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Acrylamide in cereal and cereal products: A review on progress in level reduction

机译:谷类和谷类产品中的丙烯酰胺:降低水平的进展回顾

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In March 2006, a joint workshop was organized by the European Commission and the Confederation of EU Food and Drink Industries (CIAA) to discuss current knowledge and achievements in the reduction of acrylamide levels. This paper focuses on the progress made with cereal products. At present, the reduction options available are applicable to a limited number of cereal products and are product-specific. The following are the most promising:rn1. Adjustment of time and temperature during baking.rn2. Extend fermentation times where feasible.rn3. Substitution of ammonium bicarbonate with alternatives where feasible.rn4. Avoid or minimise use of reducing sugars where possible.rn5. Maintenance of uniform control of the colour and avoidance of very high baking temperature where possible.rnThe most promising near-term technical solution is the use of asparaginase. This enzyme has the potential to achieve a 60-90% reduction for some products made from dough or batter, which can be held for a time. In the longer term, the optimisation of agronomy and plant breeding for wheat has the potential to reduce acrylamide in all foods on any scale, whether domestic or industrial. Importantly, nutritional and toxicological issues, other than acrylamide, must also be considered so as to ensure that the steps taken to reduce acrylamide levels do not have other adverse effects on diet.
机译:2006年3月,欧洲委员会和欧盟食品和饮料工业联合会(CIAA)联合举办了研讨会,讨论了目前在降低丙烯酰胺水平方面的知识和成就。本文着重介绍谷物产品所取得的进展。目前,可用的减少选项适用于有限数量的谷物产品,并且是针对特定产品的。以下是最有前途的:1。调整烘烤过程中的时间和温度。在可行的情况下延长发酵时间。在可行的情况下用碳酸氢铵替代。尽可能避免或尽量减少使用还原糖.rn5。保持颜色的均匀控制并尽可能避免很高的烘烤温度。最有希望的近期技术解决方案是使用天冬酰胺酶。对于某些由面团或面糊制成的产品,这种酶可能会减少60-90%,并且可以保存一段时间。从长远来看,优化小麦的农艺和植物育种有可能在所有规模的所有食品中(无论是家用还是工业用)减少丙烯酰胺。重要的是,除丙烯酰胺外,还必须考虑营养和毒理学问题,以确保降低丙烯酰胺水平的措施不会对饮食产生其他不利影响。

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