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Current Challenges of Streptococcus Infection and Effective Molecular Cellular and Environmental Control Methods in Aquaculture

机译:水产养殖中链球菌感染的当前挑战以及有效的分子细胞和环境控制方法

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摘要

Several bacterial etiological agents of streptococcal disease have been associated with fish mortality and serious global economic loss. Bacterial identification based on biochemical, molecular, and phenotypic methods has been routinely used, along with assessment of morphological analyses. Among these, the molecular method of 16S rRNA sequencing is reliable, but presently, advanced genomics are preferred over other traditional identification methodologies. This review highlights the geographical variation in strains, their relatedness, as well as the complexity of diagnosis, pathogenesis, and various control methods of streptococcal infections. Several limitations, from diagnosis to control, have been reported, which make prevention and containment of streptococcal disease difficult. In this review, we discuss the challenges in diagnosis, pathogenesis, and control methods and suggest appropriate molecular (comparative genomics), cellular, and environmental solutions from among the best available possibilities.
机译:链球菌病的几种细菌病因与鱼类死亡和严重的全球经济损失有关。常规使用基于生化,分子和表型方法的细菌鉴定以及形态分析的评估。其中,16S rRNA测序的分子方法是可靠的,但目前,高级基因组学优于其他传统的鉴定方法。这篇综述强调了菌株的地理差异,它们的相关性,以及链球菌感染的诊断,发病机理和各种控制方法的复杂性。从诊断到控制,已经报道了一些局限性,这使得预防和控制链球菌疾病变得困难。在这篇综述中,我们讨论了诊断,发病机制和控制方法方面的挑战,并从可能的最佳方法中提出了合适的分子(比较基因组学),细胞和环境解决方案。

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