Functional food-calling peptide feed additive and preparation method thereof

Abstract

The invention discloses a functional food-calling peptide feed additive and a preparation method thereof. The functional food-calling peptide feed additive comprises the following important components: nucleotide and sodium glutamate. The feed additive comprises the following important components in percentage: 2%-30% of nucleotide, 5%-70% of sodium glutamate, 5%-30% of amino acid, 0.5%-10% of pyridoxine hydrochloride, 10%-30% of a plant extract and 5%-12% of a carrier yeast extract. The method comprises the steps: combining plant raw materials according to the formula; proportioning the required raw materials according to the proportion and then carrying out crushing; carrying out screening with a 20-mesh sieve sheet, and mixing the screened raw materials in a mixer; bagging the uniformly-mixed raw materials for later use; and carrying out a processing and extracting process according to the required proportion quantity. According to the functional food-calling peptide feed additive and the preparation method thereof, N-methyl-D aspartic acid and sodium glutamate are combined with nucleotide for exogenous food calling, and are combined with endogenous regulation and food calling, so that pleasant food intake memory is achieved, and the pharmacological action of pyridoxine hydrochloride serving as a synergist is mainly realized through compatibility and synergism.

Description

technical field [0001] The invention relates to the technical field of animal feed additives, in particular to a functional food-attracting peptide feed additive and a preparation method thereof. Background technique [0002] Animal feeding is a complex process, which is affected by many factors, but it is the regulation of the central nervous system that plays a decisive role. In the central nervous system, there are satiety nerve center and hunger nerve center, which regulate the size of animal appetite. thereby controlling its feed intake. Food nutrients and water are continuously consumed in the body to meet the needs of animals to maintain basic metabolism, growth and reproduction, stress, immunity and disease resistance. Animal digestive tract smooth muscle can be greatly stretched to meet actual needs. [0003] The stomach can accommodate food larger than its original volume, but a small amount of acetylcholine can make it shrink, and physical factors cause negative...

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Problems solved by technology

[0005] The technical problem to be solved by the present invention is that the existing traditional method is to add food-inducing agents and flavoring agents to animal feed, but after the animals increase their food intake, they cannot solve the digestion problem after eating more food, the maintenance time is short, and food intake occurs. Fatigue; the existing food attractant is mainly formulated with sodium glutamate, and animals will have excitatory symptoms after eating feed containing this food attractant, restlessness, mutual fighting, and neurological symptoms

It is also the inability to eat food continuously after eating feed continuously, mainly due to the digestive problems after eating too much food, resulting in indigestion and diarrhea. It is an important transmitter of the central nervous system, prone to neurotoxicity, glutamic acid is easy to accumulate poisoning, produces new stressors, indigestion causes diarrhea and diarrhea; the prior art uses alkaloid compound antibacterial additive raw materials for prevention and treatment of diarrhea , reduce stress diarrhea, increase the activity of endogenous digestive enzymes, and have a certain effect of improving food intake in the short-term test. After a long time, the pyridoxine coenzyme in the animal body is insufficient to meet the needs of the body due to glutamate Decarboxylation transforms coenzyme, cannot convert glutamic acid to decarboxylate to GABA, slowly causes glutamic acid accumulation and poisoning, and does not fundamentally solve technical problems

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