Ruminant efficient composite biochemistry protein feeds-stuff and production method thereof

Abstract

The invention relates to high-efficiency compound biopeptide forage for ruminants and a production method thereof. The production method includes the following steps: raw material is primarily selected, crashed, swelled and formulated; the swelled raw material is filled in a grinder for crashing; after being mixed by weight percentage, the crashed and swelled raw material and the biopeptide forage are stirred in a forage mixer. The production method breaks through the formulation and the production technology of the concentrated feed of the protein of cows and sheep; the swelling technique, the urea slow release technique, the biotechnique and the nutrition regulation technique of the ruminants are adopted for the scientific and reasonable collocation of nonprotein nitrogen, cereal seeds,soybeans, seed cakes and agricultural products, then cows and sheep protein forage with high efficiency, high energy and high protein is produced by utilizing the swelling technique, the urea slow release technique and the nutrition balance technique. The production technology can increase the utilization rate of nonprotein nitrogen substance such as the urea, and the like, for the ruminants, prevent the ruminants from urea poisoning, reduce feeding cost and have overall nutrition.

Description

technical field [0001] The invention relates to the technical field of animal feed, in particular to a high-efficiency compound biochemical protein feed for ruminants and a production method thereof. Background technique [0002] Supplementing protein nutrition for animals by adding protein feed is a good way to obtain meat products with high protein content. However, due to the lack of protein feed resources in our country, it is impossible to meet the growing demand. Therefore, new protein feed resources must be developed and utilized to reduce feed costs. [0003] Ruminants such as cattle and sheep can convert non-protein nitrogen such as urea into animal protein. The mechanism of action is as follows: cattle are ruminants, and the whole stomach is composed of rumen, reticulum, omasum and abomasum. There are a large number of various microorganisms in the rumen, such as: rumen protozoa, rumen bacteria, anaerobic fungi, and a few bacteriophages, etc. When urea enters the ...

AI Technical Summary

Problems solved by technology

However, due to the rapid hydrolysis of urea in the rumen, and the rate of ammonia utilization by microorganisms in the rumen is only 1 / 4 of its decomposition rate, microorganisms can only use a small part of ammonia to synthesize bacterial protein, and the rest of the microorganisms have no time to use. It is absorbed into the blood by the rumen wall, so that a large amount of ammonia enters the body through the urea cycle of the body, resulting in an increase in blood ammonia concentration. When it reaches a certain level, poisoning symptoms will occur, and in severe cases, it will cause animal death.