水产养殖中细菌和病毒疾病治疗的潜在生物控制:小视角。

Zy Chee Wong, Nur Amirah Mohamad Alwie, Leong Seng Lim, Motohiko Sano, Mohammad Tamrin Mohamad Lal
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引用次数: 0

摘要

水产养殖业是供应食品的重要产业的一部分,尤其是为每年逐渐增加的全球人口供应食品。多年来,养殖技术不断改进创新,但水产养殖业经常容易受到细菌和病毒疾病的侵袭。导致疾病发生的因素有很多,通常是养殖动物受到的环境或人为压力。商业疗法中的合成化学物质可能见效快,但在起效之前,其副作用通常是未知的。因此,生物防治方法是治疗水产养殖疾病的首选。这篇小型综述概述了治疗细菌和病毒疾病的各种潜在生物防治方法。噬菌体通过杀死细胞使病原菌死亡,并继续繁殖,直到消灭所有目标病原菌。益生菌、益生菌、合成益生菌、生物絮凝物和免疫刺激剂是从相应的生物体中提取的有益产品,可有效抑制病原体。疫苗将灭活的病原体引入人体以刺激免疫系统,而基因改造则涉及抗病基因的改变和选择。
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Potential biocontrol for bacterial and viral disease treatment in aquaculture: a minireview.

Aquaculture is part of the crucial industry that supplies food, especially for the global human population that is gradually increasing annually. Innovations of culture techniques have been improved throughout the years but aquaculture is regularly susceptible to bacterial and viral diseases. Numerous factors could contribute to occurrence of disease and usually they are from environmental or human stressors on the cultured animals. Synthetic chemicals in commercial treatments may yield fast results however, the side effects are usually unknown until it has taken effect. Therefore, biological control methods to treat diseases in aquaculture are preferred. This mini review provides an overview of different potential biocontrol practices for treatment of bacterial and viral diseases. Bacteriophage causes death of pathogenic bacteria by killing the cell and continue to multiply until all targeted pathogenic bacteria are eliminated. Probiotic, prebiotic, synbiotic, biofloc, and immunostimulants are beneficial products from the respective organisms that are effective in inhibiting pathogens. Vaccines introduce inactivated pathogen into the body to stimulate the immune system, while genetic modifications involve alteration and selection of disease resistant genetics.

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