Biological control of the mosquito: An analysis of the impediments and possibilities

Gargi Singh, Suresh Kumar, Devendra Kumar, GV Mishra
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Abstract

Biological control of mosquito is an eco-friendly approach for the control of some vector borne diseases. Numerous tools have been developed and applied to scale down the mosquito population, but the ultimate goal of these different strategies is only to mitigate the menace of mosquito and effectively prevent malaria like diseases. Unfortunately, most of these vectors control measurement the time limited prevention of diseases. For example, they were used as an insecticide, but insecticide resistant mosquito vectors are developed in course of time. Major efforts may be focused on generating eco-friendly alternatives. In current scenario there are many potential alternatives for eradicating and controlling the mosquito vectors biologically. Effective use of aquatic insect predators, larvivorous fishes, symbiotic bacteria, microbial agent and entopathogenic fungi for this purpose are still rather unexplored calling for further research. Biological control of mosquito vectors has been validated for several advantages over insecticides. To resolve the problem of current dependence on insecticidal-based mosquito elimination the option of biological control of this vector is ecofriendly and sustainable. The current knowledge of bio-controlling agents highlighting its significance in the field of public health with respective have been reviewed in this article along with the prospective challenges and opportunities.
蚊虫生物防治:障碍与可能性分析
蚊虫生物防制是控制某些病媒传播疾病的一种生态友好的方法。已经开发并应用了许多工具来减少蚊子的数量,但这些不同策略的最终目标只是减轻蚊子的威胁并有效预防类似疟疾的疾病。不幸的是,这些病媒控制措施大多对疾病的预防时间有限。例如,它们被用作杀虫剂,但随着时间的推移,蚊子媒介会产生抗药性。主要的努力可能集中在生产环保的替代品上。在目前的情况下,有许多潜在的替代方法可以从生物学上根除和控制蚊媒。有效利用水生昆虫捕食者、食饵鱼类、共生细菌、微生物制剂和内生真菌来达到这一目的还有待进一步研究。生物防治蚊虫媒介已被证实具有优于杀虫剂的若干优点。为了解决目前依赖杀虫剂灭蚊的问题,生物防治是生态友好和可持续的选择。本文综述了生物防治剂的研究现状,重点介绍了生物防治剂在公共卫生领域的重要意义,以及生物防治剂面临的挑战和机遇。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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