天然植物源材料的抗菌效果研究是当前研究的热点之⼀，开发利⽤植物源 杀菌

Antibacterial effect of natural plant source material is a hot ⼀ of current research, development and utilization of Fungicide Use The control of harmful ⽣ foreground object Wide-wide work very well. This kind of files to get accustomed to natural plant source material often ⻅ zoomed garlic, onions zoomed, ⽣ ginger, onions and other antibacterial Use cases for research into the camera settings that brief overview, and briefly introduces the biocide active bromine benzalkonium bromide sterilization effect profiles, and often harmful pathogenic micro ⽣ ⻅ was ⾦ ⻩ discolored sand ⻔ aureus and enteritis bacteria into ⾏ a brief summary. <br><br>Keywords: plant-derived antimicrobial agents, benzalkonium bromide, ⾦ ⻩ discolored aureus, enteritis sand ⻔ bacteria, an antibacterial for Use

The study of antibacterial effect of natural plant source material is one of the hot topics in the current research, and the prospect of developing and utilizing plant-sourced fungicides to prevent and control harmful organisms is very broad.<br><br>This paper briefly summarizes the research on the antibacterial effects of garlic, leeks, ginger, onions and other antibacterial properties of several natural plant sources, and briefly introduces the research on the effect of the active brominated bactin agent benzodiazepine saphylococcus, and briefly summarizes the hazards of the bacteria of the normal pathogen microorganisms, staphylococcus staphylococcus aureus and enteritis. Keywords: plant-derived antibacterial agents, ammonium benzodiazepines, staphylococcus staphylococcus, enteritis sand bacteria, antibacterial effect

The research on the antibacterial effect of natural plant-derived materials is a hot topic at present. The prospect of developing plant-derived fungicides to control harmful substances is broad. In this paper, a brief summary of the research on the antimicrobial activities of natural plant materials, such as garlic, shallonion, ginger, onion and so on, was introduced. The general situation of the research on the bacteribacteribacteriefficacy of the active brominbacteribacteribacteriagent benzbromoammonium was introduced briefly, and the harm of the pathogens, the pathogens, the pathogens, the pathogens, the Staphylococcus, and the enterobacteria were also briefly summarized. The harm of the harm of the bacteria and the enterobacteria were also briefly summarized. The brief summary was also introduced. The brief overview of the research on the bacteribactericidal efficacy of the active brominbacteribacteribacteribacteribacteribacteribacteribacteribacteribacteribacteribacteribacteribacteribactericidal efficacy of the active brominbacteribacteribacteribacteribacteribacteribacteribacteribacteribacteribacteribacteribacteribacteribacteribacteribacteribacteribacteribactericidal efficacy of the active brominbacteribacteribacteribacteribacteribacteribacteribacteribacteribacteribacteribacteribacteribacteribacteribacteribacteribacteribacteribacteribacteribacteriand.<br>Key words: plant antibacterial agent, benzalkonium bromide, Staphylococcus aureus, Serratia enteritidis, antibacterial agent<br>