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关于食品加工有益方面的综述。

A review on the beneficial aspects of food processing.

机构信息

Wageningen University, Product Design & Quality Management Group, Wageningen, The Netherlands.

出版信息

Mol Nutr Food Res. 2010 Sep;54(9):1215-47. doi: 10.1002/mnfr.200900608.

Abstract

The manuscript reviews beneficial aspects of food processing with main focus on cooking/heat treatment, including other food-processing techniques (e.g. fermentation). Benefits of thermal processing include inactivation of food-borne pathogens, natural toxins or other detrimental constituents, prolongation of shelf-life, improved digestibility and bioavailability of nutrients, improved palatability, taste, texture and flavour and enhanced functional properties, including augmented antioxidants and other defense reactivity or increased antimicrobial effectiveness. Thermal processing can bring some unintentional undesired consequences, such as losses of certain nutrients, formation of toxic compounds (acrylamide, furan or acrolein), or of compounds with negative effects on flavour perception, texture or colour. Heat treatment of foods needs to be optimized in order to promote beneficial effects and to counteract, to the best possible, undesired effects. This may be achieved more effectively/sustainably by consistent fine-tuning of technological processes rather than within ordinary household cooking conditions. The most important identified points for further study are information on processed foods to be considered in epidemiological work, databases should be built to estimate the intake of compounds from processed foods, translation of in-vitro results to in-vivo relevance for human health should be worked on, thermal and non-thermal processes should be optimized by application of kinetic principles.

摘要

这篇手稿综述了食品加工的有益方面,主要关注烹饪/热处理,包括其他食品加工技术(例如发酵)。热加工的好处包括灭活食源性病原体、天然毒素或其他有害成分、延长货架期、提高营养物质的消化率和生物利用率、改善口感、味道、质地和风味以及增强功能特性,包括增加抗氧化剂和其他防御反应性或提高抗菌效果。热加工可能会带来一些意外的不良后果,例如某些营养素的损失、有毒化合物(丙烯酰胺、呋喃或丙烯醛)的形成,或对风味感知、质地或颜色产生负面影响的化合物的形成。为了促进有益效果并尽可能抵消不良影响,需要对食品的热处理进行优化。通过持续微调工艺过程而不是在普通家庭烹饪条件下,可以更有效地/可持续地实现这一目标。进一步研究的最重要要点是在流行病学研究中考虑加工食品的信息,应建立数据库来估计从加工食品中摄入的化合物,应致力于将体外结果转化为对人类健康的体内相关性,应通过应用动力学原理来优化热和非热加工。

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