Botanical Based Safe and Nontoxic Mosquito Impregnated Gel

Iqbal Nusrat, Kumar Natish, A. Amrish, K. Jitendra
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Abstract

Mosquito problem is the major problem in our country to compete the mosquito generating problems  there are many formulated products are available in the market but due to some harmful effect on human beings there is urgent requirement of safe and effective formulation. The aim of this study is to develop an effective, safe and slow release formulation against mosquito control. In the present study, First neem microemulsion was prepared then further this microemulsion was converted into microemulsion gel by using polymeric gel matrix Carbopol-934. Microemulsion has globular size in nano range and thermodynamically stabilized formulation so, these characteristic features of microemulsion will remain in the gel phase. Size and zeta potential of microemulsion gel are 400nm ± 6nm and -10.0 mV respectively. synersis, spreading coefficient value are in the range of stabilized gel formulation and suitable for impregnating mosquito net. Neem microemulsion based gel impregnated net gives 90% repellency against mosquitoes.
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植物基安全无毒蚊子浸渍凝胶
蚊虫问题是我国面临的主要问题,为了应对蚊虫滋生问题,市场上有许多配方产品,但由于其对人体有一定的危害,迫切需要安全有效的配方。本研究的目的是开发一种有效、安全、缓释的防蚊制剂。本研究首先制备了印楝微乳液,然后利用高分子凝胶基质carbpol -934将该微乳液转化为微乳液凝胶。微乳液在纳米范围内具有球形尺寸和热稳定的配方,因此微乳液的这些特征将在凝胶相中保持。微乳液凝胶的尺寸为400nm±6nm, zeta电位为-10.0 mV。增效、扩散系数值均在稳定凝胶配方范围内,适用于浸渍蚊帐。印楝微乳液凝胶浸渍蚊帐,驱蚊率90%。
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