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Effectiveness of a temperature control system in home induction hobs to reduce acrylamide formation during pan frying

机译:家用电磁炉中温度控制系统的有效性,以减少油炸过程中丙烯酰胺的形成

摘要

Three trials were conducted to determine the influence of the use of temperature control systems on physico-chemical characteristics and acrylamide formation in the domestic preparation of potatoes. French fries were pre-treated by soaking in water or acidified water, and then they were cooked using a range of home-cooking procedures. Soaking raw potatoes in acidified water (pH=3.17) before frying at a controlled temperature (180 °C) was the most efficient pretreatment for reducing acrylamide formation (76%). For the same temperature, roasted frozen par-fried potatoes contained less fat and acrylamide than similar pan-fried potatoes. Potatoes butter fried at 140 °C had an acrylamide concentration similar to that of potatoes fried in oil at 180 °C, but this value was reduced by 71% when the frying was carried out using a temperature control system. Controlling the frying temperature reduced acrylamide formation at all the temperatures studied.
机译:进行了三项试验,以确定温度控制系统对家用马铃薯制备中的理化特性和丙烯酰胺形成的影响。将薯条浸泡在水或酸化水中进行预处理,然后使用一系列家庭烹饪程序进行烹制。在控制温度(180°C)油炸之前,将未加工的马铃薯浸泡在酸化的水中(pH = 3.17)是减少丙烯酰胺形成的最有效的预处理方法(76%)。在相同温度下,烤速冻半油炸马铃薯所含的脂肪和丙烯酰胺要少于类似的油炸马铃薯。在140°C油炸的土豆黄油的丙烯酰胺浓度与在180°C油中油炸的土豆的丙烯酰胺浓度相似,但是当使用温度控制系统进行油炸时,该值降低了71%。在所有研究的温度下,控制油炸温度均可降低丙烯酰胺的形成。

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