Mosquito repellents derived from plants

Preeti Mishra, Surabhi Shakya, Muskan Verma, A. Elphine, Prabahar Faculty, Teerthanker Mahaveer, Harikumar Pallathadka, A. Verma, Elphine Prabahar
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Abstract

Plant products have been put to use in a variety of contexts ever since ancient times. The development of chemical goods, on the other hand, led to a decline in the employment of these methods against pests. Recently, there has been a rise in concerns over public health and environmental security, which requires the identification of natural compounds that have the potential to be utilized against insect pests. Mosquitoes are major transmitters of illnesses and nuisance pests. The use of repellents lowers the risk of being bitten by a mosquito. At present, the use of synthetic pesticides to control insects and other arthropods presents several problems relating to the health of both humans and the environment. One option is to make use of natural products, which, in addition to being kind to the environment, are also very effective. Essential oils from plants belonging to a variety of species have been put through a battery of tests to determine the extent of their insect-repellent capabilities as a potentially useful natural resource. Among these compounds, are essential oils. The major emphasis of this review is going to be on the essential oils that have been shown to have repellent actions, as well as the significance of the synergistic effects that occur between the various components of these oils. Essential oils are volatile mixes of hydrocarbons that include a variety of different functional groups. Their ability to ward off pests has been connected to the presence of monoterpenes and sesquiterpenes in their composition. Nevertheless, in some contexts, the combined effects of these substances may have a synergistic boost to their efficiency. The plant families Cymbopogon spp., Ocimum spp ., and Eucalyptus spp . are the most often listed as having potentially effective essential oils that may be utilized as insect repellents. A-pinene, limonene, citronellol, citronellal, camphor, and thymol are some of the individual chemicals that may be found in these mixes and have a high level of activity as a repellent. Last but not least, even though synthetic chemicals are still used as insect repellents more often than essential oils, these natural products have the potential to offer effective and safer insect repellents for both people and the environment. This is even though essential oils are more expensive than synthetic chemicals.
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从植物中提取的驱蚊剂
自古以来,植物产品就被用于各种场合。另一方面,化学产品的发展导致这些防虫方法的使用减少。最近,人们对公共健康和环境安全的关注有所增加,这就要求鉴定有可能用于防治害虫的天然化合物。蚊子是疾病和有害害虫的主要传播者。使用驱蚊剂可以降低被蚊子叮咬的风险。目前,使用合成杀虫剂控制昆虫和其他节肢动物带来了几个与人类健康和环境有关的问题。一种选择是使用天然产品,它除了对环境友好之外,也非常有效。从各种植物中提取的精油经过了一系列的测试,以确定它们作为一种潜在有用的自然资源的驱虫能力的程度。在这些化合物中,有精油。这篇综述的重点将放在那些已被证明具有驱避作用的精油上,以及这些精油的不同成分之间协同作用的重要性。精油是碳氢化合物的挥发性混合物,包括各种不同的官能团。它们抵御害虫的能力与其成分中单萜烯和倍半萜烯的存在有关。然而,在某些情况下,这些物质的综合作用可能协同提高其效率。植物科:Cymbopogon属、Ocimum属和Eucalyptus属。是最常被列为具有潜在有效的精油,可以用作驱虫剂。a -蒎烯、柠檬烯、香茅醛、香茅醛、樟脑和百里酚是这些混合物中可能发现的一些单独的化学物质,它们作为驱蚊剂具有很高的活性。最后但并非最不重要的是,尽管合成化学品仍然比精油更常被用作驱虫剂,但这些天然产品有可能为人类和环境提供有效和更安全的驱虫剂。即使精油比合成化学品更昂贵。
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