Hamad Alshammari Fanar, Han Jong-Hun, Kim Byung-Chun, Rather Irfan A
Department of Applied Microbiology and Biotechnology, School of Biotechnology, Yeungnam University, Gyeongsan, Gyeongbuk 712749, Republic of Korea.
Probionic Corp. Research and Production Division, Jeonju-si, Jeollabuk-do 54810, Republic of Korea.
Saudi J Biol Sci. 2018 Jan;25(1):27-30. doi: 10.1016/j.sjbs.2017.09.004. Epub 2017 Sep 22.
The past decade has proven the competence of nanotechnology in almost all known fields. The evolution of nanotechnology today in the area of the food industry has been largely and has had a lot of contribution in the food processing, food package, and food preservation. The increasing global human population has come with growing population to be fed, and food production is not adjusted to at par with the growing population. This mismatch has shown the real essence of food preservation so that food products can reach to people on a global scale. The introduction of nanotechnology in the food industry has made it easy to transport foods to different parts of the world by extending the shelf-life of most food products. Even with this beneficial aspect of nanotechnology, it has not been proven an entire full-proof measure, and the field is still open to changing technology. It suffices to note that nanotechnology has to a big extent succeed in curbing the extent of food wastage due to food spoilage by the microbial infestation. Nanotechnology has focused on fresh foods, ensuring a healthier food by employing nano-delivery systems in the process. The delivery systems are the ones, which carries the food supplements. However, these are certain sets of regulations that must be followed to tame or control the health related risks of nanotechnology in food industries. This paper outlines the role of nanotechnology at different levels of the food industry including, packaging of food, processing of food and the various preservation techniques all aiming to increase the shelf life of the food products.
在过去十年中,纳米技术已在几乎所有已知领域展现出其能力。如今,纳米技术在食品工业领域的发展进程显著,且在食品加工、食品包装和食品保鲜方面发挥了诸多作用。全球人口不断增长,需要养活的人口数量也随之增加,而食品生产却未能与人口增长同步调整。这种不匹配凸显了食品保鲜的真正意义,以便食品能够在全球范围内供应给人们。纳米技术在食品工业中的应用,通过延长大多数食品的保质期,使得食品能够轻松运往世界各地。即便纳米技术有此有益之处,但它尚未被证明是一种完全万无一失的措施,该领域的技术仍在不断变化。值得注意的是,纳米技术在很大程度上成功抑制了因微生物侵扰导致食品变质而造成的食物浪费现象。纳米技术聚焦于新鲜食品,通过在过程中采用纳米递送系统来确保更健康的食品。递送系统负责携带食品补充剂。然而,在食品工业中,必须遵循某些规定来控制或降低纳米技术带来的健康相关风险。本文概述了纳米技术在食品工业不同层面所发挥的作用,包括食品包装、食品加工以及各种保鲜技术,所有这些都是为了延长食品的保质期。