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[智利的抗生素与水产养殖:对人类和动物健康的影响]

[Antibiotics and aquaculture in Chile: implications for human and animal health].

作者信息

Cabello Felipe C

机构信息

Academia Chilena de Medicina y Academia Chilena de Ciencias, Instituto de Chile.

出版信息

Rev Med Chil. 2004 Aug;132(8):1001-6. doi: 10.4067/s0034-98872004000800014.

Abstract

Industrial antibiotic usage in agribusinesses and aquaculture is the force that drives the evolution of antibiotic resistant bacteria that produce human and animal disease in many countries. Several studies have demonstrated that most of the industrial use of antibiotics is unnecessary, and that modernization and hygienic changes can reduce this use of antibiotics without negative economic impact. In Chile, industrial aquaculture of salmon has expanded rapidly in the last 20 years becoming a major export business. The exponential growth of this industry has been accompanied by an unrestricted heavy usage of antibiotics in the aquatic environments of lakes, rivers and the ocean, and its impact is being felt in the emergence of antibiotic-resistant bacteria around aquaculture sites and a decrease in the plancktonic diversity in the same areas. The passage of antibiotic resistance genes from aquatic bacteria to human and animal pathogens has been demonstrated, indicating that industrial use of antibiotics in aquaculture affects negatively the antibiotic therapy of human and animal bacterial infections. The Chilean situation triggers important concerns because it includes the use of fluoroquinolones in aquaculture, that are not biodegradable and are able to remain in the environment for years as well as being still effective in treating human infections. The use of large volumes of a wide spectrum of antibiotics in an aquatic environment heavily contaminated with human and animal pathogens also amplifies the opportunities for gene transfer among bacteria, facilitating the emergence of antibiotic resistance and more pathogenic bacterial recombinants. The detection of residual antibiotics in salmons marketed for human consumption that can modify the normal flora of the population also suggests the need for controls on this antibiotic usage and on the presence of residual antibiotics in aquaculture food products. This important problem of public health demands an active dialogue between government officials responsible for protecting public health, aquaculture industry representatives, politicians, consumers and professionals dealing with these matters.

摘要

农业综合企业和水产养殖中的工业抗生素使用是推动许多国家产生人类和动物疾病的抗生素耐药细菌进化的力量。多项研究表明,大多数抗生素的工业用途是不必要的,现代化和卫生条件的改善可以减少抗生素的使用,且不会产生负面经济影响。在智利,鲑鱼的工业化水产养殖在过去20年中迅速扩张,成为一项主要出口业务。该行业的指数级增长伴随着在湖泊、河流和海洋等水生环境中无节制地大量使用抗生素,其影响在水产养殖场所周围出现抗生素耐药细菌以及同一地区浮游生物多样性下降中显现出来。已经证实抗生素耐药基因从水生细菌转移到人类和动物病原体,这表明水产养殖中抗生素的工业使用对人类和动物细菌感染的抗生素治疗产生负面影响。智利的情况引发了重要担忧,因为其中包括在水产养殖中使用氟喹诺酮类药物,这类药物不可生物降解,能够在环境中留存数年,并且在治疗人类感染方面仍然有效。在受到人类和动物病原体严重污染的水生环境中大量使用广谱抗生素,也增加了细菌之间基因转移的机会,促进了抗生素耐药性和致病性更强的细菌重组体的出现。在供人类食用的市场销售鲑鱼中检测到可改变人群正常菌群的残留抗生素,这也表明需要控制这种抗生素的使用以及水产养殖食品中残留抗生素的存在。这个重要的公共卫生问题需要负责保护公众健康的政府官员、水产养殖业代表、政治家、消费者以及处理这些事务的专业人员之间进行积极对话。

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