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Production of biopesticide azadirachtin using plant cell and hairy root cultures

机译:使用植物细胞和毛状根培养的生物农药Azadirachtin的生产

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The extensive use of nondegradable chemical pesticides for pest management has developed serious environmental hazards. This has necessitated the urgent need to switch over to an alternative mode of biopesticide development for mass agriculture and field crop protection. Azadirachta indica A. Juss (commonly known as neem) houses a plethora of bioactive secondary metabolites with azadirachtin being the most active constituent explored in the sector of ecofriendly and biodegradable biopesticides characterized by low toxicity toward nontarget organisms. It has been reported that the highest content of azadirachtin and related limonoids is present in the seeds, available once in a year. Moreover, the inconsistent content and purity of the metabolites in whole plant makes it imperative to tap the potential of in vitro plant tissue culture applications, which would allow for several controlled manipulations for better yield and productivities. This review gives a summarized literature of the applied research and achievements in plant cell/hairy cultures of A. indica A. Juss mainly in context with the biopesticide azadirachtin and applications thereof.
机译:对害虫管理的不良化学农药的广泛使用已经产生了严重的环境危害。这需要迫切需要切换到大众农业和野外作物保护的替代生物农药发展方式。 Azadirachta Appa A. Juss(俗称Neem)容纳了一种具有Azadirachtin的血焦生物活性次生代谢物,是Ecofriendly和可生物降解的生物生物的部门探索的最活跃的成分,其特征在于对Nontarget生物体的低毒性。据报道,Azadirachtin的最高含量和相关的脂肪酸盐存在于种子中,每年一次可用。此外,整个植物中代谢物的不一致含量和纯度使得挖掘体外植物组织培养应用的可能性,这将允许几种受控操纵以获得更好的产量和生产率。本综述提供了A.Pinda A.植物细胞/毛状培养中应用研究和成就的总结文献,主要是在与生物农药Azadirachtin和应用中的背景下。

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