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首页> 外文期刊>Journal of Food Science and Nutrition >Introduction to the Technology, Applications, Products, Markets, R&D, and Perspectives of Nanofoods in the Food Industry
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Introduction to the Technology, Applications, Products, Markets, R&D, and Perspectives of Nanofoods in the Food Industry

机译:食品工业中纳米食品的技术,应用,产品,市场,研发和前景简介

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摘要

Nano is a unit that designates a billionth; accordingly nanotechnology could be described as the study and applications of the unique characteristics and phenomena of nanometer size materials. Applications of nanotechnology fall into two categories (one is top-down and the other is bottom-up). Currently, most products are the results of the top-down approach. Nanofoods have distinct functional characteristics stemming from the size, mass, chemical combinations, electrolytic features, magnetic properties of food sources at the nano level and which can be applied for safe absorption and delivery into the body. The greatest advantage of nanofood is that it permits the efficient use of small quantities of nutritional elements by increasing digestive absorption ability and by delivering natural elements without any change in their original characteristics. On the other hand, there are still unsolved problems, such as questions about safety and introduction of harmful material. The demand for new commercial food products is increasing, and commercial food producers are gradually combining nanotechnology and traditional food preparation methods. Nanofoods will improve our eating habits remarkably in the future. Tomorrow we will design nanofoods by shaping molecules and atoms. It will have a big impact on the food and food-processing industries. The future belongs to new products and new processes with the goals of customizing and personalizing consumer products. Nanotechnology is expected to be appliedto not only foods themselves, but also to food packaging, production, safety, processing and storage. Also, it is believed that nanotechnology will be applied tracking finished products back to production facilities and even to specific processing equipment in those facilities. The aim of this study is the introduction of technology, applications, products, markets, R&D, and perspectives of nanofoods in the food industry.
机译:纳米是一个十亿分之一的单位;因此,纳米技术可以描述为纳米尺寸材料独特特性和现象的研究和应用。纳米技术的应用分为两类(一类是自上而下,另一类是自下而上)。当前,大多数产品都是自顶向下方法的结果。纳米食品具有独特的功能特性,这源于纳米级食品来源的大小,质量,化学组合,电解特性,磁性,可用于安全吸收和输送到体内。纳米食品的最大优势在于,它可以通过提高消化吸收能力和输送天然元素而无需改变其原始特性,从而有效利用少量营养元素。另一方面,仍然存在未解决的问题,例如关于安全性和有害物质引入的问题。对新型商业食品的需求不断增长,商业食品生产商正逐渐将纳米技术与传统的食物制备方法结合起来。纳米食品将在未来显着改善我们的饮食习惯。明天我们将通过塑造分子和原子来设计纳米食品。这将对食品和食品加工行业产生重大影响。未来属于新产品和新流程,其目标是定制和个性化消费产品。纳米技术有望不仅应用于食品本身,而且还将应用于食品包装,生产,安全,加工和存储。同样,人们相信,纳米技术将被应用来追踪成品回到生产设施,甚至追踪那些设施中的特定加工设备。这项研究的目的是介绍食品工​​业中纳米食品的技术,应用,产品,市场,研发和前景。

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