冷等离子体在食品科学中的应用:一种新技术

Kajal Srivastava, Namrata Habiba Begum
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引用次数: 0

摘要

在过去的十年中,新鲜和安全的食品一直是客户的需求,为了满足这一需求,各种新型技术被应用到食品中,本综述将讨论其中的一种技术,即冷等离子体。最近,冷等离子体已被证明是食品保鲜领域的一项新兴技术。这种技术的主要亮点是热损伤最小,与其他技术相比,杀死病原体的处理时间也大大缩短。在食品的各个领域,它都被用来杀灭病原微生物。在这篇综述中,我们将了解冷等离子体产生的机理及其类型。本文还总结了冷等离子体对牛奶、肉类、包装、水果、蔬菜等不同食品行业的影响。冷等离子体还被用于改变食品成分和包装材料。尽管冷等离子技术前景广阔,但由于研究人员面临的挑战,该技术仍受到严格审查,本文将对此进行简要讨论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Application of Cold Plasma in Food Science: A Novel Technique
Fresh and safe food is the demand of customers in past decade, to fulfill this demand various novel technologies are being employed on food, one such technique is being discussed in this review i.e., Cold Plasma. Recently cold plasma has proven to be a budding technique primarily in food preservation sector. The main highlight of this technique is minimum heat damage, also the processing time to kill pathogens is considerably low as compared to other techniques. It is being utilized in killing pathogenic micro-organisms in various sectors of food. In this review we will see the mechanism behind generation of cold plasma as well as its types. The paper also summarizes its effect on different food sectors such as milk, meat, packaging, fruits, vegetables etc. Cold plasma is also being utilized in altering the food components as well as packaging materials. Despite being a promising option, the technique still is under scrutiny due to challenges faced by researchers which will be discussed briefly.
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