实现纳米技术在农业和食品技术方面的潜力

S. Yadav
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引用次数: 15

摘要

纳米技术是当前农业食品领域革命中最有前途的工具之一。纳米技术方法为提高作物产量和减少有害作物保护剂的使用提供了新颖和创新的方法。纳米技术可以用于植物的生物和非生物胁迫耐受性、减少杀虫剂/杀虫剂/除草剂的使用、用于作物免受细菌侵害的纳米传感器、疾病治疗、害虫控制管理和通过纳米运载工具进行遗传操作。此外,纳米技术在食品领域也有很大的优势,例如检测食品中的农药/有毒物质、开发食品储存和包装材料、延长食品的保质期、将食品营养药品或生物活性分子纳米封装、检测食品材料中的病原体、增强食品的味道、颜色和气味。最重要的是,在探索纳米材料对农业和食品的积极影响之前,应该优先考虑使用纳米材料的安全问题。
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Realizing the Potential of Nanotechnology for Agriculture and Food Technology
Nanotechnology is one of the most promising tools for the current revolution in agri-food sector. Nanotechnology approaches provide novel and innovative ways to improve crop yield and to reduce the use of harmful crop protection agents. Nanotechnology can be useful for biotic and abiotic stress tolerance of plants, lesser use of pesticides/insecticides/herbicides, nanosensors for crop protection from bacteria, disease treatment, pest control management and genetic manipulations by nano delivery vehicles. Also, nanotechnology has great advantages in food sector like detection of pesticides/toxicants in food items, development of food storage and packaging materials, enhancement of shelf life of foods, nanoencapsulation of food nutraceuticals or bioactive molecules, detection of pathogens in food materials, enhancement of food taste, color and odour. Above all, safety concerns regarding the use of nanomaterials should be of priority before their exploration for positive impact on agriculture and food.
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