of mushrooms, dried and pulverized as the source and carrier of edible flora.

[0034] The nutritional carrier of microbial clusters adopts: ①, industrial by-products of brewer's grains, sorghum, and corn distiller's grains; ②, planting waste, broad bean stems, leaves, pod shells, locust tree leaves, green hay; ③, aquatic waste, fish and shrimp cuttings; ④, domestic waste Residual oil swill.

[0035] Among them, the quality formula is:

[0036] 1. Rumen microflora and carrier (dried and crushed at 40°C) 5KG

[0037] 2. Edible flora and carrier (no mildew, dried and crushed) 10KG

[0038] 3. Nutrient carrier for microbial clusters (air-dried material 79.5KG), of which

[0039] 3.1. Broad bean ...

Embodiment 2

[0056] The rumen microbiota of slaughtered healthy cattle and sheep were dried and pulverized at 40°C as the source and carrier of the rumen microbiota.

[0057] Edible fungi are grown in bags filled with hyphae, dried and crushed as the source and carrier of edible fungi.

[0058] The nutritional carrier of microbial clusters adopts: ①, industrial by-product alcohol powder, sauce residue, caramel residue; ②, planting waste peanut seedlings, reed leaves; ③, breeding waste, laying hen manure; ④, aquatic waste, defective fish and shrimp ; ⑤, domestic waste residual oil swill; ⑥, cheap organic low-value coal powder.

[0059] Among them, the quality formula is:

[0060] 1. Rumen microflora and carrier (dried and crushed at 40°C) 15KG

[0061] 2. Edible flora and carrier, (dried and crushed) 20KG

[0062] 3. Nutrient carrier for microbial clusters (air-dried material 56.5KG), of which

[0063] 3.1. Peanut seedlings, laying hen manure, reed leaves (dried and crushed) 11KG

[00...

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Abstract

A composite microbial protein feed is prepared through preparing the composite useful microbe colony from rumen microbe colony and its carrier, edible fungus colony and its carrier and effective microbe colony, using it in biologic fermentation of cheap rejected resource, and enzyme-catalytic processing. Its advantages are high nutritive value, easy absorption, low cost, and no pollution.

Description

Technical field: [0001] The invention belongs to the technical field of applying microbial engineering to process livestock, poultry and aquatic feed, and specifically relates to a multiple compound microbial protein feed. Background technique: [0002] In modern times, biological fermentation and enzyme catalysis are used to treat conventional feed, which can improve the digestion and absorption rate of livestock and poultry, reduce diseases, improve the breeding environment, reduce feeding costs, and produce pollution-free meat, eggs, and dairy foods. However, biological products are mostly marketed with starters and additives, and the aggregation of beneficial microbial populations is not high, and the ability to process waste resources is also limited to a certain extent, and users need to prepare them separately and ferment them again before they can be fed, especially for large-scale aquaculture. Inconvenient and difficult to popularize, resulting in slow improvement o...

Claims

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Application Information

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IPC IPC(8): A23K10/12A23K10/26A23K10/30A23K10/33A23K10/37A23K10/38
CPCY02P60/87
Inventor 胡全义
Owner 胡全义
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