首页> 外文会议>International Congress of Chemotherapy and Infection;AMMI Canada-CACMID Conference >Actual and future solutions for the resistance problem at the Human-Animal Interface of Resistance.
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Actual and future solutions for the resistance problem at the Human-Animal Interface of Resistance.

机译:耐药性抗性抗性问题的实际和未来解决方案。

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摘要

Many antimicrobial resistant bacteria can and do inhabit the gastrointestinal tracts of food animals. Slaughter facilities reduce the incidence of antimicrobial organisms in food, but exposure via other routes still poses a public health threat. Thus it is critical to reduce the presence of antimicrobial resistant organisms, as well as other pathogenic bacteria species from food animals on the farm, consequently improving food safety and human health. A broad range of pre-slaughter intervention strategies are currently under investigation, including direct anti-bacterial strategies and competitive enhancement strategies. Included in these strategies are: competitive exclusion, probiotics, prebiotics, antibiotics, antibacterial proteins, vaccination, and bacteriophage. The parallel and simultaneous application of one or more pre-slaughter strategies can erect multiple hurdles, thus preventing entry of pathogens into the food chain.
机译:许多抗微生物抗性细菌可以并居住食物动物的胃肠道。 屠宰设施减少了食物中抗菌生物的发生率,但通过其他航线暴露仍然造成了公共卫生威胁。 因此,减少抗菌抗菌生物的存在,以及来自农场食物动物的其他病原细菌种类至关重要,从而提高食品安全和人类健康。 目前正在调查广泛的屠宰干预策略,包括直接的抗细菌策略和竞争性提升策略。 这些策略包括:竞争排斥,益生菌,益生元,抗生素,抗菌蛋白,疫苗接种和噬菌体。 一种或多种预屠宰策略的平行和同时应用可以直立多个障碍,从而防止病原体进入食物链。

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