Exploring the Effects of Cold Plasma on Preserving and Processing of Foods: A Review

Sheela Punniyamorthy, Kanchana Shanmugavel, Chandra Prabha Shanmugavel, Umamaheswari Thiyagamoorthy, Kokilavani Sakthivel
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Abstract

In the current scenario, global food productions need to be incredibly enormous to feed everyone. Though food supply plays a tremendous role in reaching out to the people, meanwhile advancement in food processing technology is a predominant factor in increasing food availability. In the food industry, there was a huge number of technologies for food processing that made food more convenient to eat and might be stable for extended storage. Among the food processing technologies, cold plasma may be one of the novel non-thermal technology that functions at atmospheric pressure or low-pressure processing technology. Cold plasma is an eco-friendly technique involved in food preservation, mainly destructing microbes in food thereby extending its shelf life. Cold plasma processes the food without degrading the physical, chemical, biological, nutritional and sensory qualities of food products. This review elaborates on cold plasma utilization and its quality changes in various foods.
探索冷等离子体对食品保鲜和加工的影响:综述
在当前形势下,全球粮食产量需要达到难以置信的巨大数量,才能养活所有人。虽然粮食供应在惠及民众方面发挥着巨大作用,但与此同时,食品加工技术的进步也是增加粮食供应的主要因素。在食品工业中,有大量的食品加工技术使食品更方便食用,并可长期稳定储存。在这些食品加工技术中,冷等离子体可能是一种新型的非热处理技术,可在大气压力或低压处理技术下发挥作用。冷等离子体是一种参与食品保鲜的环保技术,主要是破坏食品中的微生物,从而延长食品的保质期。冷等离子体加工食品不会降低食品的物理、化学、生物、营养和感官质量。本综述阐述了冷等离子体的利用及其在各种食品中的质量变化。
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