Novel antibacterial antiviral feed additive

Abstract

The invention discloses a novel antibacterial antiviral feed additive for a livestock and poultry breeding industry. The novel antibacterial antiviral feed additive is composed of plume poppy, lightyellow sophora root, macleaya microcarpa, yucconin, tea saponin, Origanum vulgare L., narcissus seed and pagodatree flower bud powder and also comprises a hydrophilic aluminosilicate as a carrier. The novel antibacterial antiviral feed additive has the advantages that specific active components of natural plants can directly or indirectly kill viruses, have strong antibacterial effects and a wide antibacterial spectrum and compared with the common drugs such as berberine hydrochloride, penicillin and aureomycin, the specific active components have stronger activities of resisting some bacteria; in feeding, antibiotic drugs are avoided and mycotoxins are reduced and good effects of treating and preventing avian pasteurellosis, escherichia coli, bacillus rhusiopathiae suis, cholera fowl, white scour of piglets, and pullorum disease are obtained; and the novel antibacterial antiviral feed additive can resist stress and coccidium and remove heavy metals and drug residues.

Description

Technical field: [0001] The invention relates to a novel antibacterial and antiviral feed additive compounded with pure natural plant extracts, a preparation method thereof and a feed additive. Background technique: [0002] Antibiotics have played an important role in preventing livestock and poultry diseases, promoting animal growth and improving feed utilization. However, with the long-term and large-scale use of antibiotics, their negative effects are increasingly revealed, such as causing pathogenic microorganisms to develop drug resistance and destroying normal conditions in animals. The ecological balance of the flora, the reduction of the immune function of animals, and the harm caused by drug residues to humans and the environment, etc. Therefore, the research and development of safe, effective, pollution-free and residue-free new antibacterial and antiviral additives and their production technologies will fundamentally solve the "contradiction between people's dema...

AI Technical Summary

Problems solved by technology

[0002] Antibiotics have played an important role in preventing livestock and poultry diseases, promoting animal growth and improving feed utilization. However, with the long-term and large-scale use of antibiotics, their negative effects are increasingly revealed, such as causing pathogenic microorganisms to develop drug resistance and destroying normal conditions in animals. The ecological balance of the flora, the reduction of the immune function of animals, and the harm caused by drug residues to humans and the environment, etc.