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Microencapsulation of a Colombian Spodoptera frugiperdaNucleopolyhedrovirus with Eudragit? S100 by spray drying

机译:用Eudragit微囊化哥伦比亚斜纹夜蛾的核多角体病毒? S100喷雾干燥

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A Colombian Spodoptera frugiperda nucleopolyhedrovirus NPV003 with high potential for the development of an efficient biopesticide was microencapsulated by spray drying with a pH dependent polymer (Eudragit? S100). Conditions for microparticles production were standardized and microencapsulation process was validated. Physical properties, insecticide activity and photo-stability of microencapsulated virus were determined. The microparticles were spherical and irregular shaped, with sizes between 17.64 and 19.47 μm. Moisture content was 10.38 ± 0.87%; encapsulation efficiency 84.61± 13.09% and process yield was 91.20 ± 6.40%. Microencapsulation process did not affect viral insecticidal activity and provided efficient protection against UVB radiation. Results demonstrated technological feasibility of spray drying process to be used in formulating a biopesticide based on NPV003.
机译:通过用pH依赖性聚合物(Eudragit?S100)喷雾干燥,将具有发展高效生物杀虫剂潜力的哥伦比亚斜纹夜蛾核多角体病毒NPV003微囊化。标准化了生产微粒的条件,并验证了微囊化工艺。测定了微囊病毒的物理性质,杀虫活性和光稳定性。微粒为球形和不规则形状,尺寸在17.64和19.47μm之间。水分为10.38±0.87%;包封效率为84.61±13.09%,工艺收率为91.20±6.40%。微囊化工艺不会影响病毒的杀虫活性,并提供了有效的针对UVB辐射的保护。结果证明了喷雾干燥工艺在基于NPV003的生物农药配方中的技术可行性。

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